The three major mobile operators in Finland - TeliaSonera, DNA and Elisa - launched a shared Mobile ID service to provide a common platform for users to authenticate to third party services regardless of their network operator. The operators formed a "circle of trust" where they accept each other's digital identities, allowing identities to roam across networks. However, the Mobile ID service still faces challenges reaching scale due to the "chicken and egg" problem, with users and service providers reluctant to adopt until the other side does so at large scale. The positive role of the government in supporting Mobile ID has helped, but some service providers, especially banks, have been slow to adopt the new operator-driven solution.
Liberalization, globalization and privatisation in India, since 1991 opened up new markets, new products and efficient delivery channels for the banking industry. The development and the increasing progress experienced in the Information and Communication Technology coupled with the expansion of the global economy paved the way for the transformation of the Indian banking from traditional trade financing to mobilizing and channelling financial resources more effectively in almost all facets of life. Intense competitive environment, changing business environments, globalization and the advancement of ICT are the important factors that have forced Banking and Financial services to change. Introduction of technology in banking sector has enabled customers to avail the banking services at anytime and anywhere in the form of ATM, Mobile banking, and Internet Banking. Banks today operate in a highly globalized, liberalized, privatized and a competitive environment. In order to survive in this environment banks have introduced electronic banking. With the use of technology there had been an increase in penetration, productivity and efficiency. It has not only increased the cost effectiveness but also has helped in making small value transactions viable. It also enhances choices, creates new markets, and improves productivity and efficiency. It has been noticed that financial markets have turned into a buyer‘s markets in India. Dr. Ajoy S Joseph | Mrs. Mallika "E Banking in India – A Study" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd42330.pdf Paper URL: https://www.ijtsrd.commanagement/other/42330/e-banking-in-india-–-a-study/dr-ajoy-s-joseph
An Overview of Consumer Privacy Regulations for TSPs in Indiak33a
The document provides an overview of consumer privacy regulations for telecommunication service providers (TSPs) in India. It begins with an introduction to Bharat Sanchar Nigam Limited (BSNL), the largest public sector telecom company in India. It then discusses the history and development of the Indian telecom sector, including key policies and regulatory bodies. Finally, it outlines current privacy laws in India that aim to protect consumer data privacy and hold TSPs accountable for failing to safeguard sensitive customer information.
Final hh - 13.7.11 dayton lte announcement releasehmhollingsworth
AT&T has launched its 4G LTE network in Dayton, Ohio, bringing faster mobile internet speeds up to 10 times faster than 3G as well as new devices compatible with LTE. The network uses spectrum more efficiently and has lower latency. Local politicians commended AT&T's investment in the region and said fast, reliable mobile data is important for economic growth. AT&T has the nation's largest 4G LTE network and fastest speeds according to recent tests.
The document discusses Vietnam's information technology industry and makes several recommendations to further its growth. It notes that Vietnam's IT sector has grown at 16% annually from 2011-2015, but challenges remain. Specifically, it recommends that Vietnam:
1) Reduce costly internet connection prices and increase transparency in pricing to attract more investment.
2) Strengthen data protection laws and increase enforcement to boost consumer trust and investment.
3) Improve IT education and training programs to develop a skilled workforce and meet its goal of 1 million skilled IT workers by 2020.
4) Revise aspects of its draft IT services decree to avoid placing unnecessary burdens on companies and ensure the legal framework supports industry growth.
Final hh - 13.9.12 - madison county columbus lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network to parts of London and West Jefferson in Madison County, Ohio as part of its Project VIP investment plan. The expanded network will provide faster speeds up to 10 times faster than 3G, higher reliability, and access to new devices. Local representatives commended AT&T for its investment in the community and noted that access to advanced communications technology is important for businesses and economic growth.
Final hh - 14.2.19 - lorain cleveland lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network in Lorain, Ohio as part of its Project VIP investment plan. The expanded coverage now includes parts of Amherst, Grafton, LaGrange, Lorain and Oberlin. AT&T's 4G LTE network provides faster speeds, higher reliability, and support for new devices compared to 3G. The expansion will help local businesses and residents by providing faster mobile internet access.
Final hh - 13.12.6 - marysville columbus lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network to parts of Marysville, Richwood and Union County in Ohio. The expansion is part of AT&T's $14 billion investment plan to enhance its wireless infrastructure. The 4G LTE network provides faster speeds up to 10 times faster than 3G, improved reliability, and access to new devices. Local politicians commended AT&T for the investment and improving technology access for the community.
CyberAgent Ventures invested in several Vietnamese Internet companies in 2014, including DKT e-commerce platform and real estate site Batdongsan.com.vn. Flappy Bird, created by Vietnamese developer Dong Nguyen, became a global mobile game hit in early 2014. The competition between VNG and Garena intensified as they expanded into new areas like online messaging and video calling apps.
Liberalization, globalization and privatisation in India, since 1991 opened up new markets, new products and efficient delivery channels for the banking industry. The development and the increasing progress experienced in the Information and Communication Technology coupled with the expansion of the global economy paved the way for the transformation of the Indian banking from traditional trade financing to mobilizing and channelling financial resources more effectively in almost all facets of life. Intense competitive environment, changing business environments, globalization and the advancement of ICT are the important factors that have forced Banking and Financial services to change. Introduction of technology in banking sector has enabled customers to avail the banking services at anytime and anywhere in the form of ATM, Mobile banking, and Internet Banking. Banks today operate in a highly globalized, liberalized, privatized and a competitive environment. In order to survive in this environment banks have introduced electronic banking. With the use of technology there had been an increase in penetration, productivity and efficiency. It has not only increased the cost effectiveness but also has helped in making small value transactions viable. It also enhances choices, creates new markets, and improves productivity and efficiency. It has been noticed that financial markets have turned into a buyer‘s markets in India. Dr. Ajoy S Joseph | Mrs. Mallika "E Banking in India – A Study" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-5 | Issue-4 , June 2021, URL: https://www.ijtsrd.compapers/ijtsrd42330.pdf Paper URL: https://www.ijtsrd.commanagement/other/42330/e-banking-in-india-–-a-study/dr-ajoy-s-joseph
An Overview of Consumer Privacy Regulations for TSPs in Indiak33a
The document provides an overview of consumer privacy regulations for telecommunication service providers (TSPs) in India. It begins with an introduction to Bharat Sanchar Nigam Limited (BSNL), the largest public sector telecom company in India. It then discusses the history and development of the Indian telecom sector, including key policies and regulatory bodies. Finally, it outlines current privacy laws in India that aim to protect consumer data privacy and hold TSPs accountable for failing to safeguard sensitive customer information.
Final hh - 13.7.11 dayton lte announcement releasehmhollingsworth
AT&T has launched its 4G LTE network in Dayton, Ohio, bringing faster mobile internet speeds up to 10 times faster than 3G as well as new devices compatible with LTE. The network uses spectrum more efficiently and has lower latency. Local politicians commended AT&T's investment in the region and said fast, reliable mobile data is important for economic growth. AT&T has the nation's largest 4G LTE network and fastest speeds according to recent tests.
The document discusses Vietnam's information technology industry and makes several recommendations to further its growth. It notes that Vietnam's IT sector has grown at 16% annually from 2011-2015, but challenges remain. Specifically, it recommends that Vietnam:
1) Reduce costly internet connection prices and increase transparency in pricing to attract more investment.
2) Strengthen data protection laws and increase enforcement to boost consumer trust and investment.
3) Improve IT education and training programs to develop a skilled workforce and meet its goal of 1 million skilled IT workers by 2020.
4) Revise aspects of its draft IT services decree to avoid placing unnecessary burdens on companies and ensure the legal framework supports industry growth.
Final hh - 13.9.12 - madison county columbus lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network to parts of London and West Jefferson in Madison County, Ohio as part of its Project VIP investment plan. The expanded network will provide faster speeds up to 10 times faster than 3G, higher reliability, and access to new devices. Local representatives commended AT&T for its investment in the community and noted that access to advanced communications technology is important for businesses and economic growth.
Final hh - 14.2.19 - lorain cleveland lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network in Lorain, Ohio as part of its Project VIP investment plan. The expanded coverage now includes parts of Amherst, Grafton, LaGrange, Lorain and Oberlin. AT&T's 4G LTE network provides faster speeds, higher reliability, and support for new devices compared to 3G. The expansion will help local businesses and residents by providing faster mobile internet access.
Final hh - 13.12.6 - marysville columbus lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network to parts of Marysville, Richwood and Union County in Ohio. The expansion is part of AT&T's $14 billion investment plan to enhance its wireless infrastructure. The 4G LTE network provides faster speeds up to 10 times faster than 3G, improved reliability, and access to new devices. Local politicians commended AT&T for the investment and improving technology access for the community.
CyberAgent Ventures invested in several Vietnamese Internet companies in 2014, including DKT e-commerce platform and real estate site Batdongsan.com.vn. Flappy Bird, created by Vietnamese developer Dong Nguyen, became a global mobile game hit in early 2014. The competition between VNG and Garena intensified as they expanded into new areas like online messaging and video calling apps.
Abridged TRAI Internet Regulation Net Neutrality ConsultationAnkit Pandey
This is an abridged version of TRAI's consultation paper (number 2/2015) on Regulatory Framework for Over-the-top (OTT) services / Internet services and Net Neutrality.
This has been released by www.medianama.com.
NOTE: There are FAQs being created, so if you have any questions about this consultation, mail them to nixxin at gmail dot com.
Appraising Nigeria’s new Federal Competition and Consumer Protection Act thro...DikeIbegbulemLLMNig
This document discusses the protection of consumer rights and personal data in Nigeria, particularly in the context of e-commerce and digital transactions. It provides background on consumer rights and protections. It then summarizes recent developments in Nigeria's data protection and consumer protection laws and regulations, including the new Federal Competition and Consumer Protection Act and Nigerian Data Protection Regulation. The document also discusses surveys that found Nigerians have concerns about their privacy and data security in the digital space.
Final hh - 14.6.23 - mt gilead marion lte market expansionhmhollingsworth
AT&T has expanded its 4G LTE network in Morrow County, Ohio to include parts of Cardington and Mount Gilead. This expansion is part of AT&T's Project VIP investment plan to enhance its wireless infrastructure. State officials praised the investment for bringing faster internet speeds and new technologies to local communities. AT&T's 4G LTE network provides download speeds up to 10 times faster than 3G, and it aims to continue expanding coverage across Ohio.
Dr. Peng Telecom Media Group is a Chinese technology company focused on broadband access, internet of things, smart cities, and cultural/creative industries. It has over 1.3 billion yuan in registered capital and is the largest independent ISP in China. The company has 16 offices across major Chinese cities and owns one of the largest data center networks in the country with over 50,000 square meters of space and 12,000 server cabinets. Dr. Peng's vision is to become a leading cloud computing provider in China within 3 years by expanding its secure cloud platform and virtual desktop services.
Final hh - 14.6.23 - camden dayton lte market expansionhmhollingsworth
AT&T has expanded its 4G LTE network in Preble County, Ohio to include parts of Camden. The expanded coverage is part of AT&T's ongoing rollout of its 4G LTE network across western Ohio. The expansion will provide residents and businesses in the Camden area with faster mobile internet speeds and more reliable connectivity. State officials commended AT&T's investment for helping connect the community and fueling economic growth.
This document analyzes Lebanon's 2009 Draft Law for Service Provider Licensing Regulation. The original objective of the draft law was to improve internet penetration rates and quality by combating illegal internet service providers (ISPs). However, the analysis finds that gaps remain between the written law and the reality of Lebanon's telecommunications sector. The analysis describes relevant provisions and assesses the strengths and weaknesses using global communication models. Recommendations are provided to improve the policy and promote healthy competition to better achieve the participatory communication model.
The Indian Information Technology Act provides legal recognition for e-records and e-signatures, which facilitates e-commerce. Some legal issues that may arise for e-commerce players in India include the validity of e-contracts, data protection, intellectual property rights, competition compliance, and adherence to consumer protection laws regarding returns and required disclosures. Frequent improvements to laws and regulations aim to balance consumer experience with compliance requirements for e-commerce businesses.
The advent of internet has great impact on the electronic banking. By using internet, banking is no time limit and geographic. Customers worldwide can within 24 days of the week and all have access to their accounts. Internet banking by using internet and web technologies enable customers to finance their activities in a virtual environment to do this is the difference between internet banking and home banking that for achieving banking services via the internet, there is no need to install proprietary software rather banking services but also can be accessed via a internet public network and the customer is linked to your bank account via the internet. This type of banking is partially web-based banking subsidiary with the difference is that web banking services bank was considered first introduced bank and service. Internet banking also expanded with the development of web applications. With increasing internet access to people who provide these services to be developed and banks that are unresponsive to this issue will disappear from the market
empirical analysis on internet banking adoption in manilaAnthny Garc
This document discusses internet banking adoption in the Philippines. It provides background on the evolution of internet banking and reviews previous studies showing benefits for both banks and customers. Key factors influencing adoption are discussed, such as lack of internet access and security concerns. The Philippines banking system and history of electronic banking are overviewed. Challenges to widespread adoption in the Philippines include low internet penetration, with most users in urban areas.
Final hh - 14.6.30 - orrville wooster lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network in Wayne County, Ohio to include parts of Marshallville, Orrville and Smithville. This expansion provides faster internet speeds up to 10 times faster than 3G, and allows local businesses to better compete. AT&T plans further investment in Ohio as part of its Project VIP to enhance networks and support growing demand for mobile services. The expanded 4G LTE network provides residents and businesses in Wayne County with more reliable, high-speed internet access.
The document summarizes mobile infrastructure, investments, and data traffic trends in Africa based on a report by Dr. Madanmohan Rao. Key points include:
- Mobile infrastructure in Africa is growing through investments in undersea cables and 3G networks by major operators like MTN and Airtel. This has led to declining broadband prices.
- Mobile data traffic in Africa is expected to experience exponential growth over the next few years, increasing 63-fold, as more people access the internet on smartphones and tablets.
- By 2015, there will be more people connected to mobile networks than with access to electricity in some regions, and over 5.6 billion mobile devices will be connected globally.
This document summarizes a research paper that investigates the problems and opportunities of electronic banking in Sudan. The paper begins with an introduction that defines electronic banking and outlines its benefits. It then reviews previous literature on the topic, particularly as it relates to developing countries and the Arab world. The paper discusses the current state of information and communication technology infrastructure in Sudan and identifies deficiencies in areas like skilled human resources, security, and infrastructure that constrain electronic banking. It concludes that while Sudan has made some progress with laws and regulations, many challenges remain that limit the applicability of electronic banking.
This document discusses electronic commerce technology infrastructure and the internet. It defines the internet, intranets, and extranets, and explains how they differ. It also discusses the world wide web and how it relates to the internet. Elements needed for a good commercial website are outlined, including organizing products/services, allowing customers to select items, convenient ordering and payment forms, secure communications, and customer support. Methods for connecting to the internet such as DSL, broadband, cable modems, satellite, and ISDN are also summarized.
State of the Global Mobile Consumer: Connectivity is coreErol Dizdar
The document discusses the growing demand for mobile connectivity and the need for faster network speeds to support increasing data usage. It introduces LTE (Long Term Evolution) as the next generation cellular network technology that can provide higher speeds and network capacity. The document notes that over 100 mobile operators in nearly 50 countries have launched LTE networks. It also discusses some key drivers of higher mobile data usage, such as rising smartphone ownership, proliferation of connected devices, and increasing use of data-heavy services and applications.
The document discusses strategies that telecom companies in the EU are using to retain customers in today's competitive markets. These include enhancing quality of service, offering bundled service packages, improving customer care especially for new customers, and tailoring mobile and fixed data offers to different customer needs. It also notes the challenges of strong retail competition, ex-ante wholesale regulation, and network/platform convergence. Traffic growth from internet video and apps is driving changes but also reducing out-of-bundle revenues for telecoms.
Banks develop more services for mobile marketBrian TRAN
Banks in Vietnam are developing more mobile banking services to take advantage of the growing number of people accessing the internet via mobile devices. A 2011 survey found that 60% of respondents used mobile phones and tablets to connect to the internet, up from 27% in 2010. Seeing this increase in mobile use as an opportunity, banks like Asia Commercial Bank have launched services that allow customers to check balances, transfer funds, and pay bills from their mobile devices. Many other banks have also introduced similar mobile banking services to make transactions more convenient via mobile phones and tablets.
The Internet in Bangladesh has grown rapidly since the 1990s but access remains limited. In 2013, there were 33 million Internet users in Bangladesh, up from just 500 in the early 1990s. However, Internet speeds are among the slowest in the world and connectivity remains an urban privilege due to lack of infrastructure in rural areas. While the number of users and speed of connections are increasing, high costs and limited infrastructure continue to impede more widespread Internet access and usage in Bangladesh.
- Almost half of disabled people in the UK do not access the internet regularly due to barriers such as social exclusion, inaccessible websites and devices, high costs of assistive technologies, and lack of support and training.
- While legislation requires equivalent access to services for disabled users, many websites and technologies remain inaccessible. Legal cases have not yet set a precedent for what constitutes reasonable accommodations.
- New technologies such as mobile apps and voice recognition software are helping to reduce costs and increase accessibility in some cases, but barriers to both initial adoption and achieving full equivalence of access remain.
Dialog Connect is a mobile identity service launched by Dialog, Sri Lanka's leading mobile operator. It allows subscribers to create a secure digital identity by presenting identity documents during registration at a Dialog store. This digital identity can then be used to access multiple third party services through single sign-on. It benefits both subscribers by reducing login fatigue and improving security, and third party services by providing access to a large user base through a single integrated platform. By establishing digital identity management on mobile networks, Dialog Connect positions the SIM card and mobile operators as important providers of identity solutions beyond traditional telecom services.
Abridged TRAI Internet Regulation Net Neutrality ConsultationAnkit Pandey
This is an abridged version of TRAI's consultation paper (number 2/2015) on Regulatory Framework for Over-the-top (OTT) services / Internet services and Net Neutrality.
This has been released by www.medianama.com.
NOTE: There are FAQs being created, so if you have any questions about this consultation, mail them to nixxin at gmail dot com.
Appraising Nigeria’s new Federal Competition and Consumer Protection Act thro...DikeIbegbulemLLMNig
This document discusses the protection of consumer rights and personal data in Nigeria, particularly in the context of e-commerce and digital transactions. It provides background on consumer rights and protections. It then summarizes recent developments in Nigeria's data protection and consumer protection laws and regulations, including the new Federal Competition and Consumer Protection Act and Nigerian Data Protection Regulation. The document also discusses surveys that found Nigerians have concerns about their privacy and data security in the digital space.
Final hh - 14.6.23 - mt gilead marion lte market expansionhmhollingsworth
AT&T has expanded its 4G LTE network in Morrow County, Ohio to include parts of Cardington and Mount Gilead. This expansion is part of AT&T's Project VIP investment plan to enhance its wireless infrastructure. State officials praised the investment for bringing faster internet speeds and new technologies to local communities. AT&T's 4G LTE network provides download speeds up to 10 times faster than 3G, and it aims to continue expanding coverage across Ohio.
Dr. Peng Telecom Media Group is a Chinese technology company focused on broadband access, internet of things, smart cities, and cultural/creative industries. It has over 1.3 billion yuan in registered capital and is the largest independent ISP in China. The company has 16 offices across major Chinese cities and owns one of the largest data center networks in the country with over 50,000 square meters of space and 12,000 server cabinets. Dr. Peng's vision is to become a leading cloud computing provider in China within 3 years by expanding its secure cloud platform and virtual desktop services.
Final hh - 14.6.23 - camden dayton lte market expansionhmhollingsworth
AT&T has expanded its 4G LTE network in Preble County, Ohio to include parts of Camden. The expanded coverage is part of AT&T's ongoing rollout of its 4G LTE network across western Ohio. The expansion will provide residents and businesses in the Camden area with faster mobile internet speeds and more reliable connectivity. State officials commended AT&T's investment for helping connect the community and fueling economic growth.
This document analyzes Lebanon's 2009 Draft Law for Service Provider Licensing Regulation. The original objective of the draft law was to improve internet penetration rates and quality by combating illegal internet service providers (ISPs). However, the analysis finds that gaps remain between the written law and the reality of Lebanon's telecommunications sector. The analysis describes relevant provisions and assesses the strengths and weaknesses using global communication models. Recommendations are provided to improve the policy and promote healthy competition to better achieve the participatory communication model.
The Indian Information Technology Act provides legal recognition for e-records and e-signatures, which facilitates e-commerce. Some legal issues that may arise for e-commerce players in India include the validity of e-contracts, data protection, intellectual property rights, competition compliance, and adherence to consumer protection laws regarding returns and required disclosures. Frequent improvements to laws and regulations aim to balance consumer experience with compliance requirements for e-commerce businesses.
The advent of internet has great impact on the electronic banking. By using internet, banking is no time limit and geographic. Customers worldwide can within 24 days of the week and all have access to their accounts. Internet banking by using internet and web technologies enable customers to finance their activities in a virtual environment to do this is the difference between internet banking and home banking that for achieving banking services via the internet, there is no need to install proprietary software rather banking services but also can be accessed via a internet public network and the customer is linked to your bank account via the internet. This type of banking is partially web-based banking subsidiary with the difference is that web banking services bank was considered first introduced bank and service. Internet banking also expanded with the development of web applications. With increasing internet access to people who provide these services to be developed and banks that are unresponsive to this issue will disappear from the market
empirical analysis on internet banking adoption in manilaAnthny Garc
This document discusses internet banking adoption in the Philippines. It provides background on the evolution of internet banking and reviews previous studies showing benefits for both banks and customers. Key factors influencing adoption are discussed, such as lack of internet access and security concerns. The Philippines banking system and history of electronic banking are overviewed. Challenges to widespread adoption in the Philippines include low internet penetration, with most users in urban areas.
Final hh - 14.6.30 - orrville wooster lte expansion releasehmhollingsworth
AT&T has expanded its 4G LTE network in Wayne County, Ohio to include parts of Marshallville, Orrville and Smithville. This expansion provides faster internet speeds up to 10 times faster than 3G, and allows local businesses to better compete. AT&T plans further investment in Ohio as part of its Project VIP to enhance networks and support growing demand for mobile services. The expanded 4G LTE network provides residents and businesses in Wayne County with more reliable, high-speed internet access.
The document summarizes mobile infrastructure, investments, and data traffic trends in Africa based on a report by Dr. Madanmohan Rao. Key points include:
- Mobile infrastructure in Africa is growing through investments in undersea cables and 3G networks by major operators like MTN and Airtel. This has led to declining broadband prices.
- Mobile data traffic in Africa is expected to experience exponential growth over the next few years, increasing 63-fold, as more people access the internet on smartphones and tablets.
- By 2015, there will be more people connected to mobile networks than with access to electricity in some regions, and over 5.6 billion mobile devices will be connected globally.
This document summarizes a research paper that investigates the problems and opportunities of electronic banking in Sudan. The paper begins with an introduction that defines electronic banking and outlines its benefits. It then reviews previous literature on the topic, particularly as it relates to developing countries and the Arab world. The paper discusses the current state of information and communication technology infrastructure in Sudan and identifies deficiencies in areas like skilled human resources, security, and infrastructure that constrain electronic banking. It concludes that while Sudan has made some progress with laws and regulations, many challenges remain that limit the applicability of electronic banking.
This document discusses electronic commerce technology infrastructure and the internet. It defines the internet, intranets, and extranets, and explains how they differ. It also discusses the world wide web and how it relates to the internet. Elements needed for a good commercial website are outlined, including organizing products/services, allowing customers to select items, convenient ordering and payment forms, secure communications, and customer support. Methods for connecting to the internet such as DSL, broadband, cable modems, satellite, and ISDN are also summarized.
State of the Global Mobile Consumer: Connectivity is coreErol Dizdar
The document discusses the growing demand for mobile connectivity and the need for faster network speeds to support increasing data usage. It introduces LTE (Long Term Evolution) as the next generation cellular network technology that can provide higher speeds and network capacity. The document notes that over 100 mobile operators in nearly 50 countries have launched LTE networks. It also discusses some key drivers of higher mobile data usage, such as rising smartphone ownership, proliferation of connected devices, and increasing use of data-heavy services and applications.
The document discusses strategies that telecom companies in the EU are using to retain customers in today's competitive markets. These include enhancing quality of service, offering bundled service packages, improving customer care especially for new customers, and tailoring mobile and fixed data offers to different customer needs. It also notes the challenges of strong retail competition, ex-ante wholesale regulation, and network/platform convergence. Traffic growth from internet video and apps is driving changes but also reducing out-of-bundle revenues for telecoms.
Banks develop more services for mobile marketBrian TRAN
Banks in Vietnam are developing more mobile banking services to take advantage of the growing number of people accessing the internet via mobile devices. A 2011 survey found that 60% of respondents used mobile phones and tablets to connect to the internet, up from 27% in 2010. Seeing this increase in mobile use as an opportunity, banks like Asia Commercial Bank have launched services that allow customers to check balances, transfer funds, and pay bills from their mobile devices. Many other banks have also introduced similar mobile banking services to make transactions more convenient via mobile phones and tablets.
The Internet in Bangladesh has grown rapidly since the 1990s but access remains limited. In 2013, there were 33 million Internet users in Bangladesh, up from just 500 in the early 1990s. However, Internet speeds are among the slowest in the world and connectivity remains an urban privilege due to lack of infrastructure in rural areas. While the number of users and speed of connections are increasing, high costs and limited infrastructure continue to impede more widespread Internet access and usage in Bangladesh.
- Almost half of disabled people in the UK do not access the internet regularly due to barriers such as social exclusion, inaccessible websites and devices, high costs of assistive technologies, and lack of support and training.
- While legislation requires equivalent access to services for disabled users, many websites and technologies remain inaccessible. Legal cases have not yet set a precedent for what constitutes reasonable accommodations.
- New technologies such as mobile apps and voice recognition software are helping to reduce costs and increase accessibility in some cases, but barriers to both initial adoption and achieving full equivalence of access remain.
Dialog Connect is a mobile identity service launched by Dialog, Sri Lanka's leading mobile operator. It allows subscribers to create a secure digital identity by presenting identity documents during registration at a Dialog store. This digital identity can then be used to access multiple third party services through single sign-on. It benefits both subscribers by reducing login fatigue and improving security, and third party services by providing access to a large user base through a single integrated platform. By establishing digital identity management on mobile networks, Dialog Connect positions the SIM card and mobile operators as important providers of identity solutions beyond traditional telecom services.
The document discusses the history and success of Mobile BankID in Norway. It began as a partnership between DNB Bank and Telenor in 2009 to bring secure digital authentication to mobile phones using SIM cards. It has since expanded with all major banks and mobile operators participating. Mobile BankID now has over 350,000 users, with 100,000 joining in just the past 4 months, and is becoming the most widely used secure authentication service in Norway with high levels of customer satisfaction reported. Its success is attributed to meeting customer needs for convenience, security and control simultaneously through industry collaboration.
The document discusses Swisscom Mobile ID, a mobile authentication service launched by Swisscom in 2013. It provides strong authentication using PKI technology stored on the SIM card, allowing users to access multiple services and applications with a single login credential. The key to its success has been simplifying the user experience through a single sign-on and authentication rather than identification, and making the integration process easy for relying partners through a standardized interface. Within a few months, Mobile ID gained 25,000 users through this simplified user experience and Swisscom's focus on expanding the ecosystem of partners and services.
This document discusses nouns and provides examples of sentences with nouns to identify. Students are asked to find the nouns in sentences and determine which example sentence contains only a noun. The document ends by mentioning a worksheet and saying goodbye until next time.
This document contains the resume of Muhammad Syam Aslam. It outlines his objective to join a dynamic group to further develop his skills. It details his education qualifications including an in-progress M.Phil in Management and a BBA in HR. It also outlines his work experience including with NGOs and as a volunteer. It provides details on his languages spoken, interests, hobbies, skills and social activities including extensive volunteer work with Pakistan Red Crescent Society.
KDDI launched its au ID service in Japan to address the growing need for a secure digital identity and access to online services from mobile devices. Au ID serves as a single sign-on for over 15 million users to access content, make payments and manage loyalty programs. It is integrated with KDDI's new "3M Strategy" of providing multi-use, multi-network and multi-device services. Au ID was implemented using an OpenID standard and has been very successful due to KDDI's large customer base and the service addressing the chicken-and-egg problem of needing users and content providers by bundling valuable services that attracted both.
Dokumen tersebut merupakan iklan dari perusahaan ASEAN GLOBAL INC yang menawarkan paket investasi melalui pasar saham dengan dua pilihan paket, yaitu Silver seharga $150 dan Gold seharga $500 untuk periode 100 hari beserta keuntungan yang dijanjikan. Dokumen juga menjelaskan sistem afiliasi perusahaan tersebut.
El Grupo Volkswagen es el mayor productor automotriz de Europa. Tiene su sede en Wolfsburg, Alemania y genera la mayor parte de sus ingresos de la venta de autos y repuestos. La historia de Volkswagen comenzó a principios del siglo XX con el sueño de crear un automóvil accesible para el pueblo alemán. En la actualidad, Volkswagen Group es el fabricante de automóviles que más unidades vendió a nivel mundial en la primera mitad de 2016.
El memorando resume la estrategia y planeación de la auditoría de los estados financieros de Cementos Pacasmayo S.A.A. al 31 de diciembre de 2015. Detalla el objetivo de la auditoría, la actividad económica de la compañía, los riesgos identificados, el enfoque de auditoría basado en sistemas, el nivel de precisión y el equipo de auditoría asignado.
The document discusses the EDP (electronic data processing) process and its steps. It asks questions about defining the EDP process and listing its stages, which include the Ask, Imagine, Plan, Create and Test, and Improve stages. The document provides prompts for students to fill in brief definitions of each stage and to summarize what they learned about the EDP process in class.
Finland has achieved the top ranking in the EU for digital economy and society. The government provides guidance to transition public administrative services to digital, promotes data utilization and interoperability, and ensures digital operations. Suomi.fi is the national service architecture for digital services. Legislation supports digital government services and web accessibility. Identity management and electronic identification are being reformed to support citizens' mobility and inclusion. Advisory committees ensure digital services meet diverse needs. Information policy and ethical AI use are priorities. The goal is citizen-centric digital government and open, high quality data.
National identity schemes - digital identity - national ID - eGovernmentEric BILLIAERT
http://www.gemalto.com/govt/documents/national-identity-schemes
Firstly, the national identity scheme indicates the roles of the sovereign state with regard to digital identity:
Is the state a regulator?
An issuer of sovereign identities or the digital derivatives of these identities?
What are its responsibilities within the chosen ecosystem in terms of organization, data and applications, and infrastructure?
Next, the national identity scheme establishes the underlying principles and operating methods of the digital identity ecosystem. It describes the main systems and flows linked to the use of digital identities to access services, authenticate users, and exchange and verify data linked to the service requested.
Where necessary, it provides useful details on the approved identity types and trust levels supported by the ID ecosystem. For example, commercial or transactional uses for identity may have functionalities distinct from those associated with authentication in the public domain.
It is clear that the deployment of digital identities under different national frameworks represents a dual challenge for nations, which must manage their sovereignty in the digital space while improving services to companies and citizens, in other words the framework for market interactions, and ultimately the healthy operation of the economy.
Yet reconciling market demands and sovereignty is no simple task. It requires constructive negotiation between their respective objectives.
A good example is provided by the European Union. Here, national identity schemes must be viewed in terms of both the actions of individual states, and the implementation of the eIDAS regulation (which may indicate future convergence), as well as the objectives of the European Digital Single Market and European Digital Agenda 2020 strategies.
In the end, these actions surrounding digital identity demonstrate a desire to rekindle economic growth through the more effective use of digital services, and build a single digital space of trust, offering a high level of security, interoperability and data protection.
Рынок средств электронной индентификации в Европе: Технологии, инфраструктура...Victor Gridnev
This document summarizes a report on the state of the electronic identity market in Europe. It finds that the eID market is still immature and fragmented, and that eID technologies have not been fully utilized to enable the digital economy or cross-border online services. However, trusted online identity management and authentication are seen as essential for the digital economy. The report recommends further research on interoperable credentials, mobile authentication, and assessing the socioeconomic impacts of eID initiatives to help realize the potential of eID.
Mobile Calculating And Pervasive CalculatingRachel Davis
Long Term Evolution (LTE) is a 4G wireless standard developed by 3GPP to provide higher data speeds and capacities than 3G networks like HSPA and HSPA+, with initial deployments beginning in 2009; LTE aims to offer high performance and full mobility support for vehicles traveling at high speeds while coexisting with existing 3G networks; the technology is scalable to allow operators to migrate networks and users from 3G technologies like HSPA+ to the new LTE standard over time.
Mobile content market in Finland report, including mobile app, SMS, premium rate call, mobile marketing other mobile content market value. Additionally the report looks at the installed base of devices by OS.
Présentation de Benoit Hucq, Directeru Général de l'Agence du Numérique dans le cadre de la mission numérique AWEX-WBI à Berlin et Munich les 1er et 2 février 2016.
https://www.digitalwallonia.be/germay2016
A need for peer to-peer strong local authentication protocol (p2 pslap) in mo...IJNSA Journal
Mobile phones are considered to be the most common devices in history of humankind. They have involved
in financial transaction such as mobile banking and mobile payment, which include sensitive information.
Public key cryptography is the proven solution that can provide secure transaction at every point of
interaction in mobile banking value chain. This paper proposes a need for peer-to-peer Strong Local
Authentication Protocol (p2pSLAP) for Mobile Banking Transaction that implements a peer-to-peer
architecture to provide local authentication mechanism between the customer and the agent. It employs
public key infrastructure (PKI).
- Gemalto offers a secure mobile banking solution that provides financial services like banking, payments, and money transfers directly from mobile phones.
- Their solution includes a secure SIM applet installed on SIM cards and a distributed transaction platform at mobile operators and financial institutions to securely manage financial transactions over wireless networks.
- The mobile banking solution provides comprehensive financial services while ensuring security, confidentiality, and ease of use for mobile users, financial institutions, and mobile operators.
A NEED FOR PEER-TO-PEER STRONG LOCAL AUTHENTICATION PROTOCOL (P2PSLAP) IN MOB...IJNSA Journal
Mobile phones are considered to be the most common devices in history of humankind. They have involved in financial transaction such as mobile banking and mobile payment, which include sensitive information. Public key cryptography is the proven solution that can provide secure transaction at every point of interaction in mobile banking value chain. This paper proposes a need for peer-to-peer Strong Local Authentication Protocol (p2pSLAP) for Mobile Banking Transaction that implements a peer-to-peer architecture to provide local authentication mechanism between the customer and the agent. It employs public key infrastructure (PKI).
Financial services IT has focused on security and regulatory compliance in recent years. Now, more and more financial service companies are leveraging data in innovation to better serve customers worldwide.
1) Wifi Wireless Inc. provides mobile WiFi services including voice, text, data and streaming through an app without needing a WiFi connection. It is targeting 8 million users globally in 3 years and developing a specialty product for Indonesia.
2) The company has partnerships with celebrities like Mike "Daddy" Evans and singer Agnez Mo to promote the service through their social media networks and drive traffic to the company's website.
3) In Indonesia, the company is working with partners to market mobile services under the brand "Black Box" through the app, with offline sales in over 35,000 corner stores and banks. The Indonesian market is growing rapidly and presents a major opportunity.
This document discusses mobile payments security issues for financial institutions in Western Europe. It finds that over half of Western Europeans have smartphones, and mobile banking users in the region will reach 214 million by 2018. While mobile payments are growing rapidly, Western Europe has been slower than other regions to adopt new transaction methods. The key issues for banks are security of mobile payments, infrastructure to support new technologies, and costs of implementing mobile solutions. The document examines case studies of new payment methods and disruptive startups challenging traditional banks in meeting consumer demand for secure, convenient mobile banking.
Mobile content market_in_finland_2012-2016Kalle Snellman
The mobile content services market in Finland is booming, with total revenue expected to exceed 1 billion euros in 2013, driven primarily by growth in mobile content exports. The majority of revenue in the domestic market still comes from SMS and premium rate calls, though mobile applications, marketing, and other services are growing rapidly and projected to surpass SMS/calls by 2015. Smartphones and tablets are becoming consumers' primary internet devices, with feature phones disappearing from stores. Biometric authentication and sensors are emerging trends that could significantly impact mobile experiences and businesses.
This document discusses business opportunities for European ICT security companies. It notes that information security has become a hot topic and demand is growing due to increased cyber attacks, use of mobile devices, and discussions around reliability of global players. ICT security solutions are needed across industries like banking, retail, healthcare, and cloud. The document highlights growth rates in countries like France, Belgium, and the Benelux region and notes reasons why Finnish companies are well positioned to capitalize on opportunities, including neutral reputation and expertise in security, integration, and cloud/platform solutions.
Finpro market opportunity virtual mobile networks chinaBusiness Finland
The virtual mobile network sector is opening up in China and providing opportunities for Finnish companies. China has issued licenses to private companies allowing them to lease access to China's state-owned mobile networks. License holders come from various backgrounds like e-commerce, software, and media. They need business solutions to differentiate their services. Finnish mobile network expertise is valued in China and Finnish companies can take advantage of the growing Chinese virtual mobile network market.
Digital governance or e-Governance can be defined as the use of information and communication technology by the government to provide the quality information and services to citizens, businesses, voluntary organizations, and other government agencies in an efficient, cost-effective, and convenient manner and to bring transparency, accountability in government functioning to strengthen democracy.
Similar to GSMA_Mobile-Identity_Finnish_Case_Study (20)
2. With special thanks to:
Pekka Turpeinen,Telia Sonera
Janne Jutila, Elisa
Perttu Hörkkö, Elisa
Lasse Leppänen, DNA
Antti Suokas, If Insurance
Esa Kerttula, Proftel Ltd.
Jari Kinnunen, HMV
Juha Mitrunen,Valimo
Kai Koskela, Osuus Bank Ltd.
Kimmo Mäkinen, State Treasury of Finland
Pekka Jelekäinen, Finnish Population Register Centre
Reijo Svento, FiCom
Tuomo Pyhala, S-Bank Ltd.
3. 3Finnish Mobile ID
A Lesson in Interoperability
Contents
I Executive Summary 4
Operator Profiles 5
II Finnish Environment 6
A. High usage of online services 6
B. Prevalence of existing Bank ID solutions 6
C. The Finnish Citizen ID card 6
D. Increasing fraud and security breaches 6
E. Consumer demand for mobility 7
III Description of the Mobile ID service 7
A. Vision & principle 7
B. How it works 10
C. Technical solution 11
IV Uptake and Scale 12
A. Adoption by Businesses and Third Party
Service Providers 12
B. Challenges to scale 12
C. Consumer Uptake 15
V Economics 16
A. Business model 16
B. Roadmap to commercialisation sustainability 16
C. Future services enabled by the Mobile ID 17
VI Mobile ID – Key Success Factors 18
A. Interoperability 18
B. Reaching high frequency transactions 18
C. Gaining acceptance of the banks and new
mobile payment service providers 18
D. Positive role of government 18
4. 4 Mobile Identity
I Executive Summary
Identity is a core enabler for a wide
range of services, especially payments,
banking, government services and
effectively all services requiring
strong authentication of the user. As
the underlying complexity of digital
services grows, and digital fraud
escalates, identity is increasingly
being recognised as key to ensuring
secure, validated communications
and transactions across a wide range
of sectors. At the same time, users
around the world are demanding faster
access to services via mobile, making
the mobile medium an indispensable
channel for providing secure and
convenient access to services across
many verticals.
Finland is a market in which mobile
operators understood the importance
of identity comparatively early, and
have worked collaboratively in order
to offer a mobile identity service
that allows the user to strongly
authenticate themselves across a broad
variety of services.
Finland is an advanced market:
mobile penetration is amongst the
highest in the world, with over 90%
of the population (of 5.4 million
people)1
having a mobile device,
and on average, each subscriber
having two SIM cards; the three main
operators have all launched 4G / LTE
networks and corresponding services.
Approaching 90% of the population is
already connected to the Internet.
The three leading mobile operators
– TeliaSonera, DNA and Elisa, have
launched Mobile ID (“Mobiilivarmenne”
in Finnish), an identity service offered
a shared, common platform for the
authentication of users to third party
service providers, irrespective of
the network operator to which
they subscribe.
Uniquely, the three operators have
formed a “circle of trust” – an
agreement under which the operators
accept digital identities created by
each other, and allow those identities
to effectively “roam” on their network
and make use of agreements that each
individual operator has with third
party service providers.
In spite of substantial government
support and a commercially appealing
service for both consumers and
service providers, the mobile identity
service continues to experience some
challenges in reaching scale, mostly
as a result of the “chicken and egg”
problem – subscribers resist taking up
mobile identity services until they are
integrated by a broad range of third
party service providers for everyday
use, and - while many service providers
have welcomed the advent of mobile
identity services – some continue
to resist integration until a large
percentage of operators’ customers
have adopted the service. In particular,
banks have been slow to adopt the new
operator-driven Mobile ID solution due
to a number of reasons.
Nonetheless, Finland offers a
compelling glimpse of the future:
mobile identity services are not only
mature in their own right, but also offer
consumers access to a compelling and
growing range of services.
This case study explores the
challenges that mobile operators have
faced in deploying mobile identity
management services in the Finnish
market, and details the innovative
approaches that the three operators
took to overcome them.
1 Population Register Centre. 31 August 2012
5. 5Finnish Mobile ID
A Lesson in Interoperability
TeliaSonera
TeliaSonera is Europe’s fifth-largest operator, with subsidiary operators located
in 16 countries across the continent and beyond, including Denmark, Norway,
Russia, Spain, Sweden, Turkey, and Georgia.
Founded in the 1853, TeliaSonera is a pioneer of the telecom industry and
is proud to be one of the early inventors of mobile communications and
founders of GSM. In May 2011, TeliaSonera united the company under
one common symbol and identity representing a total of 180 million total
subscriptions (Q3, 2012).
“International strength combined with local excellence is what makes us truly
unique - and provides a world class customer experience, all the way from the
Nordic countries to Nepal. This combination has brought groundbreaking 4G,
a world class fibre network, and introduced 3G at Mount Everest.”
Operator Profiles
DNA
DNA Ltd is a Finnish telecommunications company providing high-quality,
state-of-the-art voice, data, and television services to private customers and
corporations. DNA’s 3G network covering now five million Finns is continuing
to expand, and 4G networks are actively (continuously) being introduced to new
population centres (areas). In 2012, DNA recorded a turnover of EUR 769 million
and an operating profit of EUR 56 million. DNA has more than three million
mobile and fixed-line network customers. DNA and WELHO are registered
trademarks of DNA Oy. For more information, please visit www.dna.fi.
Elisa
Elisa is Finland’s largest telecommunications and ICT service company,
serving approximately 2.2 million consumers, companies and public
administration organisations across the country. Elisa prides itself on being
the market leader in mobile subscriptions, while offering a comprehensive 3G
and 4G network in Finland. The company also offers international services in
partnership with Vodafone and Telenor.
With a vision statement that clearly defines the company’s goal to extend its
ICT services into a broader range of day-to-day consumer and business
transactions, such as digital TV and broadband, home security, and enterprise
conferencing services, Elisa aims to position itself as “More than a network and
the brand of excellence”.
6. 6 Mobile Identity
II Finnish Environment
A. High usage of online services:
Finland has one of the highest internet
penetration rates in the world, with
around 88% of the population having
access to online services via mobile,
fixed broadband, or both. Accordingly,
having an online presence is considered
a necessity by most Finnish businesses,
as online shopping, e-banking and
other online services are the norm for
Finnish consumers. Remarkably, well
over 60% of Finnish adults, aged
30-45, regularly buy goods and
services online.2
Many online services require some
form of authentication of the user’s
identity, whether for login access or for
secure payment or other authorisations.
While simple username and password
login combinations are still widely used
by service providers, those requiring
higher levels of security need to have
a strong authentication solution that
can efficiently authenticate the identity
data of customers, while maintaining
ease of use.
B. Prevalence of existing Bank ID solutions:
The Finnish Bank ID (or “TUPAS” as it
is called in Finland) is a strong customer
authentication process administered
by all banks in Finland, which uses a
combination of a PIN code and a One-
Time Password (OTP) from a paper list
which must be carried by the user at
all times. Launched by the first banks
20 years ago, the Bank ID solution was
perceived to provide satisfactory levels
of security for online transactions and
was swiftly taken up by third party
service providers for authentication to
their own services. There are currently
around 3 million Bank ID subscribers
in Finland, and Bank IDs can be used
across a broad range of services and
segments (not just banking), including
e-commerce and government services.
Nevertheless, despite the high penetration
of Bank IDs, the solution is coming
under increased scrutiny as consumer
demand for mobility grows and as
stories of fraud and security breaches
come increasingly into the public eye.
C. The Finnish Citizen ID card:
The third method of online identity
verification and authentication used
in Finland is the National Citizen
ID card. However, despite being the
first national eID card in the world,
few people in Finland have a card or
use it beyond its function as a travel
document (the card is primarily used
as an alternative to the passport for
traveling within the EU). The Finnish
eID card costs around €50 and is valid
for 5 years. Authentication methods
using the card have been adopted by
fewer than 10 government services
and very few private online service
providers – primarily due to the high
up-front costs associated with rolling
out card readers at each office and point
of sale.
Ultimately, the National Citizen ID card
does not meet the needs of consumers
wishing to access services remotely
– either online or over their mobile
phone - as it requires the person to be
present at the point of sale. According
to the Finnish Population Register
Centre, which is the state Certificate
Authority responsible for the Citizen
ID certificates, a total of only 400,000
eID certificates were in circulation by
end-2012.
D. Increasing fraud and security breaches:
There is a growing perception that the
one-time-password system used by
the banks is vulnerable to fraud and
theft. Incidences of hacking, spam
and phishing attacks are growing at
a substantial rate, while criminals are
becoming more sophisticated in their
methods. The paper and plastic cards
containing the One-Time-Password
codes (which must be carried around
by users) are increasingly seen as an
antiquated method which is neither
sufficiently secure nor user-friendly.
As the value and attendant risk of
online activities grows, with
consumers executing higher value
transactions on the internet, service
providers became increasingly keen to
find new, more sophisticated means of
creating and deploying digital identities
for consumers.
2 TNS Gallup, March 2012
3 Finnish Ministry of the Environment – National Telecommuting Day 2012
What is “strong authentication”?
The term “strong authentication” or “multi-factor authentication” typically refers
to a process of authentication which uses two or more different forms of identity
verification. In strong electronic identification, the identification device and its user
can ultimately be connected to the person’s true identity. Most commonly, multi-
factor authentication will include a combination of the following factors, or “proofs”:
■ something known, like a password,
■ something possessed, like your ATM card, and
■ something unique about an individual’s appearance or person, like a fingerprint.
Using strong authentication provides more protection for sensitive information
than a simple username and password can provide. When offered by an entity
which is trusted to have gone through a strong registration process with the
consumer (i.e. an operator which has registered the customer in person using
their legally issued identity credentials, such as a passport), strong authentication
provides the authenticating party (typically a service provider wanting to
authenticate the identity of a customer) with the assurance that the individual is
“known” and eligible to use the service.
Strong authentication is increasingly being recognised as a necessary security
measure to ensure protection of sensitive consumer information, especially when
conducting financial and other high-value transactions online. The European
Central Bank recently published an document outlining a plan to require “strong
authentication” on all web-based payment transactions by 2016. This potentially
means that existing username-password –solutions would no longer be allowed
as verification methods for transactions due to the inherent weakness in security
in simple username-password methods.
7. 7Finnish Mobile ID
A Lesson in Interoperability
E. Consumer demand for mobility:
Finland’s SIM card penetration rose
above 100% in Q4 2005, and smartphone
penetration continued to increase
rapidly (today it is already above 46%).
These trends have implied a greater
demand for a broad array of consumer
and public services to be available via
mobile. Working from home is also
relatively common among Finnish
employees (over 34% of employees work
at least occasionally at home and 14%
telecommute), making the demand for
mobility even more material.3
Add to this the fact that Finland enjoys
near 100% mobile coverage throughout
the country (despite being both the
eighth largest country in Europe
and the most sparsely populated
country in the European Union) and
the opportunity for a mobile identity
service seems clear.
These factors demonstrate the need for
a more convenient, all-encompassing
form of strong authentication in the
Finnish market. In the autumn of
2008, a Finnish consortium made up
of government and public services
authorities, mobile operators and the
Finnish Federation for Communications
and Teleinformatics (FiCom), came
together to develop the terms for such
a new authentication and authorization
service, in order to better serve the
diverse needs of businesses and
provide secure authentication for
eGovernment services. The result of
these discussions was Mobile ID.
A. Vision principle:
Seen by its proponents as the “solution
of the future” for identification,
signatures and payment approval,
the Mobile ID platform is a secure
identity verification tool which allows
customers of third party service
providers to login and access their
accounts in one seamless process.
Utilising the secure environment of
the SIM and mobile SMS channel for
credential storage and transmission,
Mobile ID can be used in a wide range
of everyday transactions.
Launched as an interoperable solution
by the three main Finnish mobile
network operators, Elisa, TeliaSonera
and DNA, the logic of Mobile ID is
simple: a service provider wishing to
authenticate and verify their users can
display the operators’ common Mobile
ID portal on their webpage, allowing
any Mobile ID subscriber to authenticate
themselves using their own GSM
number and by simply keying in their
user PIN after being prompted to do so
by a flash-SMS message. With the trust
framework, mentioned earlier, allowing
for signature “roaming” between the
operators, the user experience is the
same regardless of which operator they
use. In addition to web-based services,
Mobile ID also works in a variety of
different channels, including voice,
mobile data and video conferencing.
“The Finnish Bank ID revolutionised online
services by enabling secure e-business
portals. It is now time for the next step in
the evolution”. (Elisa)
“Mobile ID is a convenient, cost effective
and secure enabler for totally new mobile
services”. (TeliaSonera)
III Description of the Mobile ID service
Consumer demand for Mobile ID in Finland is very high:
According to an online poll undertaken by Elisa in November 2011:
■ 53% of those polled wanted to access public services using a strong mobile authentication service, for services
such as document signing and even requesting medical test results.
■ 61% wanted to use mobile for transaction approvals and order confirmations for online shopping and banking.
■ 43% wanted to be able to verify personal information via mobile for expert and professional services.
For more information, please refer to the following sources:
■ http://www.mobiilivarmenne.fi/en/faq/
■ http://valimo.com/products/government
8. 8 Mobile Identity
In March 2010, as Elisa, TeliaSonera and
DNAcame together to negotiate the
trust network agreement and develop an
interoperable platform for Mobile ID, the
mobile operators defined and remained
faithful to four basic principles, by which
Mobile ID would be differentiated from
all previous and existing solutions:
i. Ease and flexibility of use – By
focusing on the principle that the
consumer drives demand, user
friendliness was of utmost importance
to the design and deployment of
Mobile ID. With a single user PIN
to remember and no paper cards to
carry, no extra hardware or software
is required. Mobile ID works on
99% of mobile phones (both feature
and smartphones) and can be used
anywhere with a mobile signal,
even from abroad as SMS roams
internationally.
Aside from mobility, the service also
needed to be easy to acquire and the
registration process made as seamless
as possible. PKI-ready SIMs were
already widely in use in the Finnish
market: to activate the SIM for the
Mobile ID service the user can either
visit an operator store (a process which
takes just a few minutes) or use an
online portal. Another added benefit
to the Mobile ID is its operability on
all channels, including SMS, voice-call,
face-to-face service channels.
ii. Security – The Mobile ID needed to
be at least as secure as, if not more
secure than, all existing authentication
solutions.
The SIM-based mobile PKI system
underpinning the Mobile ID service
offers a strong security proposition for
all parties. All security-related operations
are encrypted within the SIM-card, and
all resulting messages are encrypted
SMS-messages, while the GSM-number
acts as the trigger for the Mobile ID
transaction. The combination of two-
factor authentication over two separate
communication channels (IP and GSM)
makes tampering or corrupting the
transaction inherently more difficult than
in most other solutions.
Mobile ID also uses spam prevention codes
and event (transaction) IDs in order to
protect the user from being disturbed by
unwanted spam requests – a growing
concern in Finland. With the event ID,
the user is able to know when accepting a
signature request exactly which event the
signature request is related.
The European cross-border authentication
framework for electronic identification
(STORK) has developed a 4-stage
classification for the security in
authentication tools. According to
this system, Finland’s legacy Bank ID
framework meets the requirements of
Level 2, whereas Mobile ID is considered
to meet the security requirements of Level
3 due to the inherent security of the SIM-
based PKI-system.
Additional security comes from the
user-experience: Mobile ID is inherently
intuitive to use for the consumer, as
inputting PIN-numbers into a phone is
already an established routine.
Furthermore, studies prove that
consumers notice losing their phone faster
than losing other important possessions
like their wallet. When a consumer
reports their lost phone to their operator,
Mobile ID ceases functioning in real-time,
whereas it can take anywhere up to a
week or more to cancel all one’s cards in a
stolen wallet.
iii. Legal framework – Two new changes
to Finnish legislation governing
identification and electronic certificate
frameworks were instrumental in
enabling the Mobile ID service to be
launched:
a. Act on Strong Identification
Electronic Signature (effective from
1.9.2009):
i. Under earlier legislation, the
registration and issuance of strong
identification could only be performed
by the Finnish Police authority. The
change made it possible for private
sector businesses with the relevant
level of security and authorisation
to also act as issuers of strong
identification tokens and services.
ii. The act clarified that an electronic
signature, if performed with an
authorized strong identification
method, was to be considered legally
equivalent to a “wet signature.”
iii. The law allowed for the issuing of
new eID credentials based on other
previous strong eID credentials. This
made it possible to issue Mobile ID
over the internet to customers already
in possession of a Bank ID, provided
that the parties can agree on pricing
and sharing of risk.
b. Population Information Act 2009
(effective from 1.3.2010):
i. The Finnish Population Register
Centre (VRK), which holds national
population data for the country and
is the only state Certificate Authority
in Finland, was originally the only
entity with the power to issue the
”Finnish Unique Identifier” (SATU)
to an individual. Due to the change,
all authorised strong ID providers,
including mobile operators, could
issue eID credentials with the “Finnish
Unique Identifier.” This enabled
registration for the Mobile ID to take
place in the operators’ stores, without
IMAGE REQUIRED
Payment authorisation demo slide (by permission of Elisa)
9. 9Finnish Mobile ID
A Lesson in Interoperability
the customer having to go to the
police department to undertake the
registration process.
ii. The legislation also clarified the
fact that a person can have only one
identity, but several certificates, such as
a passport, driving licence, mobile ID
certificate, Bank ID, etc.
iv. Interoperability – The unique
feature which differentiates
Finland’s Mobile ID from many
other similar schemes is the
cooperative framework – or “Circle
of Trust” – between the three main
Finnish operators, Elisa, TeliaSonera
and DNA. This trust agreement
established an open four-corner
business model and allowed for
the roaming of Mobile ID requests
between operator platforms. The
business model does not suffer from
competitive legislation challenges,
as it is highly competitive both
towards service providers and
consumers.
As a result, a subscriber to Elisa, for
example, can use Mobile ID to access
service providers that have agreements
only with TeliaSonera or DNA. Not only
does this add value for consumers, it
provides substantial benefits to third
party service providers, since they only
have to establish a single agreement with
a single operator to be able to access all
subscribers who make use of the Mobile
ID service in Finland. In essence, service
providers are federated across the three
operators; the individual operators trust
one another (a) to undertake the strong
registration process with rigour and
complete compliance, and to carry the
legal responsibility for correct registration,
and (b) they trust each other’s agreements
with third party service providers to be
strategically logical and commercially
viable (and attractive to subscribers). Each
operator is responsible for ensuring
that its customers follow the approved
Mobile ID policies and guidelines.
Mobile ID: an evolved solution
Mobile ID is the result of a multi-year project involving
entities from a wide cross-section of industries in Finland.
Discussions around the possibilities for supporting the
service began in 2005 and 2006 as the new Government
came to office with a strong commitment to strengthening
Finland’s e-services ecosystem. Under this platform, the
Information Society Programme Board saw to it that the
Mobile ID was brought to the top of the agenda.
“When I first came to the discussions, I was surprised at how
many ministries and civil servants were interested in this
issue. Not only the Ministries of Justice and Communications
were at the table, but also public service authorities on the
fiscal side – in total, around eight different authorities. Then
I understood what an important advancement this would be
for Finnish citizens.” (Reijo Svento, FiCom Director).
Mobile ID in its current form is the third generation of
an evolving service. In 1999, Smartrust, a Sonera owned
company, launched a SIM-card based mobile signature
service for document signing in businesses. The first mobile
certificate in the world was launched by the Population
Register Centre that year, in a pilot for use in mobile banking.
Though these early iterations were formative and ground-
breaking, they were also a little too early, as appropriate
infrastructure (such as capable handsets and SIM cards,
as well as legislation and regulations) was not sufficiently
widely deployed, and consumers were just beginning to
understand the possibilities that the Internet represented.
As a consequence, though many technical “firsts” were
achieved, the services did not achieve mass-market appeal.
“The short answer is that it was too early. There wasn’t the
right legislation, no trust circle, no 4-cornered business model
among the providers to make it scalable for reaching the
mass-market. Finland has always been keen to develop new
things, especially in the mobile world, so mobile identity was
considered straightforward. But the market wasn’t ready.”
(Esa Kerttula, Prof-Tel Ltd.).
Other smaller pilots have occurred since then, but the second
real attempt was in 2005 when operators tried to launch a
Mobile ID similar to the one today.
“At that point, the registration process was too difficult:
because the authorities thought that Mobile ID was similar
to your passport or driving license: the law at that time
stated that only the police department could issue the strong
identification. So, customers needed to go to the police
station to get a Mobile ID. In the end, the process was too
difficult, so it failed.” (Antti Suokas, If Insurance).
With the third time, the Mobile Operators believe they have
the process right. Better coordination, clarified legislation,
new mobile signature service standards, and a greater
number of service providers interested in the possibilities
that Mobile ID offers have all come together to create an
environment that is ripe for the success of the Mobile ID.
“From the end-user perspective, the service hasn’t changed
much. It’s the same device, the same SIM card, the same SIM
application toolkit, the same MSS channel. The difference is
registration, and the service provider side of the equation.
Now that operators can undertake registration themselves, it’s
become a straightforward and easy process. Also, because of the
circle of trust – and the fact that third party service providers
can gain access to all three operators’ subscribers via a single
agreement and a single technical platform, there’s much more
traction from companies across the Finnish economy, and
government agencies.” (Esa Kerttula, Prof-Tel Ltd.).
Another key change that has added to the growing success
of the Mobile ID service is pricing. All stakeholders admit
that earlier variants of the service were too expensive – seen
from the perspective of consumers and third party service
providers. Today, due to the Circle of Trust agreement which
encourages competition among the operators to sign up
service provider partners, as well as stronger interest from
online service providers who recognise the key strategic
value of the Mobile ID in reaching a larger customer base,
the pricing offered by the operators is now more accurate.
In these early stages, Mobile ID is offered as a free service to
subscribers, while third party service providers are charged
for the service on a per-transaction bases, with prices
stratified based on the frequency, volume and value of the
transactions being made. Most importantly, however, the
price offered to third party service is around a third of that
currently being charged by banks for use of their Bank IDs.
10. 10 Mobile Identity
B. How it works:
Subscriber
Service Provider
Sign Authentication Request
Operator A
Certificate AuthorityOperator Signature
Platform
Authentication Request: Sign
Operator B
Certificate AuthorityOperator Signature
Platform
Digital Signature
Roaming between
mobile operators
User authentication using signature roaming between Mobile Network Operators
How Mobile ID works: the consumer journey
When a user needs to authenticate their identity while using an on-line service:
■ The user recognises the Mobilivarmenne (Mobile ID) symbol as the interoperable mobile-based tool they wish to use, and
clicks on the icon, which brings them to a login screen.
■ The user types their phone number (which in this example corresponds to Operator A) into the login screen in the on-
line service provider site. The number is transmitted over the IP channel while the response comes back to the user over
theGSM channel).
■ The Service Provider has an agreement for the Mobile ID with Mobile Operator B.
■ Mobile Operator B recognizes the user as an Mobile Operator A subscriber and so forwards the authentication request to
Mobile Operator A (signature roaming).
■ The user receives the authentication request to their phone and inputs their unique user authentication PIN (4-8 digits).
If the PIN code is correct, the SIM application signs the authentication request.
■ The result, now verified, is sent back to Mobile Operator A and the user is granted access to the service.
The user’s actions in this strong authentication case (2 factors, 2 channels) comprise of:
1. Input the mobile number (on a PC, for example).
2. Input the PIN (on the mobile device).
In the end, all that is required of the user is the physical possession of a phone and PIN-code.
11. 11Finnish Mobile ID
A Lesson in Interoperability
C. Technical solution:
i. The mobile certificate (also referred
to as “mobile ID”, “cell phone
ID”, “cell phone certificate”) is an
electronic personal identity certificate
which the SIM cardholder may use
to prove their identity within the
context of different electronic services
or electronic signature situations.
The mobile certificate contains the
personal details of the SIM card
owner and is held in a directory,
while with the corresponding private
keys are embedded in the SIM of a
mobile phone.
Key elements of Mobile
ID certificates:
– Support both identification and
signature services.
– Used in all cases where the
individual must prove their
identity in the electronic world, i.e.:
a. banking, public services etc.
(“old” cases)
b. social networks, gambling etc.
(“new” cases)
– Always uses the same user PIN.
– Security of 2 channels: activity
is over (fixed) Internet channel
and identification is over
mobile network.
Services based on similar technology
are already used in several
countries, including Turkey (bank
identification, cash withdrawal from
an ATM), Estonia (citizen certificate
in extensive use for e-services) and
Norway (BankID).
ii. Using a single nationwide standard
for mobile PKI greatly facilitated
the implementation of Mobile ID.
In Finland, a selection of standards
established by the international
standards body, ETSI, are applied to
the Mobile ID service. These include:
a. ETSI TS 102 204 for service
provider integration;
b. ETSI TS 102 207 for the
roaming; and
c. ETSI TR 102 203 for business
and functional requirements.
In addition to these, the ETSI
Mobile Signature Service Provider
(MSSP) standard enables signature
transmission and authentication
across all operators.
iii. The mobile PKI infrastructure used
in the Mobile ID is uniform across
the three operators. Productised
APIs for the service were provided
by various technology firms (Valimo
Wireless, Methics Inc. and others).
The underlying uniformity of APIs
enabled the operators to offer an
identical experience for service
provider clients and correspondingly,
end users. The signing PKI application
is stored on the SIM card, allowing the
user to receive digital signing requests
and to produce the signed response
by entering their unique user PIN
code. The digital signatures use the
RSA algorithm with either 1024bit or
2048bit key-length.
For further information on the
Certificate Policy or the ETSI MSS
standards employed by the Mobile ID
solution, please refer to: http://www.
mobiilivarmenne.fi/en/documents/
12. 12 Mobile Identity
IV Uptake and Scale
A.Adoption by Businesses and Third Party
Service Providers:
i. The primary value of the Mobile ID
to consumer-facing businesses is
the potential of reaching all Finnish
mobile subscribers with one single,
seamless integration process for
digital authentication and signing.
Historically, any business that
wanted to offer electronic or web-
based services needing customer
authentication needed to sign an
agreement with each of Finland’s
banks independently, in order to
use the Bank ID scheme. This meant
that, as is often the case, businesses
ended up having to execute at least 10
separate agreements and integrations
with banks, each with its own fee
structure and certificate scheme.
Some public service authorities
offering multiple services had to
execute up to 80 separate agreements
with different banks.
As a consequence of its technical
uniformity and commercial
simplicity, the Mobile ID service
supports the same user-experience
across all channels, including
internet services, mobile, voice and
video, meaning that businesses can
ensure full coverage and customer-
reach in their segment or vertical.
Service providers need only sign an
agreement with one operator in order
to offer the service to all participating
mobile subscribers of the three
operators combined.
ii. The availability of the service on
multiple channels allows service
providers to work flexibly with
customers on whatever medium
they are using. For example, when
a customer calls their customer
service number wishing to make
changes to their agreement, rather
than providing their address or the
last four digits on their social security
number (typical security questions
in a voice-based authentication
procedure), the user subscriber GSM-
number is picked up from the call
and a PIN-verification request is send
over the SMS channel (the user PIN
is never transmitted). With a correct
answer, the operator service certifies
the caller ID during the call.
iii. Unlike the proprietary authentication
systems used by Bank ID, the
competitive dynamics of Mobile ID
mean that the operators compete on
partnership with service providers,
thus keeping the pricing for the
service low and the incentive high
to develop and deliver innovative
value-adding eServices within a high-
security architecture.
iv. The interoperable model provides
an ideal platform for government
and public services authorities,
who recognise the need for a cost-
effective and user-friendly method
of strong user authentication across
their e-services platforms. With 200%
SIM penetration in Finland, as well
as the fact that the service works on
99% of phones, Mobile ID offers the
foundations of a nationwide eServices
ecosystem, with the potential to
address the majority of the Finnish
population. In 2012, VETUMA (the
eAuthentication and payment service
used by federal and municipal
Finnish government agencies)
activated Mobile ID for
all VETUMA clients, meaning that
over 140 public organizations were
now able to authenticate citizens
for access to their service using
Mobile ID.
“For the Finnish Government, Mobile ID
is the most cost effective way to provide an
authentication method to citizens.”
(Kimmo Mäkinen, Service Manager.”
State Treasury of Finland).
v. The multi-channel capability of
Mobile ID, including voice and
video, gives services providers
the opportunity to build a wide
array of additional value-adding
services in the future. Studies are
currently being conducted on the
potential for Mobile ID to be used
by medical professionals for signing
prescriptions and securely sending
essential health records during
specialist referrals. By the beginning
of 2014, all social sector clerks will be
issued with mobile apps for access
to records and systems while out of
the office. Mobile ID is also being
considered for use in checking and
verifying information from different
healthcare and social sector registers.
B. Challenges to scale
Nevertheless, despite the strong value
proposition to Finnish businesses, some
challenges remain to obtaining scale
among service providers:
i. Two-sided market – Like any new
service offering, there is a “chicken
and egg” challenge to be overcome.
Users are unwilling to adopt a new
service when relatively few services
are appended to it, and, equally,
service providers tend to adopt a
“wait and see” approach – preferring
to deploy the solution when there is a
critical mass of subscribers.
Some forward-looking service
providers have recognised the
potential that Mobile ID can bring
for their future service offerings
and have decided to adopt the
service. These early pioneers include
insurance providers, smaller local
banks and government public service
authorities.
ii. Resistance from banks – As the
predominating providers of online
authentication for nearly 20 years,
banks in Finland are understandably
concerned about the entrance of
Mobile ID onto the market. The open-
four corner business model employed
by the operators is also likely to
increase competition between banks
by enabling consumers to shop
electronically between bank offerings.
While a number of Finland’s banks
foresee the value in employing
another trusted entity to undertake
the costs associated with the strong
electronic authentication process,
the banks have their own legitimate
considerations regarding security and
operability which they believe need
to be addressed.
The Finnish banks articulate their
concerns in the following manner:
a. Security – Banks view their Bank
ID solution as a “gateway” into
participating banks’ internal
systems and to the assets held
by their customers. As such, the
security of that system is of utmost
importance. Banks have therefore
been understandably keen to
rigorously check and recheck the
security of the Mobile ID solution,
to ensure that it is as secure as
13. 13Finnish Mobile ID
A Lesson in Interoperability
their own, trusted solution – and
to further ensure that it provides
additional value (in terms of
functionality and usability) for
bank customers.
A key dimension of this security
question is the process of customer
registration, as this is the point
at which trust is laid down
between the registering party,
the authenticating party and the
customer. For banks and service
providers alike, there is significant
financial and reputational
collateral riding on the trust
established at this point: and all
parties need to be certain that the
registration process is applied
uniformly, rigorously and without
compromise by mobile operators.
Additionally, the majority of
banks have their own certificate
standards, formats and policies
internally. Conferring trust onto
mobile certificates is a lengthy
and complex process. Secure
certificates sit at the heart of strong
authentication processes, and a
great deal of thought goes into
the design, storage and use of
certificates for different use cases.
Accordingly, being prepared to
migrate to the use of a third party’s
certificates (in this case the mobile
operators) requires a great deal
of investigation and negotiation
– particularly for banks, whose
online / digital activities tend to
have a comparatively high level of
risk appended to them.
In fact, the registration process for
Mobile ID customers is exactly
the same as that for Bank ID
customers, and is administered
by professionals with the same
training in trust issuance and
compliance as those providing ID
documents in the public sector
(e.g. the police department). Under
Finnish law, Mobile ID has been
deemed to offer an equivalent
security level to that of the Bank ID.
The Finnish Communications
Regulatory Authority (FICORA)
has the authority to give
permission for companies to
issue Mobile IDs, but very
closely oversees and
scrutinises their activities.
“We’ve worked together for many years
and our colleagues in the mobile operators
now understand the high level of risk and
subsequent security that we require. We’ve
had good relations with the three main
operators but our industry background is
different – it does of course take some time to
overcome these differences”
- (Kai Koskela, SVP of Private Consumer
Banking at Osuuspankki, the largest
consumer bank in Finland).
b. Regional banks – For Finnish
banks, the Mobile ID proposition
offers a logical extension or
“addition” to their Bank ID: the
ability to authenticate customers
over the phone is of great value.
However, regional banks operating
in Finland with headquarters based
in Sweden and Denmark may
have a different set of priorities.
These banks express the need to
have streamlined solutions across
all markets, making adoption
of Mobile ID more challenging.
These banks also have other Bank
ID solutions in operation in other
countries in the Nordic region,
for example.
c. B2B clients – The primary use case
for Mobile ID is on the B2C side:
for consumer facing business to
verify their customers securely.
However, for clients wishing to use
the tool in B2B transactions and
verifications, the challenge lies in
enabling corporate representation
using Mobile ID: in this case, the
customer is a company, not an
individual. While the certification
process is no more complex for
a business entity, the challenge
emerges when multiple users with
different roles in a single company
need to use Mobile ID. The process
is further complicated when an
individual with access to the Mobile
ID certificate wishes to leave the
company, or transfer roles.
These questions are among those
currently being addressed by the
Finnish mobile operators.
d. Two-sided market – Even for those
banks wanting to offer the Mobile
ID solution for access to their own
banking systems, or to integrate
the service with their Bank ID
on other third party websites,
the investment required for this
transition requires a level of market
penetration among other service
providers that has not yet been
reached. For those banks on the
verge of accepting the Mobile ID
solution, one factor informing their
resistance is the notion of “going it
alone” without the other banks.
e. Revenue – Each bank has its own
pricing structure for charging
service providers for the use of
its Bank ID service. These pricing
structures are based on the costs
to the bank for maintenance of the
service, the cost of the certificates,
and the pricing structure charged
to consumers (i.e. most banks
charge customers on a monthly
subscription basis, but charge
service providers per transaction).
Additionally, because some services
are high value but low volume, or
vice versa, the values per transaction
are differentiated depending on the
volume used (i.e. from €0.05 and
€0.10 per transaction for “high-
volume, low value” through to €0.30-
0.40 per transaction for “low-volume,
high-value”). In some cases, the
difference in volumes can be from
thousands to millions of transactions,
depending on the service. As a result,
those banks which derive substantial
revenues from the Bank ID service are
less willing than others to support
the Mobile ID service’s entry into
the market.
Nonetheless, as this case study
went to press, a consortium of
Finnish banks were in discussion
with FiCom and the Finnish mobile
operators in order to negotiate a
working agreement on the potential
use of Mobile ID for online banking
access, amongst other things.
14. 14 Mobile Identity
A Service Provider’s Point of View: If Insurance
Interview with Antti Suokas
(Business Developer, If Insurance)
If entered the project for Mobile ID with Elisa almost 3 years
ago, as part of an attempt to adapt to changes that were
expected in the insurance market. “In fact, the biggest need
we foresaw at the time was in registration for car insurance
– there needed to be a way to do the process electronically, to
reduce the hassle of processing lots of paper and to eliminate
the need for the customer to go in person to the authorities.
That’s when we heard about the Mobile ID idea.”
If’s criteria when assessing the Mobile ID: “Good customer
service is part of our core business. We needed to find a way
to identify customers and to get electronic signatures for
consent over the phone, but any solution needed to be hassle-
free and easy-to-use for the customer. Usually, when we
serve our customers we use some kind of logical identifying
questions to ensure that the customer is who they claim
to be (usually these are pieces of information that only the
customer should know, such as their social security number,
details on the insurance they have, etc.). With Mobile ID, we
could eliminate this process.”
Cost: “Another very important criterion for us is that the cost
of the Mobile ID is around one third of cost of equivalent
Bank ID. We have over 1.7 million logins per year, so this is a
remarkable price reduction. Also, like many service providers
in Finland, we have to enter into separate agreements with
each of the banks. This creates a lot of work for us. We built
our business case for Mobile ID on various assumptions on
the penetration of Mobile ID and the level of savings we
could make, and it worked out in every scenario.”
Being ahead of the market: “We were the second company
in Finland to start using Mobile ID. We wanted to show
that we were front-runners in the market and to be the first
big, mass-market consumer-facing company to be using
it (the other company at the time was a small scale start-
up company providing electronic signatures for business
contracts between companies). It’s a strategic move that we
are still proud of.”
“When we originally started to look into Mobile ID, we saw it
as a potential replacement for Bank ID. But now we recognise
it as a complementary tool to improve the user experience,
especially in terms of adding new services. I think other
service providers are seeing this as well: now there are more
than 200 service providers using Mobile ID.”
Launching the service: “Before we launched Mobile ID
to our consumers, we wanted to test out the service. Our
first target group was our own personnel. We thought that
once our own people were familiar with it, it would be
much easier for them to promote and give support to our
customers. In fact, this was extremely useful as we found
out the questions that customers would be asking about it.
The feedback: “They loved how easy it was to use! Basically,
the main questions were ‘So now I can use this with our (IF
Insurance) services, but where else?’”
“Other initial concerns related to the security of the tool, as
well as questions related to the actual process for obtaining a
Mobile ID. For example, the Mobile ID needs a PKI enabled
SIM, so those people with older SIMs needed to switch over
to new ones. People were worried that they would lose all
their contact information. Luckily, the operators had started
to introduce the new SIMs a few years ago, so this wasn’t a
problem for most people.”
“Now, we try to actively promote Mobile ID to our customers
as much as possible. But we do this in the same way that we
promote our other services: as part of our service portfolio.
On our main login screen we have a description of mobile
ID and tell people that they need to contact their operator in
order to get one. Our basic message to consumers: “It’s the
way of future; start using it already!”
Plans for the future: “One of the most important
additional functions we want to enable with Mobile ID
is signing documents and obtaining approval signatures
from customers over the phone. If you could do this over
SMS – even while you are speaking on the phone to the
customer service representative – the whole process could
be completed in one single session. Additionally, unlike
the Bank ID which only provides the name and customer
number, with Mobile ID we could add a lot more information
to the customer profile, such as the address, basic credit
checks (all with the customer consent, of course.) Mobile ID
offers a whole range of opportunities that Bank ID doesn’t.”
“The challenge we still experience is that many of our
customers don’t have a Mobile ID yet, so the penetration is
still too low to make the investment to build these additional
kinds of services. Once the banks join us, I believe the
penetration of Mobile ID will grow quite rapidly.”
“Facilitating the online registration process for customers
will be a major factor. At the moment, only a few banks
allow the Bank ID to be used as pre-authentication for online
registration to obtain a Mobile ID, otherwise the customer
must go in person to their operator to get it. Once the online
registration process is solved, it really can’t get any easier for
the customer. This is the part we are waiting for. But because
banks are so resistant to this they are holding back promotion
and marketing activities for the whole market.”
Message to other service providers: “As with many new
products, there’s a snowball effect. The tendency in these
situations is that companies think they should just wait to
see what others in the market do. When I talk to other service
providers in Finland I tell them: “We are big in the market.
If we believe that we should be doing this, then you should
as well. As an insurance company, our business is based on
trust, so if we think Mobile ID is secure enough for us then it
should be for you, too.”
The other message we want to give is that the first step doesn’t
involve any big risks at all. Our biggest costs were on the pre-
study and a few days’ work for our IT department, but that’s
all. The cost structure for Mobile ID is to pay per use, so if
people weren’t using it then we weren’t paying the operator. I
try to tell them, “don’t wait – just do it and see what happens!”
15. 15Finnish Mobile ID
A Lesson in Interoperability
C. Consumer Uptake
i. The Mobile ID service is currently
offered as a free service to
individuals, and is viewed by its
users as far more convenient and
user friendly than existing Bank ID
or Citizen ID card authentication
solutions. The ability to access secure
accounts from anywhere, at any
time, without the need to carry a
plastic card with OTP codes is very
appealing to Finnish consumers.
Additionally, anyone who has two
bank accounts requires two separate
Bank IDs, with two separate PIN
codes and plastic OTP code cards.
ii. Nevertheless, low awareness
among consumers and slow service
provider uptake to date have meant
that Mobile ID was not taken up
by consumers as quickly as the
operators had hoped. One primary
reason attributed to this relatively
low uptake is the registration process
required in order to obtain the
Mobile ID. Currently, two methods
can be used for registering for a
Mobile ID:
a. In person at the operator store:
The in-store registration process
entails collecting the user’s
personal information, verifying
the ID documentation (typically a
passport, driver’s license or national
Citizen ID card) and verifying the
customer’s subscription to the SIM.
The process can be done in any
operator store around the country
and takes approximately 8 minutes
in total.
b. Online using the Bank ID:
Around 4 Finnish banks currently
have agreed to offer their Bank
ID as a component of the online
pre-registration process for their
customers to obtain a Mobile ID.
Users who have already gone
through a hard registration process
with their bank can use the strong
authentication process of the
Bank ID to verify their customer
information on their operator’s
website. The ability to issue Mobile
ID “over-the-air” is based on the
fact that most SIMs in the field are
Mobile ID capable already. This
process only takes 3 minutes and is
therefore considered to be far more
convenient to the customer.
In the eyes of the three mobile
operators, enabling the pre-registration
through the Bank ID is a key milestone
for facilitating scale and uptake among
users.
However, so far, only 4 of the 10
banks in Finland have made an
agreement to allow their Bank ID to
be used in this way, meaning that the
threshold for Bank ID authentication
established by the operators has
been limited (in Elisa’s case, only
50% coverage). As a result, the level
of market penetration necessary
for investment in public awareness
marketing has also been delayed.
iii. The additional limitation to
scalability is the uptake of daily,
high-value services, especially
in internet-banking and payment
approvals. Reaching high volumes
for services used by consumers
(compared to those used less
frequently, such as insurance and
government services) is important
for maintaining scalability for the
operators, as well as increasing
awareness and user-familiarity with
the service.
“For consumers, these (high volume)
services are interesting enough to go
through the first authentication threshold
and encourage them to obtain the Mobile
ID.” (Elisa).
“I’ll never go back to plastic cards”
(user of the Mobile ID service).
For further information on the
Mobile ID as presented to customers,
please see:
http://www.mobiilivarmenne.fi/
en/faq/
Official Mobilivarmenne website
What?
The mobile certificate is
your digital ID in your
mobile phone. With it, you
can prove your identity
and use electronic
signatures in different
electronic services.
Why?
The mobile certificate is
absolutely secure. It functions
with an access code which
only you know. With the
mobile Certificate you can
take care of electronic
business in a convenient
way from start to finish.
Where?
With the mobile Certificate,
you can prove your identity
online or during a phone call
in an easy way. It is compatible
with online services that
require identification and will
also be compatible with bank
services in the future.
Who is it for?
The mobile certificate is
compatible with all Finns’
mobile phones, and you can
easily have it activated by
your operator.
16. 16 Mobile Identity
V Economics
A. Business model
i. In establishing a “Circle of Trust”
between the three operators, the
Mobile ID offers a significant
advantage over other existing
solutions. The model is service-
provider driven: the service
provider has an agreement with a
single operator, under which the
payment structure and revenue
generation is derived.
ii. Pricing structure:
The three operators compete
on pricing packages to service
providers. For example, Elisa’s
pricing is standardized for all service
providers, with volume-discounts
for high-volume service providers.
For consumers, Mobile ID will
remain free until penetration levels
have grown sufficiently.
According to Elisa, this aspect of
their business-mode was publicly
stated from the start of Mobile ID.
Today, Mobile ID is packaged as a
value-adding service to the user’s
mobile subscription.
B. Roadmap to commercialisation
sustainability
i. There is still some disagreement
as to the form that future revenue
models for Mobile ID should
take. Some believe that once the
service reaches 25% penetration
of end users, operators can start
charging consumers via billing or a
subscription-based payment scheme.
Others, however, believe that the
solution should not cost anything
for the end-user and that total cost
should fall on the service provider,
at least the mass-market segments.
When it comes to enterprise
subscription to the Mobile ID,
there may be some ability to charge
enterprises for use of the service.
Elisa: Bringing the Mobile ID to market
The strong authentication market is small but rapidly growing.
In Finland we see approximately 30% growth annually.
Commercially, the most important emphasis will be on value-
adding services, such as mobile purchases, remote payments
over the internet and mobile (potentially, this includes NFC-
based physical payments in the near future), as well as a
multitude of eServices requiring approval or signature from
the consumer. Mobile ID will be a key enabler in these and
many others. In this way, we see the Mobile ID as a “control
and value-capture” point.
We saw market-entry as a “chicken-and-egg” situation: no
users means no services, which means no reason for users
to join and the same for service providers. But this is often
the case in the telecoms arena. So, we started enticing the
service provider side with the aim of having enough services
to implement Mobile ID across multiple industries, and also
focused on trying to attract high-involvement services. After
approximately 12 months, Mobile ID was usable in most
internet-based services where the Bank IDs were historically
used for strong authentication.
What’s important to recognise is that high-involvement
services can be of two sorts: existing ones such as Internet
banking, and new-ones where Bank IDs are not feasible.
These latter services are typically services that rely on mobile
phones and applications, such as mobile-based purchase and
payment approval. Both require new service design which,
from the point of decision to the point of public launch, can
take on average 12 months or more to develop. Thus, these
services are only now entering the market.
Eventually, what we want to establish is a world where your
Mobile ID becomes the eID used everywhere. Estonia has
managed to do this with their eID and there is now strong
push to do the same in Finland since the benefits are huge.
We could eventually provide proprietary IAM (Identity
and Access Management) systems for service providers to
identify their employees) (e.g. policemen or healthcare care
professionals) by offering mobile PKI based solutions for
that process. For the time being, however, we think the best
approach is to offer our current generic Mobile ID for all and
then build on additional identity relevant services that can be
adjusted for the particular use case (i.e. allowing for degrees of
access relevant to the service).
We are confident that the market will move in our direction.
On the consumer side, the main threshold is user familiarity
with Mobile ID. Our experience is that after three transactions
the consumer feels comfortable with Mobile ID and then
becomes an active user. We have ongoing activities to increase
usage frequency, but in our view, the current starting-phase
user-frequency has been in line with our expectations.
Elisa’s business model has been publicly stated from the start:
we aim to earn revenue from both service providers and from
consumers. We know it will be important to standardize the
pricing structure for service providers and we give volume-
based discounts for high-volume service providers who use
our service. For consumers, Mobile ID will remain free at
least until the end of 2013 when the penetration has grown
sufficiently and familiarity is well established.
17. 17Finnish Mobile ID
A Lesson in Interoperability
ii. A number of other models are
currently being discussed to look at
the viability of integrating Mobile ID
with existing solutions, or providing
support in scaling service adoption
by rolling it out among public
service authorities. One such model
being proposed by some would
be for use of Mobile ID in public
and e-government services. In this
model, the Finnish Government
would provide some support for
infrastructure development and
integration of the services, while
each public service authority would
sign a service agreement with their
customers.
C. Future services enabled by the
Mobile ID
i. As mentioned above, current
usage of Mobile ID is seen as the
“tip of the iceberg” in terms of the
services and processes that it could
support, across a broad range of
industries. Eventually, the operators
want to reach a point where
Mobile ID becomes the eID used
everywhere, for services beyond
simple authentication and access,
by empowering service providers to
build flexible and customer-tailored
services based on the strong identity
credentials held by the operators.
ii. A number of feasibility studies
are currently being undertaken on
the potential use of Mobile ID in
healthcare (see box below), social
services, payments, person-to-person
verification (e.g. over voice) as well
as options for direct customer care
by consumer-facing businesses.
One important future use-case for
Mobile ID that the operators are
examining is over the Near Field
Communication (NFC) channel.
This would be of particular interest
in scenarios where the customer
authentication process needs to be
quicker than over the mobile or
internet channels, such as in-store
payments, transport and similar.
Mobile ID in the future: Healthcare prescriptions
Studies into the use of mobile certificates in the healthcare
industry have now been underway for several months.
For example, a solution for mobile prescription
authentications by qualified healthcare providers was also
considered during the earlier Mobile ID launch in 2005, but
it was not developed due to the low uptake of the service.
The idea is now being taken up again in a feasibility
study being commissioned by the Finnish Population
Register Centre . Finland has 300,000 healthcare
professionals, meaning that enabling Mobile ID to act as
a doctor’s signature for prescriptions would open up a
significant number of high-volume transactions. In this
model, the certifying body would be the state certificate
authority, the Population Register Centre, which would
issue the certificates to doctors and other medical
professionals. According to early findings from the study,
this service is feasible and will take around eight months
to develop the solution.
“Life-changing solutions like this one are now close at hand
with the Mobile ID. We at the Population Register Centre
know that 95% of the (mobile certificate-based) solution
is ready; what it needs now is a strong business model to
connect the healthcare sector to the mobile operators.
Similar studies like this one
are being conducted across a
range of sectors where Mobile
ID is perceived to have the
potential to vastly improve
the conduct of day-to-day
activities of both employees
and consumers. For example,
a number of public and
social service authorities are
considering Mobile ID as a
tool for social workers to use
in accessing records while out
of the office.
18. 18 Mobile Identity
VI Mobile ID – Key Success Factors
A. Interoperability
By establishing a “Circle of Trust”
between the three operators, Mobile ID
was able to offer a significant advantage
over other existing solutions. This
unique model of strategic collaboration,
whereby the operators present a
unified, seamless platform but were
still able to compete with each other for
revenue on the service provider end,
allowed the operators to work together
to cover the market and reach scale.
However, the operators have learned
that in order to reach the scale and
penetration they hoped for, there still
remain a number of challenges to
be overcome.
B. Reaching high frequency transactions
High volume transactions, such
as banking, online payment and
e-commerce verifications, will be the
key to driving sustainability in terms
of revenue and reach. Consumers are
more likely to “stick” to Mobile ID if
they use it frequently; while service
providers are more likely to invest in
adopting an authentication service that
consumers will use often. Sustainability
in the business model for operators is
gained from those service providers
who process a greater volume of low-
cost, high frequency transactions
over time.
Once the point of high frequency is
reached, the range of additional value-
added services which can be built over
the top of the Mobile ID is infinite.
C. Gaining acceptance of the banks and
new mobile payment service providers
Determining a basis upon which
Mobile ID can enter the market and
stand compatibly alongside the Bank
IDs will be crucial to ensuring the
success of the solution. Mobile ID
does not need to be viewed as a direct
competitor to the existing Bank ID
solutions; indeed, there solutions are
mutually compatible and can provide
a combination of greater convenience
and security to the consumer when
offered together. Facilitating the online
registration process for Mobile ID
through the customer’s existing Bank
IDs, for example, will greatly empower
both solutions to better serve the user.
Different solutions to this challenge
are currently in discussion, including
the concept for a potentially
interoperable model for identity
authentication between all three
solutions (Mobile ID, Bank IDs and
the Finnish National Citizen ID card),
which would greatly reduce the burden
for service providers in terms of system
design and integration.
The key learning taken from this
situation by the mobile operators is the
value gained from listening to the needs
of other industry players in the identity
market. Ultimately, clear and open
discussions with the Finnish banks
resulted in the mobile operators being
able to develop a more robust solution
which meets the security needs of
financial service entities, while working
with the Finnish legislative authorities
to ensure that these specifications were
made clear by law.
D. Positive role of government:
i. Legal clarification:
Clarification of the legal framework
regarding Mobile ID was key to
ensuring the successful launch of
the solution. By establishing legal
justification for the competitive
“Circle of Trust” between the
operators, and by adjusting
the legislation to allow mobile
operators to act as issuers of strong
identification on the basis of their
strong Know-Your-Customer (KYC)
processes, the Finnish government
paved the way for Mobile ID.
ii. Unifying role played by FiCom:
The Finnish Federation
for Communications and
Teleinformatics (FiCom), Finland’s
national telecoms representative
body, played a crucial role in
bringing the mobile operators
together to speak with one, unified
voice with the Finnish Government
and other key industry stakeholders
during the establishment of Mobile
ID. Through the work of FiCom,
the key legislative and technical
solutions embodied in the trust
agreement were defined among the
operators in order to launch a fully
interoperable service.
iii. Role of government in driving
service uptake:
Governments around the world are
beginning to recognise the positive
benefits of mobile identity for citizen
authentication and access to public
services. The Finnish Government
is developing plans to make all
public services fully available
online by 2015. By encouraging
migration to e-services which require
strong authentication solutions,
the Government will help to drive
uptake by consumers who recognise
the value in being able to access
services – for activities as diverse as
accessing private health or housing
records, bidding for housing,
receiving benefits, filing taxes – all
from their mobile phone.