Telecom Regulatory Authority of India (TRAI) Consultation Paper Summary:
Document Title: Regulation on Rating Framework for Digital Connectivity in Buildings or Areas12
Date and Location: 27th September 2023, New Delhi, India3
Key Points:
Authority’s Role: TRAI, established under the TRAI Act 1997, is responsible for regulating telecommunication services, adjudicating disputes, and ensuring the orderly growth of the telecom sector5.
Quality of Service (QoS): TRAI is mandated to ensure and standardize the quality of telecommunication services to protect consumer interests4.
Digital Connectivity: The quality of telecom services inside buildings is crucial for consumer protection6. TRAI has initiated a recommendation on “Rating of Buildings or Areas for Digital Connectivity” to address this7.
Demand Surge: The COVID-19 pandemic highlighted the critical role of digital connectivity, with a significant shift towards data consumption inside buildings8.
Wireless Internet Subscribers: As of March 2023, India has 847.31 million wireless internet subscribers compared to 33.94 million wired internet subscribers, emphasizing the reliance on wireless networks.
Coverage and Quality Issues: Despite the rollout of 4G and 5G networks, indoor digital connectivity remains a challenge, necessitating a new regulatory approach.
Legal and Regulatory Framework: TRAI has submitted recommendations for a legal framework to co-create Digital Connectivity Infrastructure (DCI) in buildings, proposing amendments to the Model Building Bye Laws and National Building Code of India.
Software Quality Assurance in the Telecom Industry - Whitepaper - HeadSpin.pdfMatthew Allen
Telecom operators are a vital source of communication facilitators across the world. Telecoms must include cutting-edge technologies and platforms to ensure that end-users receive
seamless service and outstanding customer experience. However, telecommunications are
now struggling to deliver an exceptional customer experience via their mobile and web applications and self-service platforms
BRIDGING THE GAP BETWEEN PHYSICAL AND DIGITAL REALITIES
The key role that connectivity plays in our personal and professional lives has never been more obvious than it is today. Thankfully, despite the sudden, dramatic changes in our behavior earlier this year, networks all around the world have proven to be highly resilient. At Ericsson, we’re committed to ensuring that the network platform continues to improve its ability to meet the full range of societal needs as well as supporting enterprises to stay competitive in the long term. We know that greater agility and speed will be essential.
This issue of our magazine includes several articles that explain Ericsson’s approach to future network development, including my annual technology trends article. The seven trends on this year’s list serve as a critical cornerstone in the development of a common Ericsson vision of what future networks will provide, and what sort of technology evolution will be required to get there.
ERIK EKUDDEN
Senior Vice President, Chief Technology Officer and Head of Group Function Technology
Web Real-Time Communication Market Analysis: Global Industry Trends and Forec...PriyanshiSingh187645
The web real-time communication sector is predicted to continue its upward trend between 2024 and 2032, growing at a compound annual growth rate (CAGR) of 32.30%. From its projected USD 1725.8 million in 2023 to USD 21430.34 million in 2032, the market will continue to grow.
The Indian telecom sector has grown exponentially since liberalization began in 1999. Total telephone subscribers have increased from 76 million in 2004 to over 764 million in 2010. However, rural teledensity remains low and broadband penetration needs to increase. The strategic plan aims to provide reliable, affordable connectivity anywhere through developing a strong telecom network with a focus on rural areas, promoting research and indigenous manufacturing, and creating a knowledge-based society through broadband proliferation. Key challenges include the need for policies around FDI, taxes, technology evolution and convergence, and spectrum availability and management to further boost growth.
The 10 Most Trusted Wireless Technology Service Providers, 2023.pdfInsightsSuccess4
This edition features a handful of business Wireless Technology Service Providers across several sectors that are at the forefront of leading us into a digital future.
Read More: https://insightssuccess.com/the-10-most-trusted-wireless-technology-service-providers-2023-december-2023/
Key IT and Digital Investment Areas Shaping the Industry.pdfDraup3
Telecom companies are increasingly reliant on IT and digital solutions to meet the growing demands of their customers and stay ahead of the competition. Read the report to learn about the key investment areas, telecommunication players, service providers, focus areas in various regions, and more.
This document provides recommendations for a Telecom Equipment Manufacturing Policy in India. It notes that telecom infrastructure is critical for socioeconomic development but India currently imports a major share of its telecom equipment. The document aims to develop a policy framework to promote domestic manufacturing in order to capture more of the economic benefits of telecom growth for India. It outlines the rapid growth India has experienced in telecom connections and estimates that connections will exceed 5 billion by 2020. This will drive significant investment in networks and require vast amounts of telecom equipment. The document recommends measures to promote both domestic manufacturing of full products and component manufacturing to make India more self-reliant in telecom infrastructure and capture more value locally from the country's telecom growth
The document provides details on the City & County of San Francisco's connectivity plan, including connecting city buildings, implementing a "dig once" policy, and expanding the #SFWiFi network. It outlines goals, timelines, budgets, and recommendations for each initiative over the next 5 years. The plan estimates connecting all eligible city buildings to the fiber network by 2020 at a cost of $2.4 million, deploying conduit through eligible "dig once" opportunities, and expanding free public WiFi access across the city.
Software Quality Assurance in the Telecom Industry - Whitepaper - HeadSpin.pdfMatthew Allen
Telecom operators are a vital source of communication facilitators across the world. Telecoms must include cutting-edge technologies and platforms to ensure that end-users receive
seamless service and outstanding customer experience. However, telecommunications are
now struggling to deliver an exceptional customer experience via their mobile and web applications and self-service platforms
BRIDGING THE GAP BETWEEN PHYSICAL AND DIGITAL REALITIES
The key role that connectivity plays in our personal and professional lives has never been more obvious than it is today. Thankfully, despite the sudden, dramatic changes in our behavior earlier this year, networks all around the world have proven to be highly resilient. At Ericsson, we’re committed to ensuring that the network platform continues to improve its ability to meet the full range of societal needs as well as supporting enterprises to stay competitive in the long term. We know that greater agility and speed will be essential.
This issue of our magazine includes several articles that explain Ericsson’s approach to future network development, including my annual technology trends article. The seven trends on this year’s list serve as a critical cornerstone in the development of a common Ericsson vision of what future networks will provide, and what sort of technology evolution will be required to get there.
ERIK EKUDDEN
Senior Vice President, Chief Technology Officer and Head of Group Function Technology
Web Real-Time Communication Market Analysis: Global Industry Trends and Forec...PriyanshiSingh187645
The web real-time communication sector is predicted to continue its upward trend between 2024 and 2032, growing at a compound annual growth rate (CAGR) of 32.30%. From its projected USD 1725.8 million in 2023 to USD 21430.34 million in 2032, the market will continue to grow.
The Indian telecom sector has grown exponentially since liberalization began in 1999. Total telephone subscribers have increased from 76 million in 2004 to over 764 million in 2010. However, rural teledensity remains low and broadband penetration needs to increase. The strategic plan aims to provide reliable, affordable connectivity anywhere through developing a strong telecom network with a focus on rural areas, promoting research and indigenous manufacturing, and creating a knowledge-based society through broadband proliferation. Key challenges include the need for policies around FDI, taxes, technology evolution and convergence, and spectrum availability and management to further boost growth.
The 10 Most Trusted Wireless Technology Service Providers, 2023.pdfInsightsSuccess4
This edition features a handful of business Wireless Technology Service Providers across several sectors that are at the forefront of leading us into a digital future.
Read More: https://insightssuccess.com/the-10-most-trusted-wireless-technology-service-providers-2023-december-2023/
Key IT and Digital Investment Areas Shaping the Industry.pdfDraup3
Telecom companies are increasingly reliant on IT and digital solutions to meet the growing demands of their customers and stay ahead of the competition. Read the report to learn about the key investment areas, telecommunication players, service providers, focus areas in various regions, and more.
This document provides recommendations for a Telecom Equipment Manufacturing Policy in India. It notes that telecom infrastructure is critical for socioeconomic development but India currently imports a major share of its telecom equipment. The document aims to develop a policy framework to promote domestic manufacturing in order to capture more of the economic benefits of telecom growth for India. It outlines the rapid growth India has experienced in telecom connections and estimates that connections will exceed 5 billion by 2020. This will drive significant investment in networks and require vast amounts of telecom equipment. The document recommends measures to promote both domestic manufacturing of full products and component manufacturing to make India more self-reliant in telecom infrastructure and capture more value locally from the country's telecom growth
The document provides details on the City & County of San Francisco's connectivity plan, including connecting city buildings, implementing a "dig once" policy, and expanding the #SFWiFi network. It outlines goals, timelines, budgets, and recommendations for each initiative over the next 5 years. The plan estimates connecting all eligible city buildings to the fiber network by 2020 at a cost of $2.4 million, deploying conduit through eligible "dig once" opportunities, and expanding free public WiFi access across the city.
About SIGFOX
SIGFOX is the first and only operator of a cellular network fully dedicated to low throughput communication for connected objects. Leveraging on its patented UNB technology SIGFOX brings a revolution to the M2M and Internet of Things world by enabling large-scale connection of objects. The network already connects tens of thousands of objects in France and international cities.
SIGFOX provides an end-to-end solution for your communication chain, from your objects through to your information system, with unprecedented pricing models and low energy consumption.
As a network operator SIGFOX operates fixed-location
transceivers enabling your objects to be connected “out of the box”. However contrary to the telecommunication networks, the SIGFOX transceivers and the entire SIGFOX connectivity solution has been developed, built and deployed to only serve the low throughput M2M and IoT applications. As an operated longrange network, SIGFOX provides connectivity without the need to deploy specific network infrastructures for each application.
Unlike other narrow band or white space solution providers we do not require our customers to invest in network equipment, the SIGFOX network is simply available to any object equipped with our certified connectivity solutions.
From an application point of view, the SIGFOX connectivity solution functions as follows:
• SIGFOX compatible modems are integrated within the physical objects by our certified partner network
• The objects instruct the modems to send messages whenever and wherever needed
• The transmitted data is picked up by the SIGFOX transceivers, and routed to our managed service
• The SIGFOX servers verify the data integrity and route the messages to the application’s IT system.
(...)
Sample use cases.
MAAF Assurances, one of the leading French insurance companies, anticipate the upcoming regulation that will impose by 2015 that each household be equipped with a smoke detector. The fire and/or intrusion alert service that will be using the SIGFOX network will enable MAAF insured customers to be warned directly through SMS, in case the intrusion or smoke detectors send alarms and allow MAAF and their customers to be alerted if there is an anomaly, such as low battery, with the
smoke detector.
Clear Channel Outdooroperates stations throughout France. In order to avoid constant manual inspection of the ad stations, a remote monitoring application has been deployed and the SIGFOX network is used to communicate status information from each ad station to the IT system.
For further info:
• contact@sigfox.com
• www.sigfox.com
The document discusses how to foster broadband internet development in Africa. It outlines that broadband infrastructure is key to digital transformation but connectivity in Africa currently lags. It recommends developing a digital policy that establishes an enabling regulatory framework, fosters infrastructure investment through incentives and fair competition, promotes affordability, utilizes cost-effective solutions, and boosts local content development.
The document discusses du's digital transformation journey towards becoming a software-defined network provider. It outlines du's plans to invest in next-generation technologies like 5G, IoT, AI and blockchain over the next five years to power new solutions and services for customers. Du recognizes that to keep up with rapidly changing technology and customer expectations, it needs to undergo an organizational digital transformation to operate with more agility. The whitepaper discusses the drivers of change pushing du's transformation, how it is aligning its infrastructure and capabilities with different customer groups, and the tools and changes needed across its organization, infrastructure, processes and workforce to complete its transition.
Wimax : The Quintessential Answer to Broadband in India, Protiviti 09Going Wimax
1. WiMAX is presented as the solution to providing affordable, widespread broadband access in India given the country's growing demand and inadequate existing infrastructure.
2. WiMAX offers higher data transfer capacity, lower costs due to a flat network architecture and globally harmonized spectrum, and greater spectral efficiency compared to other wireless technologies.
3. Adopting WiMAX in India could enable mass broadband proliferation, fulfilling both business and policy objectives like powering economic and social initiatives.
This paper examines the advantages of WiMAX among other wireless technology choices available today to espouse the mass proliferation of broadband throughout India and to meet BWA policy objectives. No other comparable technology to WiMAX is ready today to address problems encompassing broadband diffusion in the country, given its existing infrastructure as well as the needs of the masses.
CSPs generate vast amounts of data from customers, networks, devices, and applications. Analytics and machine learning play a key role in CSP digital transformation by analyzing this data to enhance customer experience, optimize networks, reduce costs and fraud, and enable new revenue streams. The top use cases for telecom analytics are customer experience optimization, IoT and digital services, network optimization, and operational analytics like cybersecurity and revenue assurance. As 5G networks are deployed, generating even more data, CSPs can use analytics to capitalize on new 5G opportunities and monetize their investments.
Presentation on digital technology project in india.Gupta Ravi
The document provides an overview of India's Digital India project which aims to transform India into a digitally empowered society. The key points are:
- Digital India was launched in 2015 with the goal of connecting rural areas to high-speed internet and improving digital literacy.
- It has 9 pillars including broadband infrastructure, universal mobile access, public internet access, e-governance, e-education, e-health, information for all, electronics manufacturing, and IT training.
- The program is managed by committees headed by the Prime Minister and Ministers to coordinate various government departments and initiatives.
- Some challenges include ensuring coordination between departments, improving infrastructure like broadband access, and addressing cybersecurity issues.
- Digital transformation requires high quality and affordable access to communication networks for all, which involves significantly upgrading infrastructure to address increasing demand from connected devices.
- Investing in fibre networks and mobile 5G is critical to support future technologies and the growing Internet of Things, with an estimated 20 billion connected devices by 2022.
- Promoting competition through infrastructure sharing, reducing barriers to investment, and addressing rural connectivity divides can encourage the investment needed to expand high-quality access.
The document provides an introduction to a masters project on information and communication technology (ICT) in the construction industry. It discusses the increasing use of ICT in construction projects due to factors like globalization and advances in technology. The literature review covers theoretical frameworks and applications of ICT like computers, computer-aided drafting, building information modeling, word processors and spreadsheets. It identifies challenges to ICT adoption in construction, including traditional work practices and lack of skills/understanding among contractors. The study aims to examine ICT usage and barriers faced by large construction contractors globally.
IoT - Technical Regulatory Aspects and Key Challenges Dr. Mazlan Abbas
MCMC envisages that this Technical Report becomes a reference for the stakeholders
in rolling out IoT applications and services
in Malaysia, especially start-up companies, universities and Makers community who
are less than familiar with such technical regulatory requirement. This Technical Report defines the requirement and procedures to achieve compliance to the technical regulatory requirements including Spectrum Requirement, Network Numbering and Assignment, Technical Standardisation, Roaming or Mobility Requirement, and Security and Data Privacy
in order to implement IoT applications and services in Malaysia.
The document discusses the future of connectivity and its implications. It predicts that by 2020, 50 billion devices will be connected globally through ubiquitous wireless connectivity. This will enable new services but also pose challenges around security, privacy, and managing personal identity online. Connectivity will also play a key role in addressing issues like sustainability and labor scarcity by enabling technologies like machine-to-machine communication and teleworking. However, the impact will depend on factors like how fast networks can expand to rural areas. The future may see a hybrid model where both independent network providers and brands delivering online services directly to consumers co-exist.
To meet the new connectivity requirements of the emerging IoT segment, 3GPP has taken evolutionary steps on both the network side and the device side. A single technology or solution cannot be ideal to all the different potential IoT applications, market situations and spectrum availability. As a result, the 3GPP standardizing several technologies, including Extended Coverage GSM (EC-GSM), LTE-M and NB-IoT.
LTE-M, NB-IoT and EC-GSM are all superior solutions to meet IoT requirements as a family of solutions, and can complement each other based on technology availability, use case requirements and deployment scenarios. The evolution for these technologies is shown in figure #5. Technical studies and normative work for the support of Machine Type Communication (MTC) as part of 3GPP LTE specifications for RAN began in 3GPP Release 12 and are continuing with the goals of developing features optimized for devices with MTC traffic.
New trends of IoT in 2018 and beyond (SJSU Conference ) Ahmed Banafa
The Internet of things (IoT) is growing rapidly and 2018 will be a fascinating year for the IoT industry. IoT technology continues to evolve at an incredibly rapid pace. Consumers and businesses alike are anticipating the next big innovation. They are all set to embrace the ground-breaking impact of the Internet of Things on our lives like ATMs that report crimes around them, forks that tell you if you are eating fast, or IP address for each organ of your body for doctors to connect and check
IRJET- Cloud Computing Adoption and its Impact in IndiaIRJET Journal
This document discusses cloud computing adoption and its impact in India. It begins with an introduction to cloud computing and how it provides on-demand access to computing resources over the Internet. It then discusses some of the key challenges to cloud adoption in India, such as data security and lack of internet connectivity in rural areas. However, it notes that cloud adoption is growing and forecasted to increase significantly by 2022 across various sectors in India like government, healthcare, education, and small and medium enterprises. The impacts of cloud computing discussed include increased mobility and collaboration, reduced costs, improved productivity, and environmental benefits from more efficient data centers. The document concludes that cloud computing frees companies from expensive infrastructure costs while providing opportunities for Indian markets.
Comparing the impact of decline in leased line prices in india and indonesia ...ACORN-REDECOM
This document analyzes the impact of declining leased line prices in India and Indonesia and provides lessons for Latin America. It finds that while leased line prices declined significantly in both countries, the impact was more substantial in India due to earlier and more comprehensive pro-competitive reforms. In Indonesia, the telecommunications sector remains dominated by the incumbent operator despite reforms, limiting competition and the potential economic benefits. The document compares the experiences of both countries and regulatory frameworks to understand what drove different outcomes and lessons that can be learned.
Comparing the impact of decline in leased line prices in india and indonesia ...ACORN-REDECOM
Telecommunications provide access and backbone services which affect efficiency and growth across a wide range of
industries. The quality and price of such key services shape overall economic performance, as they affect the capacity of
businesses to compete in foreign and domestic markets. Reflecting the rapid pace of innovation in information and
communications technologies (ICT), competitive market forces are becoming increasingly important in the provision of
telecommunication and networking services, definitely moving the sector away from the ‗‗natural monopoly‘‘ market model
(World Bank, 2002). International evidence suggests that market openness in telecommunications services and the quality of
the regulatory regime are drivers of ICT sector development (OECD, 2000). This study attempts to assess the impact of
decline of leased line prices in Indonesia. It tries to capture this impact through qualitative as well as quantitative impacts.
Since the decline in prices occurred recently,1 the period post the decline is not large enough to do a meaningful time series
analysis. However, qualitative assessment is made and the impact is compared with India, where decline in leased line prices
led to substantial benefits to user industries. Of particular significance is the trigger to the price decline in Indonesia. The
process was set in motion by a presentation of research results by LIRNEasia in Jakarta in October 2005 and culminated with
the incumbent operator PT Telkom and others reporting a 69-83 per cent reduction in leased line prices in April 20082.
Annex I provides a chronology of the sequence and section 4 in the paper draws interesting comparisons with a similar
process in India.
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.
Performance Analysis of Resource Allocation in 5G & Beyond 5G using AIIRJET Journal
This document presents a study on using artificial intelligence to optimize resource allocation in 5G and beyond 5G cellular networks. It discusses the increasing demand for network resources due to more connected devices and applications. A dynamic nested neural network model is developed that can adjust its structure online to meet the changing resource allocation needs. An AI-driven algorithm called ADRA is used that combines the neural network with a Markov decision process to train a model for dynamic resource allocation in modern cellular networks. The algorithm is found to improve the average resource hit rate and reduce average delay time compared to other methods.
AtliQo is one of the leading telecom providers in India and launched it’s 5G plans in May 2022 along with other telecom providers.
However, the management noticed a decline in their active users and revenue growth post 5G launch in May 2022. Atliqo’s business director requested their analytics team to provide a comparison report of KPIs between pre and post-periods of the 5G launch. The management is keen to compare the performance between these periods and get insights which would enable them to make informed decisions to recover their active user rate and other key metrics. They also wonder if they can optimize their internet plans to get more active users. Peter Pandey, a junior data analyst is assigned to this task.
V-Connect provides communication platforms and services to help businesses optimize costs and maximize revenue. The document discusses V-Connect's SMS and CPaaS offerings, including its SMS platform architecture, data security practices, and tools to measure return on investment. It also outlines V-Connect's voice, IVR and outbound dialing services and how they can enhance customer engagement while reducing business costs.
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About SIGFOX
SIGFOX is the first and only operator of a cellular network fully dedicated to low throughput communication for connected objects. Leveraging on its patented UNB technology SIGFOX brings a revolution to the M2M and Internet of Things world by enabling large-scale connection of objects. The network already connects tens of thousands of objects in France and international cities.
SIGFOX provides an end-to-end solution for your communication chain, from your objects through to your information system, with unprecedented pricing models and low energy consumption.
As a network operator SIGFOX operates fixed-location
transceivers enabling your objects to be connected “out of the box”. However contrary to the telecommunication networks, the SIGFOX transceivers and the entire SIGFOX connectivity solution has been developed, built and deployed to only serve the low throughput M2M and IoT applications. As an operated longrange network, SIGFOX provides connectivity without the need to deploy specific network infrastructures for each application.
Unlike other narrow band or white space solution providers we do not require our customers to invest in network equipment, the SIGFOX network is simply available to any object equipped with our certified connectivity solutions.
From an application point of view, the SIGFOX connectivity solution functions as follows:
• SIGFOX compatible modems are integrated within the physical objects by our certified partner network
• The objects instruct the modems to send messages whenever and wherever needed
• The transmitted data is picked up by the SIGFOX transceivers, and routed to our managed service
• The SIGFOX servers verify the data integrity and route the messages to the application’s IT system.
(...)
Sample use cases.
MAAF Assurances, one of the leading French insurance companies, anticipate the upcoming regulation that will impose by 2015 that each household be equipped with a smoke detector. The fire and/or intrusion alert service that will be using the SIGFOX network will enable MAAF insured customers to be warned directly through SMS, in case the intrusion or smoke detectors send alarms and allow MAAF and their customers to be alerted if there is an anomaly, such as low battery, with the
smoke detector.
Clear Channel Outdooroperates stations throughout France. In order to avoid constant manual inspection of the ad stations, a remote monitoring application has been deployed and the SIGFOX network is used to communicate status information from each ad station to the IT system.
For further info:
• contact@sigfox.com
• www.sigfox.com
The document discusses how to foster broadband internet development in Africa. It outlines that broadband infrastructure is key to digital transformation but connectivity in Africa currently lags. It recommends developing a digital policy that establishes an enabling regulatory framework, fosters infrastructure investment through incentives and fair competition, promotes affordability, utilizes cost-effective solutions, and boosts local content development.
The document discusses du's digital transformation journey towards becoming a software-defined network provider. It outlines du's plans to invest in next-generation technologies like 5G, IoT, AI and blockchain over the next five years to power new solutions and services for customers. Du recognizes that to keep up with rapidly changing technology and customer expectations, it needs to undergo an organizational digital transformation to operate with more agility. The whitepaper discusses the drivers of change pushing du's transformation, how it is aligning its infrastructure and capabilities with different customer groups, and the tools and changes needed across its organization, infrastructure, processes and workforce to complete its transition.
Wimax : The Quintessential Answer to Broadband in India, Protiviti 09Going Wimax
1. WiMAX is presented as the solution to providing affordable, widespread broadband access in India given the country's growing demand and inadequate existing infrastructure.
2. WiMAX offers higher data transfer capacity, lower costs due to a flat network architecture and globally harmonized spectrum, and greater spectral efficiency compared to other wireless technologies.
3. Adopting WiMAX in India could enable mass broadband proliferation, fulfilling both business and policy objectives like powering economic and social initiatives.
This paper examines the advantages of WiMAX among other wireless technology choices available today to espouse the mass proliferation of broadband throughout India and to meet BWA policy objectives. No other comparable technology to WiMAX is ready today to address problems encompassing broadband diffusion in the country, given its existing infrastructure as well as the needs of the masses.
CSPs generate vast amounts of data from customers, networks, devices, and applications. Analytics and machine learning play a key role in CSP digital transformation by analyzing this data to enhance customer experience, optimize networks, reduce costs and fraud, and enable new revenue streams. The top use cases for telecom analytics are customer experience optimization, IoT and digital services, network optimization, and operational analytics like cybersecurity and revenue assurance. As 5G networks are deployed, generating even more data, CSPs can use analytics to capitalize on new 5G opportunities and monetize their investments.
Presentation on digital technology project in india.Gupta Ravi
The document provides an overview of India's Digital India project which aims to transform India into a digitally empowered society. The key points are:
- Digital India was launched in 2015 with the goal of connecting rural areas to high-speed internet and improving digital literacy.
- It has 9 pillars including broadband infrastructure, universal mobile access, public internet access, e-governance, e-education, e-health, information for all, electronics manufacturing, and IT training.
- The program is managed by committees headed by the Prime Minister and Ministers to coordinate various government departments and initiatives.
- Some challenges include ensuring coordination between departments, improving infrastructure like broadband access, and addressing cybersecurity issues.
- Digital transformation requires high quality and affordable access to communication networks for all, which involves significantly upgrading infrastructure to address increasing demand from connected devices.
- Investing in fibre networks and mobile 5G is critical to support future technologies and the growing Internet of Things, with an estimated 20 billion connected devices by 2022.
- Promoting competition through infrastructure sharing, reducing barriers to investment, and addressing rural connectivity divides can encourage the investment needed to expand high-quality access.
The document provides an introduction to a masters project on information and communication technology (ICT) in the construction industry. It discusses the increasing use of ICT in construction projects due to factors like globalization and advances in technology. The literature review covers theoretical frameworks and applications of ICT like computers, computer-aided drafting, building information modeling, word processors and spreadsheets. It identifies challenges to ICT adoption in construction, including traditional work practices and lack of skills/understanding among contractors. The study aims to examine ICT usage and barriers faced by large construction contractors globally.
IoT - Technical Regulatory Aspects and Key Challenges Dr. Mazlan Abbas
MCMC envisages that this Technical Report becomes a reference for the stakeholders
in rolling out IoT applications and services
in Malaysia, especially start-up companies, universities and Makers community who
are less than familiar with such technical regulatory requirement. This Technical Report defines the requirement and procedures to achieve compliance to the technical regulatory requirements including Spectrum Requirement, Network Numbering and Assignment, Technical Standardisation, Roaming or Mobility Requirement, and Security and Data Privacy
in order to implement IoT applications and services in Malaysia.
The document discusses the future of connectivity and its implications. It predicts that by 2020, 50 billion devices will be connected globally through ubiquitous wireless connectivity. This will enable new services but also pose challenges around security, privacy, and managing personal identity online. Connectivity will also play a key role in addressing issues like sustainability and labor scarcity by enabling technologies like machine-to-machine communication and teleworking. However, the impact will depend on factors like how fast networks can expand to rural areas. The future may see a hybrid model where both independent network providers and brands delivering online services directly to consumers co-exist.
To meet the new connectivity requirements of the emerging IoT segment, 3GPP has taken evolutionary steps on both the network side and the device side. A single technology or solution cannot be ideal to all the different potential IoT applications, market situations and spectrum availability. As a result, the 3GPP standardizing several technologies, including Extended Coverage GSM (EC-GSM), LTE-M and NB-IoT.
LTE-M, NB-IoT and EC-GSM are all superior solutions to meet IoT requirements as a family of solutions, and can complement each other based on technology availability, use case requirements and deployment scenarios. The evolution for these technologies is shown in figure #5. Technical studies and normative work for the support of Machine Type Communication (MTC) as part of 3GPP LTE specifications for RAN began in 3GPP Release 12 and are continuing with the goals of developing features optimized for devices with MTC traffic.
New trends of IoT in 2018 and beyond (SJSU Conference ) Ahmed Banafa
The Internet of things (IoT) is growing rapidly and 2018 will be a fascinating year for the IoT industry. IoT technology continues to evolve at an incredibly rapid pace. Consumers and businesses alike are anticipating the next big innovation. They are all set to embrace the ground-breaking impact of the Internet of Things on our lives like ATMs that report crimes around them, forks that tell you if you are eating fast, or IP address for each organ of your body for doctors to connect and check
IRJET- Cloud Computing Adoption and its Impact in IndiaIRJET Journal
This document discusses cloud computing adoption and its impact in India. It begins with an introduction to cloud computing and how it provides on-demand access to computing resources over the Internet. It then discusses some of the key challenges to cloud adoption in India, such as data security and lack of internet connectivity in rural areas. However, it notes that cloud adoption is growing and forecasted to increase significantly by 2022 across various sectors in India like government, healthcare, education, and small and medium enterprises. The impacts of cloud computing discussed include increased mobility and collaboration, reduced costs, improved productivity, and environmental benefits from more efficient data centers. The document concludes that cloud computing frees companies from expensive infrastructure costs while providing opportunities for Indian markets.
Comparing the impact of decline in leased line prices in india and indonesia ...ACORN-REDECOM
This document analyzes the impact of declining leased line prices in India and Indonesia and provides lessons for Latin America. It finds that while leased line prices declined significantly in both countries, the impact was more substantial in India due to earlier and more comprehensive pro-competitive reforms. In Indonesia, the telecommunications sector remains dominated by the incumbent operator despite reforms, limiting competition and the potential economic benefits. The document compares the experiences of both countries and regulatory frameworks to understand what drove different outcomes and lessons that can be learned.
Comparing the impact of decline in leased line prices in india and indonesia ...ACORN-REDECOM
Telecommunications provide access and backbone services which affect efficiency and growth across a wide range of
industries. The quality and price of such key services shape overall economic performance, as they affect the capacity of
businesses to compete in foreign and domestic markets. Reflecting the rapid pace of innovation in information and
communications technologies (ICT), competitive market forces are becoming increasingly important in the provision of
telecommunication and networking services, definitely moving the sector away from the ‗‗natural monopoly‘‘ market model
(World Bank, 2002). International evidence suggests that market openness in telecommunications services and the quality of
the regulatory regime are drivers of ICT sector development (OECD, 2000). This study attempts to assess the impact of
decline of leased line prices in Indonesia. It tries to capture this impact through qualitative as well as quantitative impacts.
Since the decline in prices occurred recently,1 the period post the decline is not large enough to do a meaningful time series
analysis. However, qualitative assessment is made and the impact is compared with India, where decline in leased line prices
led to substantial benefits to user industries. Of particular significance is the trigger to the price decline in Indonesia. The
process was set in motion by a presentation of research results by LIRNEasia in Jakarta in October 2005 and culminated with
the incumbent operator PT Telkom and others reporting a 69-83 per cent reduction in leased line prices in April 20082.
Annex I provides a chronology of the sequence and section 4 in the paper draws interesting comparisons with a similar
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Rating Framework for Digital Connectivity.pptx
1. Consultation Paper on “Regulation on
Rating Framework for Digital
Connectivity in Buildings or Area”
2. Regulation on Rating
Framework for Digital
Connectivity in Buildings or
Areas
The Authority has recognized the crucial importance of digital
connectivity in modern life, and the need to ensure good quality telecom
network coverage and connectivity inside buildings. To address this
issue, TRAI has submitted recommendations to the government on
"Rating of Buildings or Areas for Digital Connectivity" aimed at creating
an ecosystem for co-creation of Digital Connectivity Infrastructure (DCI)
as part of any development activity.
3. Background
1 TRAI Act 1997
The preamble of the TRAI Act 1997 states that it is "An Act to provide
for the establishment of the Telecom Regulatory Authority of India and
the Telecom Disputes Settlement and Appellate Tribunal to regulate the
telecommunication services, adjudicate disputes, dispose of appeals
and to protect the interests of service providers and consumers of the
telecom sector, to promote and ensure orderly growth of the telecom
sector and for matters connected therewith or incidental thereto."
2 Quality of Service Mandate
Sub-clause (v) of Clause (b) of Sub-section (1) of Section 11 of the
TRAI Act 1997 entrusts TRAI the responsibility to ensure quality of
service to protect the interests of consumers of telecommunication
services. The same Sub-clause also mandates TRAI to lay-down
standards for quality of services.
3 Recommendations on Rating of Buildings
TRAI has already taken various initiatives, including the
Recommendation dated 20th February 2023 on "Rating of Buildings or
Areas for Digital Connectivity," which provides for the introduction of a
Rating of Buildings framework to ensure good digital connectivity
experience for consumers.
4. Importance of Digital Connectivity
1 Integral Part of Life
Digital connectivity has become an
integral part of personal, professional,
and social life, revolutionizing various
sectors, including economy, innovation,
science, education, health, sustainability,
governance, and lifestyle.
2 Increased Demand
The demand for digital connectivity has
increased many folds in recent years, with
a surge witnessed during the COVID-19
pandemic across all segments of users,
irrespective of their locations.
3 New Normal
The dependency on digital connectivity
for performing various day-to-day tasks
has increased significantly after the
pandemic, becoming a new normal of life,
which is expected to continue and grow
further.
4 Essential Requirement
Good digital connectivity has become an
essential requirement for everyone
nowadays, with India leading the world in
the volume of data consumption at
affordable prices.
5. Indoor Connectivity Challenges
Shift in Data Consumption
The proportion of data
consumed inside buildings
and outside is shifting
significantly towards
consumption of data inside
the buildings, highlighting the
need for robust and good
quality telecom network
coverage/connectivity in
indoor areas.
Work from
Home/Anywhere
With Work from Home
(WFH) or Work from
Anywhere (WFA) becoming
the new norm, the need for
ubiquitous and good quality
of digital connectivity inside
buildings has gained
considerable momentum in
recent times.
Wireless Network
Dependency
In India, there are 847.31
million wireless internet
subscribers (as of March
2023) against 33.94 million
internet subscribers having
wired connectivity in their
homes or offices, indicating a
majority of the population's
dependency on wireless
networks to access the
internet.
6. Regulatory Approach
Recommendations
Despite the
significant roll-out of
the 4G (LTE) network
and recent expansion
of 5G network,
availability of more
spectrum bands, the
coverage and quality
of digital connectivity
inside buildings
remain a major issue,
requiring a new
regulatory approach.
Legal and Regulatory
Trigger
To provide a legal
and regulatory
trigger for
addressing the issue
of accessibility and
quality of digital
connectivity inside
buildings, TRAI has
submitted
recommendations to
the Government on
"Rating of Buildings
or Areas for Digital
Connectivity" on
20th February 2023.
Co-creation of Digital
Connectivity
Infrastructure
The recommendations
aim to create an
ecosystem for co-
creation of Digital
Connectivity
Infrastructure (DCI) as
a part of any
development activity,
be it a Building or an
Area, and provide a
legal backing for co-
creation of DCI in
Buildings or Areas.
National Building
Code
To enable legal
enforcement, the
requirement for DCI
has also been
recommended to be
included in the
National Building
Code of India (NBC)
in these
recommendations.
7. Rating of Buildings Framework
Rating System
TRAI has recommended the
concept of 'Rating of Buildings'
from the perspective of digital
connectivity, which would
create a competitive
environment among Property
Managers to provide the best
quality of digital connectivity in
their Buildings.
Positive Externalities
The positive externalities of
rating may impact the
commercial decision of buyers
and prospective tenants,
nudging Property Managers to
implement solutions for
seamless digital connectivity
in Buildings.
Regulatory Framework
TRAI will come up with an
appropriate regulatory
framework for Rating of
Buildings, which will also
include the issue of Rating
certification, without the need
to create a separate authority
for this purpose.
8. Consultation Paper
Purpose To deliberate further on the framework for
rating of buildings for digital connectivity and
associated regulations.
Objective To ensure consumer satisfaction on true
digital connectivity experience by
implementing the envisaged framework.
Scope Covers the regulatory framework, processes,
and certification for Rating of Buildings based
on digital connectivity.
Stakeholders Telecom service providers, property
managers, building owners, consumers, and
regulatory authorities.
9. Way Forward
Collaborative Approach
Encourage collaboration among
stakeholders, including telecom service
providers, property managers, building
owners, and regulatory authorities, to
ensure the successful implementation of the
Rating of Buildings framework.
Consumer Awareness
Raise consumer awareness about the
importance of digital connectivity and the
benefits of the Rating of Buildings
framework, empowering them to make
informed decisions.
Continuous Improvement
Continuously monitor and evaluate the
effectiveness of the framework, and make
necessary adjustments to address
emerging challenges and incorporate
technological advancements.
Sustainable Growth
Promote sustainable growth of the telecom
sector by fostering innovation, encouraging
investment, and ensuring a level playing
field for all stakeholders.
11. The Need for a Rating Framework
1 Shifting Data Consumption
The proportion of data consumed
inside buildings is shifting
significantly towards indoor
consumption. With Work from Home
(WFH) or Work from Anywhere
(WFA) becoming the new norm, the
need for ubiquitous and good quality
digital connectivity inside buildings
has gained considerable
momentum.
2 Wireless Network
Dependence
In India, there are 847.31 million
wireless internet subscribers (as of
March 2023) against 33.94 million
internet subscribers having wired
connectivity. Thus, the majority of
the population is dependent on
wireless networks to access the
internet.
3 Indoor Coverage Issues
Despite significant roll-out of 4G (LTE) and 5G networks, and the availability of more
spectrum bands, the coverage and quality of digital connectivity inside buildings
remain a major issue that requires a new regulatory approach.
12. Need for Rating Framework for Digital
Connectivity in Buildings or Areas
1
Market Forces and Quality Improvement
Telecom Service Providers benefit from higher network usage.
2
Regular Expansion and Upgradation
Constant infrastructure expansion to meet increasing demand.
3
Evolution of Network Technologies
New tech offers opportunities for digital
connectivity infrastructure.
4
Ecosystem Development
Bringing new entities and tools to expedite
infrastructure roll-out.
The demand for improving quality of digital connectivity inside buildings requires an ecosystem
supporting expansion, upgradation, and collaboration among stakeholders. TRAI's research highlights
the alignment of interests and findings, emphasizing the necessity for a forward pathway in resolving
emerging issues related to inadequate coverage and connectivity within buildings.
13. Evolution of Digital Connectivity
1 Initial Infrastructure
Good digital connectivity requires regular expansion and upgradation of existing infrastructure
to meet increasing demand and adopt evolving technologies. Issues related to creating DCI
need to be addressed throughout a building's lifecycle.
2 Technological Advancements
The evolution of network technologies like 5G and Open Radio Access Networks (O-RAN)
offers new opportunities for players involved in creating DCI. This may redefine their roles and
facilitate collaboration.
3 Ecosystem Development
There is a need to develop an ecosystem where new entities, tools, and marketplaces can
come together to speed up the rollout of DCI and facilitate capacity augmentation as needed.
14. Challenges and Studies
1 Misaligned Interests
TRAI studies have
found that the interests
of different stakeholders
are not aligned,
hindering improvements
in the quality of digital
connectivity inside
buildings.
2 Quality of Experience
TRAI has published
reports and
monographs
highlighting the need to
address inadequate
coverage and quality of
experience in buildings,
leading to the
recommendation for a
rating framework.
3 Collaboration
Challenges
Telecom service
providers require
access, space, and
electrical power inside
buildings, necessitating
collaboration and
cooperation with
property managers and
other stakeholders.
15. Recommendations for Rating Framework
Mandatory Rating
The recommendations suggest
making rating of buildings for
digital connectivity mandatory for
all existing and new buildings of
public importance within two
years of the regulatory framework
or obtaining an occupancy
certificate.
This includes airports, ports, railway
stations, government buildings,
industrial estates, commercial
complexes, educational institutes,
hospitals, and others as decided by
the government.
Voluntary Rating
For buildings other than those
mandated, the property
manager may get their
buildings rated for digital
connectivity on a voluntary
basis.
Legal Enablement
To provide legal enablement,
TRAI has recommended a draft
chapter for 'Model Building Bye
Laws' titled "Digital Connectivity
Infrastructure in the Buildings" to
be included in the National
Building Code of India.
16. Benefits of Rating Framework
Benefits to End Users
The rating framework will
empower end users to make
informed choices and demand
good quality digital
connectivity, putting pressure
on builders and property
managers to maintain high
standards.
Benefits to Service
Providers
Flexible business models and
collaborative approaches will
improve the business case for
service providers, as the rating
will drive demand for better
user experience and digital
infrastructure.
Benefits to the
Ecosystem
The rating framework will
create opportunities for skilled
agencies, startups, and
entrepreneurs to offer services
like designing, implementing,
and evaluating in-building
solutions.
17. Benefits of Rating Framework
Consumer Satisfaction
The rating framework will help
ensure that consumers have
access to reliable and high-
quality digital connectivity,
improving their overall
experience and satisfaction.
Competitive Advantage
Buildings with higher ratings
for digital connectivity will
have a competitive advantage
in attracting tenants and
residents, as good
connectivity has become an
essential requirement.
Promoting Innovation
The framework will encourage
property managers and
developers to adopt innovative
solutions and technologies to
improve digital connectivity,
driving innovation in the
industry.
18. Empowering Consumers through Ratings
Informed Choices
The rating system will enable
consumers, whether they are
buyers, tenants, or visitors, to
make informed decisions
about the digital infrastructure
available in a building. This
transparency will put pressure
on property managers to
prioritize and maintain high-
quality digital connectivity to
attract and retain occupants.
Addressing Coverage
Gaps
The rating framework will also
shine a light on areas with
poor digital connectivity, such
as subways, tunnels, and
highways, prompting the
community and authorities to
take action to improve
coverage and quality.
Empowering
Consumers
By making the ratings publicly
available, the framework will
empower consumers to
demand better digital
infrastructure, aligning the
interests of property
managers, telecom service
providers, and end-users.
19. Incentivizing Property Managers
Competitive Advantage
The rating system will create a competitive
environment among property managers, as
the digital connectivity rating of a building can
impact its commercial appeal and
attractiveness to prospective buyers or
tenants.
Collaborative Approach
The framework will encourage property
managers to work closely with telecom service
providers and digital connectivity infrastructure
providers to co-design, co-create, and co-build
the necessary infrastructure, ensuring seamless
digital connectivity for occupants.
Regulatory Enablement
The proposed regulations will provide the legal
and regulatory backing for property managers to
prioritize digital connectivity as an essential
component of building development, similar to
other utilities like water and electricity.
Capacity Building
The framework will also facilitate the
development of an ecosystem of skilled
professionals and agencies capable of
designing, implementing, and evaluating digital
connectivity infrastructure within buildings.
20. Fostering a Collaborative Ecosystem
1 New Entities
The regulatory framework will identify and enable the participation of
new entities, such as Digital Connectivity Infrastructure Providers
(DCIPs), to play an active role in the deployment and maintenance
of digital infrastructure within buildings.
2 Evolving Technologies
The framework will leverage advancements in technologies like 5G
and Open Radio Access Networks (O-RAN) to redefine the roles
and responsibilities of various stakeholders, facilitating a more
collaborative and efficient approach to digital connectivity
infrastructure development.
3 Streamlined Processes
The rating system will help identify and remove obstacles that hinder
the smooth functioning of the market, ensuring a level playing field
and enabling all stakeholders to contribute towards the common
goal of providing seamless digital connectivity.
21. Towards a Digitally Connected Future
Mandatory
Ratings
The recommendations
propose making the
rating of buildings for
digital connectivity
mandatory for all
existing and new
buildings of public
importance, as well as
for all new buildings,
with exceptions as
decided by the Ministry
of Housing and Urban
Affairs.
Timely
Implementation
Property managers
will be required to
get their buildings
rated for digital
connectivity within
two years of
obtaining the
occupancy
certificate, once the
regulatory
framework is in
place.
Comprehensive
Framework
The regulatory
framework will
address various
aspects, including
the empanelment of
rating agencies,
roles and
responsibilities,
dispute resolution,
and awareness
campaigns to ensure
the successful
implementation of
the rating system.
Broader Impact
The rating
framework will not
only benefit
individual buildings
but also contribute to
the overall digital
readiness and
competitiveness of
cities, towns, and
states, attracting
investments and
improving the
standard of living.
22. Need for a Uniform Framework
Consistency
Without a prescribed framework,
different entities involved in rating
might adopt varying mechanisms and
procedures, leading to non-uniformity
in the assessment of digital
connectivity for the same building.
User Expectations
Different types of buildings have
varying requirements for digital
connectivity based on the needs and
profiles of end users. A proper
framework is necessary to ensure that
ratings reflect true user expectations.
Stakeholder Acceptance
A rating framework is necessary for its acceptance by all stakeholders, including
developers and end users. It will promote the development of DCI on a larger scale
and facilitate improving the digital readiness of cities, towns, villages, and states.
23. Global Example: WiredScore Certification
WiredScore certification is an independent digital connectivity benchmark that provides
landlords and managers with insights to enhance their building's digital infrastructure. It
operates in multiple countries and regions, including the USA, Canada, Australia, Europe,
and the Middle East, providing certification for homes, offices, and mixed-use
neighborhoods, both developed and under-development.
24. Other Global and Local Rating Frameworks
Global Frameworks
• LEED (Leadership in Energy and
Environmental Design)
• BREEAM (Building Research Establishment
Environmental Assessment Method)
• Green Star (Australian Green Building
Rating System)
These frameworks assess buildings based on
various sustainability and environmental
criteria, including energy efficiency, water
conservation, and indoor environmental quality.
Local Frameworks
• GRIHA (Green Rating for Integrated
Habitat Assessment)
• IGBC (Indian Green Building Council)
Rating Systems
• ECBC (Energy Conservation Building Code)
These frameworks are specific to India and
focus on promoting sustainable and energy-
efficient building practices, taking into account
the local climate and construction methods.
25. Regulatory Framework Development
Empanelment of
Rating Agencies
TRAI will consider
the empanelment
and accreditation of
various rating
agencies,
considering the
large volume and
different classes of
buildings to be
rated.
Digital Platform
A digital platform or
portal will be created
to enable property
managers to get
their buildings rated.
Monitoring and
Awareness
Mechanisms for
monitoring the
progress of building
ratings, awareness
campaigns, and
settlement of
disputes and
appeals will be
established.
Rating Framework
and KPIs
TRAI will finalize the
rating framework,
including Key
Performance
Indicators (KPIs),
through a separate
consultation
process, considering
inputs from
stakeholders.
26. Proposed Rating Framework for Digital
Connectivity
Building Assessment
The rating framework will
involve a comprehensive
assessment of the
building's digital
connectivity infrastructure,
including the availability of
various network
technologies, coverage,
and quality of service.
Rating Criteria
Specific rating criteria will
be established, taking into
account factors such as
network coverage, data
speeds, latency, reliability,
and user experience.
These criteria will be
based on industry
standards and best
practices.
Rating Scale
A rating scale will be
developed to assign a
rating to buildings based on
their digital connectivity
performance. This rating
will be displayed
prominently, allowing
consumers and tenants to
make informed decisions.
Certification and
Compliance
The framework will include
provisions for certification
and compliance
monitoring to ensure that
buildings maintain their
rated digital connectivity
standards over time.
27. Moving Forward with Digital Connectivity
Regulatory Support
The rating framework for digital
connectivity in buildings will provide
regulatory support and guidance to
ensure that buildings meet the growing
demand for reliable and high-quality
digital connectivity.
Collaborative Approach
The framework will foster collaboration
among various stakeholders, including
telecom service providers, property
managers, consumer groups, and
government agencies, to create a
sustainable ecosystem for digital
connectivity.
Consumer Empowerment
By providing transparent and easily
understandable ratings, the framework
will empower consumers to make
informed decisions about their digital
connectivity needs and choose buildings
that meet their expectations.
Future-Proofing
The rating framework will encourage the
adoption of future-proof technologies
and solutions, ensuring that buildings
remain relevant and competitive in the
rapidly evolving digital landscape.
29. Key Stakeholders in the Rating Framework
1 Government Authorities
The government has taken steps to promote the sharing of in-building
telecom infrastructure and make it mandatory in commercial, residential,
and office spaces. Agencies like the Bureau of Indian Standards (BIS)
have also framed standards for Common Telecom Infrastructure (CTI),
referred to as Digital Connectivity Infrastructure (DCI).
2 TRAI as a Regulator
TRAI, as the telecom regulator, is responsible for ensuring quality of
service and protecting consumer interests. TRAI will implement an IT
platform-based rating framework and provide policy and compliance
roadmap through suitable checks and balances, including third-party
audits.
3 Digital Connectivity Rating Agency (DCRA)
The DCRA will be responsible for evaluating the digital
connectivity of buildings and areas. These agencies will require
specialized expertise in telecom, wireless, and wireline domains,
as well as architectural design, to assess the DCI and provide
ratings.
30. Role of Property Managers
Responsible for Building Operations
The term "Property Manager" refers to the
person responsible for overseeing and
managing the operation and maintenance
of a particular property, building, premises,
or area. This includes property owners,
Resident Welfare Association (RWA)
heads, maintenance agency heads, and
government-designated officials.
Availing Rating Services
The eligible Property Manager shall
avail the services of empaneled Rating
Agencies through an online IT platform
for rating their buildings. They will also
be required to comply with the
requirements and terms and conditions
associated with the award of ratings.
Collaboration with Stakeholders
The Property Manager plays a crucial role in collaborating with Telecom Service Providers
(TSPs), Infrastructure Providers (IPs), and Digital Connectivity Infrastructure Providers
(DCIPs) to ensure the effective utilization of the DCI created in the building or area.
31. Role of Telecom Service Providers (TSPs)
Providing Seamless
Connectivity
TSPs are responsible for
providing seamless digital
connectivity to their consumers
with the expected level of
quality of experience (QoE).
Improving the quality of
connectivity is in the business
interest of TSPs, as it leads to
higher network usage and
revenue opportunities.
Collaboration with
Stakeholders
The availability of TSPs on the
rating platform will enable
effective coordination with the
stakeholders for the provision
of digital connectivity in
buildings to enhance indoor
quality of service and quality of
experience.
Business Opportunities
The rating framework will work
as a catalyst for encouraging
Property Managers to apply for
building ratings, as TSPs will
have a readily available
database of prospective
business opportunities in new
buildings or areas.
32. Role of Infrastructure Providers (IPs) and
Digital Connectivity Infrastructure
Providers (DCIPs)
Passive Infrastructure
IP-I providers create
towers and passive
infrastructure, which
they connect with
TSP's infrastructure,
enabling the sharing of
infrastructure and
paving the way for
independent tower
companies.
Expanded Scope
TRAI has recommended
expanding the scope of
IP-I registration to
include the establishment
and maintenance of
wireline access
networks, radio access
networks, and
transmission links,
excluding core network
elements.
Digital Connectivity
Infrastructure
Providers (DCIPs)
TRAI has also recommended
the introduction of a "Digital
Connectivity Infrastructure
Provider (DCIP)"
authorization under the
Unified License (UL) regime,
with a national-level service
area authorization.
34. WiredScore Certification
Resilience
Evaluates the robustness
and security of a
building's digital
infrastructure, including
backup fiber entry points
and protection against
damage or flooding.
Future Readiness
Assesses the flexibility
and capacity of the digital
infrastructure to adapt to
new technologies, such
as the transition from 4G
to 5G.
Mobile Connectivity
Examines mobile
coverage throughout the
property, including
basements and parking
areas, and 5G readiness.
35. SPIRE Smart Building Program
1 Health and Well-being
Evaluates the building's impact on
occupant health, comfort, and
productivity.
2 Sustainability and Energy
Assesses the building's energy
efficiency and environmental
sustainability.
3 Cybersecurity
Examines the building's digital security measures
and resilience against cyber threats.
36. Europe's Smart Readiness Indicator (SRI)
Energy Efficiency
The SRI rates a building's
ability to optimize energy
efficiency and overall
performance.
Occupant Adaptation
The SRI evaluates a
building's capability to
adapt its operation to the
needs of the occupants.
Grid Adaptation
The SRI assesses a
building's ability to adapt its
operation in response to
signals from the energy grid.
37. GRIHA: India's Green Building
Rating System
1 Pre-Construction
GRIHA evaluates factors like site selection, land use, and
preservation of natural features during the pre-construction stage.
2 Construction
During construction, GRIHA focuses on resource conservation,
efficiency, and provisions for occupant health and well-being.
3 Operation
In the building's operational stage, GRIHA assesses energy
consumption, waste management, and ongoing environmental
impact.
38. SEBI's Credit Rating Framework
Eligibility Criteria Continuous Monitoring Disclosure Requirements
- Minimum net worth of
₹25 crore - Specified
rating activity in
Memorandum of
Association -
Experienced personnel
- Continuous monitoring
of rated securities -
Prompt dissemination of
rating changes
- Public disclosure of
rating definitions and
rationale - Prohibition on
recommendations to buy,
hold or sell
39. Enabling Regulations for Digital
Connectivity Ratings
Mandatory Ratings
Certain buildings like
airports, government
offices, and high-rise
residences may
require mandatory
digital connectivity
ratings.
Nodal Officials
Designating nodal
officials can help
coordinate
stakeholders and
oversee the rating
process for
mandatory buildings.
Integrated Rating
Platform
A centralized digital
platform can
streamline the rating
process, enable
transparency, and
facilitate continuous
improvement.
41. Objective Assessment Methods
1 Key Performance Indicators
Objective methods rely on
quantifiable metrics like Key
Performance Indicators (KPIs),
which assess factors such as
infrastructure availability, network
performance, and service quality.
2 Measurable Criteria
Criteria for rating include compliance
with building laws, provision of
robust infrastructure, resilience,
future readiness, wired and wireless
connectivity, availability of service
providers, and user experience.
42. Subjective Assessment Methods
User Surveys
Subjective methods involve
gathering feedback from
end-users through surveys
to gauge their perceptions of
service quality and user
experience.
Balanced Approach
A holistic assessment
approach combines both
objective and subjective
methods, assigning
appropriate weightage to
ensure a balanced
evaluation.
1 2
43. Classification of Buildings for Assessment
Residential
Apartments, gated colonies,
and other residential buildings
have a predictable number of
users, but their paying
capacity and digital
connectivity requirements
may vary. Residential
consumers may not opt for
the same level of investment
in digital connectivity as
commercial establishments.
Public Areas
Airports, bus stations, railway
stations, hospitals, and
educational institutions have
dynamic user numbers at
different times and seasons.
The DCI in such places
should be agile enough to
cater to the dynamic user
traffic and ensure quality of
service during peak periods.
Commercial
Commercial office complexes,
shopping malls, industrial
estates, SEZs, and multi-
modal logistics parks have
specific digital connectivity
requirements based on the
needs of the businesses and
users. The rating
methodology and criteria will
need to account for these
diverse requirements.
44. Criteria for Rating of Digital Connectivity
1 Compliance to Model
Building Bye-Laws (MBBL)
The rating framework will assess the
building's compliance with the MBBL
requirements for digital connectivity,
including provisions for civil
infrastructure protection and power
infrastructure for reliable digital
connectivity.
2 Digital Connectivity
Infrastructure Resilience
The rating will evaluate the resilience of
the DCI, including measures for alternate
entry paths, non-flooding telecom
equipment rooms, and alternate power
paths to ensure the reliability of digital
connectivity.
3 Future Readiness of DCI
The rating will assess whether the
building's DCI can accommodate future
wireless and wireline technologies,
ensuring the infrastructure's ability to
meet evolving digital connectivity
requirements.
4 User Experience
The rating will consider both subjective
(user feedback) and objective (network
coverage, latency, and data rates)
assessments of the user experience to
ensure a holistic evaluation of the digital
connectivity quality.
45. Rating Eligibility and Award
Eligibility
Buildings with a built-up area
exceeding 5000 square
meters or as mandated by law
are eligible to apply for ratings.
Rating Award
Ratings are awarded
numerically or with star
ratings, accompanied by
certificates with terms and
conditions for use and validity.
Score Threshold
Ratings are awarded based on
digital connectivity scores
falling within specified ranges.
46. Rating Process Overview
1
Online Registration
Property Managers register on the
online portal and pay a one-time
registration fee. They gain access
to self-evaluation tools and
tutorials after registration.
2 Document Submission
Property Managers submit online
applications for rating or renewal
with supporting documents.
3
Due Diligence Stages
DCRA conducts offsite and onsite
due diligence, providing
comments and action points to
the Property Manager.
4 Final Evaluation
DCRA updates score summary
and observations in the rating
platform.
5
Rating Award
DCRA generates a digital rating
certificate for Property Managers
to download.
47. Rating Certificate and Compliance
Platinum The building meets exceptional standards for
the quality of its wired infrastructure, resilience,
and wireless network.
Gold The building has the connectivity capacity for
virtually any tenant and has a proven ability to
keep up with the digital demands of today's
users.
Silver The building contains business-critical
connectivity features.
The rating certificate will be issued by the empaneled Digital Connectivity Rating Agencies (DCRAs)
and will be valid for a specific period. Provisions will be made to address any misuse of the rating
methods and to ensure the continuous compliance of the DCI with the evolving requirements and user
expectations.
48. Rating Review and Renewal
Process Details
Appeal for Review Property Managers can file online appeals for
rating review within 30 days.
Review of Appeal DCRA reviews appeals within 20 days and
revises ratings if necessary.
Renewal of Rating Property Managers apply for renewal 120 days
before expiry, with necessary details.
Re-rating Application Property Managers can apply for re-rating due
to DCI upgrades or other changes.
49. Ensuring Transparency and
Accountability
The comprehensive process for rating digital connectivity in
buildings ensures transparency and accountability throughout
the evaluation and certification process. Mechanisms are in
place for Property Managers to appeal or request a review of
ratings, ensuring fairness and transparency in the process.
50. Regulating Digital
Connectivity in
Buildings
The Authority recognizes the growing importance of seamless
digital connectivity within buildings and the need for a
comprehensive regulatory framework to address this issue. It is
aiming to empower consumers, incentivize property managers,
and foster a collaborative ecosystem for the deployment of
robust digital infrastructure..
51. Ensuring Seamless Digital Connectivity
Collaborative Approach
The regulatory framework
will foster a collaborative
approach among property
managers, telecom service
providers, and digital
connectivity infrastructure
providers to co-design, co-
create, and co-build the
necessary infrastructure for
seamless digital connectivity
within buildings.
Regulatory Enablement
The proposed regulations will
provide the legal and
regulatory backing to make
digital connectivity
infrastructure an essential
component of building
development, similar to other
utilities like water and
electricity.
Empowered Consumers
The rating system will
empower consumers to
make informed choices and
demand better digital
infrastructure, aligning the
interests of all stakeholders
and driving continuous
improvements in digital
connectivity within buildings.
52. Towards a Digitally Inclusive Future
1 Bridging the Digital Divide
The rating framework for digital connectivity in
buildings will help address the digital divide by
ensuring that even public and government
buildings, as well as areas with poor
coverage, receive the necessary attention and
investment to improve digital infrastructure.
2 Empowering Businesses
Improved digital connectivity within buildings
will empower businesses, enabling them to
leverage the latest digital technologies and
services, boosting productivity and
competitiveness.
3 Enhancing Quality of Life
The seamless digital connectivity facilitated by
the rating framework will enhance the quality of
life for individuals, enabling them to access a
wide range of digital services and applications,
from remote work to telemedicine and online
education.
4 Driving Economic Growth
A digitally connected built environment will
contribute to the overall economic growth of
the country, attracting investments, fostering
innovation, and creating new opportunities for
businesses and individuals.
53. A Brighter Digital Future
Empowered Consumers Informed choices, demand for better
connectivity
Incentivized Property Managers Competitive advantage, collaborative approach
Collaborative Ecosystem New entities, evolving technologies,
streamlined processes
Regulatory Enablement Mandatory ratings, timely implementation,
comprehensive framework
Broader Impact Digitally inclusive future, economic growth,
enhanced quality of life
The proposed regulatory framework for rating buildings based on their digital connectivity is a
crucial step towards ensuring seamless and ubiquitous digital access for all. By empowering
consumers, incentivizing property managers, and fostering a collaborative ecosystem, this
framework will pave the way for a brighter, more digitally inclusive future for India.
55. Building Classifications for Digital
Connectivity
Airtel's Perspective
Airtel agrees with the broad
classification but suggests
adding sub-categories for
special areas like sports
arenas and convention
centers, focusing on high-
density connectivity for
large crowds. They
emphasize the importance
of classification at the initial
planning stage to ensure
provision for necessary
RJIL's Suggestion
RJIL supports the broad
classification but suggests
including additional
categories or sub-
classifications for buildings
with unique digital
connectivity requirements,
such as sports arenas or
government buildings with
high footfalls.
VIL's Recommendation
VIL agrees with the broad
classifications but suggests
additional yardsticks for
sub-classifying buildings to
prioritize implementation of
uniform digital connectivity
infrastructures, such as
footfall, building height, and
completion status for
transport corridors.
Tata Communications
Limited Views
Agrees with the proposed
classification but suggests
evaluating whether certain
venues like hotels,
exhibition venues, or sports
complexes require a
separate category due to
unique connectivity needs.
56. Counter Comment from CONSUMER CARE SOCIETY:
Disagrees with the proposed classification based on the nature of civil structures and suggests classifying buildings and
areas based on the quality of connectivity available. Advocates for a consumer-centric approach, where the focus is on
meeting the connectivity needs of users regardless of the building type.
Overall, while most responses agree with the proposed broad classification, there are suggestions for additional categories or
sub-classifications to address unique connectivity needs of certain venues or prioritize implementation based on specific
criteria like footfall and building height.
DIPA’s response:
Supports the broad classification
provided in Section-3 of the chapter,
which considers various factors such
as building design, infrastructure,
and user needs. Provides an
example illustrating the different
requirements for residential and
commercial buildings.
BIF Response:
Agrees with the broad
classification but suggests
treating public areas separately
due to different quality of service
requirements. Proposes
modifications to the table in
section 4.3 to differentiate
between public and private areas
for rating purposes.
CONSUMER PROTECTION
ASSOCIATION HIMMATNAGAR:
Agrees with the broad classification
but suggests adding a category for
heritage sites and culturally
significant areas, considering the
preservation of historical sites
during the implementation of digital
infrastructure.
57. Roles of Infrastructure Providers
1 Collaboration and
Interoperability
RJIL emphasizes the need for
collaboration between property
managers, TSPs, and/or associated
IPs for effective deployment of DCI.
They advocate for interoperable DCI
infrastructure compatible with all
TSPs/ISPs, allowing customers to
choose between providers.
2 Shared Infrastructure
VIL proposes that IPs/DCIPs
provide common RAN equipment
capable of serving multiple
service providers. They advocate
for shared infrastructure to
reduce investment required for
fiber connectivity and optimize
costs.
3 Regulatory Alignment
TTL stresses the importance of aligning telecom
licensing frameworks with resource utilization and
cost reduction. They suggest incentivizing new
players through conducive licensing frameworks for
58. Other Comments on Roles of Infrastructure
Providers
Airtel suggests utilizing existing licensing
frameworks instead of creating separate DCIP
authorizations. Property managers should ensure
fair access for DCI within premises. TRAI and
MoC/DoT should coordinate with regulatory
bodies like RERA/MoHUD to incorporate TSPs'
requirements into building codes.
DIPA highlights the importance of IPs and DCIPs
in all stages of DCI deployment, advocating
collaboration, regulatory compliance, and
adherence to international standards.
BIF proposes merging IPs and DCIPs into a single entity
under "Simple Authorization" to streamline regulatory
processes, focusing on building scalable, resilient, and
cost-effective DCI infrastructure.
The Consumer Protection Association of
Himmatnagar stresses the development of robust
infrastructure, collaborative partnerships, data security,
scalability, community engagement, regulatory
compliance, innovation, and continuous improvement by
IPs and DCIPs
COUNTER COMMENT
The Consumer Care Society acknowledges the proposed inclusion of IPs and DCIPs under a unified regulation
but expresses concern over potential limitations on consumer choice and the merging of distinct competencies
and scope suggests a graded approach for IPs and DCIPs, with larger IPs handling big projects and smaller
DCIPs serving local needs. They propose classifying DCIPs into tiers based on project size and establishing
technical standards for each tier.
59. Rating Template and Scoring
Star-based Ratings
Most stakeholders support the adoption
of a star-based rating system due to its
widespread usage and ease of
understanding in various industries.
Minimum Score Criteria
There is general agreement on the
proposed minimum rating scores, with
suggestions to evolve the template based
on initial experiences and ensure
alignment with industry norms.
Continuous Improvement
Stakeholders emphasize the importance of
clear communication of minimum scores
and rating criteria, with the ability to adjust
ratings automatically based on evolving
standards.
Alternative Approaches
A counter proposal suggests using an
alphabetical rating system (A, B, C, D)
with finer sub-divisions to indicate the
quality of digital connectivity, considering
factors like coverage and reliability.
60. Eligibility for Digital Connectivity Rating
Agency (DCRA)
1
Expertise and Experience
Stakeholders emphasize the need for
specialized knowledge in the telecom
domain, expertise in building design, and
real-life experience in designing and
deploying digital connectivity infrastructure
for evaluators and DCRAs. Relevant
academic credentials and industry
experience are recommended.
2 Performance Security
and Evaluation
To ensure commitment and accountability,
stakeholders suggest requiring performance
security from DCRAs. They propose criteria
for evaluating DCRA's performance, such as
timeliness, feedback, and periodic peer
reviews or audits, to maintain
professionalism and credibility.
3
Operational Area and Scope
Responses highlight the need for DCRAs to
operate nationwide or have regional presence
to effectively cover the vast geography. They
outline a broad scope of work for rating
buildings, including testing, validation, and
61. Star-based Ratings
Familiarity and
Simplicity
Most stakeholders
support the proposed
star-based rating system
due to its widespread
usage, familiarity, and
ease of comprehension
across various industries.
The star-based approach
is considered simple and
effective in
communicating the quality
of digital connectivity
infrastructure.
Rating Scale and
Minimum Score
The proposed
rating scale,
ranging from one to
five stars, is
generally accepted
by stakeholders.
They find the
suggested
minimum rating
reasonable and
support the
proposed score
range for awarding
ratings.
Refinement and
Evolution
While supporting the star-
based rating system,
stakeholders suggest
refining the criteria and
template based on initial
experiences and evolving
industry norms. Factors
like infrastructure
availability, power supply,
and protection against
natural calamities are
proposed for
consideration in
augmenting ratings.
62. Eligibility Conditions for DCRAs
Knowledge and
Experience
Responses
emphasize the need
for DCRAs to possess
specialized
knowledge in the
telecom domain,
expertise in digital
connectivity
infrastructure design
and deployment, and
relevant professional
experience in related
fields.
Independence
and Neutrality
To ensure
transparency and
non-discriminatory
access, stakeholders
suggest prohibiting
DCRAs from having
business interests or
shareholding from
builders or real estate
developers,
maintaining their
independence and
neutrality.
Compliance and
Accountability
Stakeholders
recommend
incorporating
measures to ensure
compliance with
regulations,
accountability, and
adherence to industry
standards. This
includes requirements
for financial stability,
infrastructure,
resources, reporting,
and regular audits.
Continuous
Improvement
Responses highlight the
importance of continuous
improvement for DCRAs,
including staying updated
on technological
advancements,
implementing customer
feedback and dispute
resolution mechanisms,
and engaging in regular
quality assurance
processes.
63. Registration Process for DCRAs
Proposed Process Suggested Refinements
Clear and uncomplicated registration
process
Detailed registration process and
code of conduct
Prior approval for management changes Lighter touch approach for
management changes
Ensuring adequate tools and resources Prescribed turnaround time for
property evaluation
- Active involvement of property
managers and user experience
assessors
- Appeals mechanism and public registry
- Data privacy and security measures
While most stakeholders agree with the proposed registration process, they suggest
refinements and additions to enhance transparency, accountability, and
effectiveness. These include detailed guidelines, timelines, appeals mechanisms,
public registries, and measures to protect sensitive information and ensure fairness
in access.
64. Code of Conduct and Fee Structure for
DCRAs
Code of Conduct
Stakeholders propose a comprehensive code of
conduct for DCRAs, encompassing principles
such as impartiality, transparency, accuracy,
privacy protection, compliance with regulations,
qualified personnel, fair practices, conflict
resolution, and continuous improvement.
Fee Structure
Responses suggest establishing a clear and
transparent fee structure for DCRAs, based
on factors like building size, complexity, and
scope of services. Regular reviews of fee
structures are recommended to align with
market demands and industry standards.
General Obligations
While some stakeholders find the proposed
general obligations sufficient, others suggest
additional obligations, such as developing
efficient systems for timely ratings, refraining
from offering fee-based services beyond
building ratings, and maintaining high
standards of corporate governance.
Stakeholder Engagement
Stakeholders emphasize the importance of
engaging with stakeholders, including
property managers, service providers, and
regulatory bodies, to ensure effective
implementation and continuous improvement
of digital connectivity infrastructure.
65. Terms & Conditions for Property
Managers
Transparency &
Accessibility
Several stakeholders,
including Airtel, Tata
Communications, and
DIPA, emphasized the
need for transparency in
rating validity, detailed
rating criteria, and public
accessibility to these
ratings. Airtel specifically
advocated for unique
ratings tied to specific
properties.
Legal Arrangements &
Compliance
RJIL suggested legal
arrangements between the
rating authority and property
managers for rating usage.
BSNL proposed amending
building laws to mandate
DCI certificate issuance for
occupancy certificates,
ensuring online verification.
Consumer Protection
Association Himmatnagar
advocated for authorized
usage, verification, and
compliance with regulations.
Accountability &
Oversight
TTL suggested regular
audit reports as a
condition for property
managers to ensure
proper use of ratings. VIL
recommended obligatory
display of ratings,
cancellation for false
display, and publication of
ratings by regulatory
authorities. BIF stressed
the need for adherence to
regulations and non-
transferability of ratings.
66. Changes in General Obligations of
Property Managers
1 Support for Audits
Tata Communications suggested
supporting audits of ratings by
regulatory authorities, ensuring
transparency and accountability in
the rating process.
2 Property Management
Transition
VIL proposed additional obligations
related to property management
transition, ensuring a smooth
handover of responsibilities and
maintenance of DCI infrastructure.
3 Transparency & Consumer Education
DIPA advocated for transparency in ownership, compliance with regulations, data
privacy measures, and consumer education initiatives to raise awareness about
the rating system.
67. Score Thresholds for Ratings
1 General Agreement
Most stakeholders, including Airtel, BSNL, RJIL, VIL, DIPA, Ookla, BIF, and
the Consumer Protection Association Himmatnagar, agreed with the
proposed score thresholds for the rating system.
2 Periodic Review & Adjustments
Airtel and DIPA suggested periodic reviews and adjustments to the score
thresholds to ensure they remain relevant and effective over time.
3 Additional Criteria
BSNL recommended adding provisions for renewable power sources and
e-waste disposal to the rating criteria, while Ookla emphasized the
importance of clarity in testing methodology.
68. Criteria and Weightage for Ratings
Existing Criteria
Most stakeholders, including BSNL, Tata Communications, VIL, BIF, and the
Consumer Protection Association Himmatnagar, agreed with the proposed
criteria and weightage distribution for the rating system.
Suggested Adjustments
Airtel suggested adjusting the weightage for certain criteria and proposed
including parameters from the Connectivity Index. DIPA recommended new
criteria such as redundancy, resilience, scalability, and diversity in wired
connectivity.
User Experience Emphasis
Ookla advocated for higher weightage for actual end-user experience,
emphasizing the importance of measuring connectivity experience in the
rating system.
69. Involvement of Property Managers
Consultation Process
RJIL requested the
involvement of property
managers in the consultation
process, ensuring their
perspectives and concerns are
adequately addressed.
Legal Arrangements
RJIL also suggested legal
arrangements between the
rating authority (DCRA) and
property managers for the
usage of ratings, clarifying
rights and responsibilities.
Collaborative Approach
The involvement of property
managers in the consultation
process and the establishment
of legal arrangements
highlight the need for a
collaborative approach,
fostering trust and cooperation
among all stakeholders.
70. Compliance and Dispute Resolution
Stakeholder Recommendation
DIPA Compliance with regulations, accurate
representation, periodic updates
BIF Adherence to regulations, non-transferability of
ratings, appropriate display
Consumer Protection Association Himmatnagar Authorized usage, verification, compliance with
regulations, dispute resolution mechanisms
Several stakeholders, including DIPA, BIF, and the Consumer Protection Association Himmatnagar,
emphasized the importance of compliance with regulations, accurate representation of ratings, and the
establishment of dispute resolution mechanisms. These measures aim to ensure the integrity and
fairness of the rating system, while providing recourse for any grievances or disputes that may arise.
71. Ensuring Transparency and Accountability
Public Accessibility
Stakeholders such as Airtel and Tata
Communications highlighted the need
for public accessibility to property
manager ratings, ensuring transparency
and enabling informed decision-making
for consumers and businesses.
Rating Validity Disclosure
Tata Communications and DIPA
emphasized the importance of
disclosing rating validity periods,
providing clarity on the timeliness and
relevance of the ratings.
Regulatory Oversight
VIL recommended the publication of ratings
by regulatory authorities, while TTL
suggested regular audit reports as a
condition for property managers, promoting
accountability and proper use of ratings.
Consumer Education
DIPA advocated for consumer education
initiatives to raise awareness about the
rating system, empowering consumers
to make informed choices based on the
ratings.