Enterprise mobility adoption has remained strong even during the recent economic crisis. It is becoming an essential part of ICT spending and is relevant for many real-world business uses cases. The industry is moving towards the third wave of adoption, which focuses on mobilizing core enterprise processes. This requires a holistic approach and convergence of technologies to offer end-to-end solutions. Common industries adopting enterprise mobility include manufacturing, logistics, healthcare, and government. Mobility solutions are deployed using a mix of horizontal and industry-specific applications on a variety of mobile devices.
This case study examines how three companies - Heidelberg, Honeywell, and Eaton - developed smart products and services using information technology. Heidelberg used sensors and networking in printing presses to remotely monitor equipment and optimize performance. Honeywell deployed a remote control system at oil refineries to reduce costs. Eaton created a home monitoring system using various sensors to alert homeowners of issues. The companies benefited from lower maintenance costs, increased services revenue, and expanded customer bases by developing these smart product and service strategies.
IRJET - Industry 4.0 for Manufacturing Organization in IndiaIRJET Journal
This document discusses the impact of Industry 4.0 on manufacturing organizations in India. Industry 4.0 utilizes technologies like cyber-physical systems, the Internet of Things, cloud computing, big data, and artificial intelligence to connect machines, supply chains and systems. The summary discusses key elements of Industry 4.0, including cyber-physical systems, cloud computing, smart factories, and RFID technology. It also reviews literature on how Industry 4.0 affects skills required by manufacturing departments and maintenance processes. The research method used to study this impact is described as involving a literature review, defining research objectives, designing a survey, collecting and analyzing responses, and developing recommendations.
Technology is playing an increasing role in service operations management. Some key trends include a rise in self-service which reduces costs and speeds up service, a decrease in the importance of location as technology allows for more remote access, and an increase in disintermediation as technology connects buyers and sellers directly. Technology also enables greater integration and efficiency in operations as well as more effectiveness in serving customers.
Mobiloitte is a mobile app development company that specializes in creating apps for utilities companies to address challenges in the shifting energy industry. They focus on apps for pay per use billing, consumption statistics, optimized performance monitoring, and more. Their solutions help utilities companies optimize their grids, analyze customer usage, improve services, and streamline billing. Mobiloitte creates both consumer-facing apps and enterprise solutions like asset management apps to help utilities companies adapt to new technologies in energy storage, analytics, and customer experience.
Management Information Systems in Your PocketSerdar Sönmez
We concentrate in this study;
How do we manage our company in smart phones or out of your pocket?
How do we control our company or institution from a distance?
This case study examines how three companies - Heidelberg, Honeywell, and Eaton - developed smart products and services using information technology. Heidelberg used sensors and networking in printing presses to remotely monitor equipment and optimize performance. Honeywell deployed a remote control system at oil refineries to reduce costs. Eaton created a home monitoring system using various sensors to alert homeowners of issues. The companies benefited from lower maintenance costs, increased services revenue, and expanded customer bases by developing these smart product and service strategies.
IRJET - Industry 4.0 for Manufacturing Organization in IndiaIRJET Journal
This document discusses the impact of Industry 4.0 on manufacturing organizations in India. Industry 4.0 utilizes technologies like cyber-physical systems, the Internet of Things, cloud computing, big data, and artificial intelligence to connect machines, supply chains and systems. The summary discusses key elements of Industry 4.0, including cyber-physical systems, cloud computing, smart factories, and RFID technology. It also reviews literature on how Industry 4.0 affects skills required by manufacturing departments and maintenance processes. The research method used to study this impact is described as involving a literature review, defining research objectives, designing a survey, collecting and analyzing responses, and developing recommendations.
Technology is playing an increasing role in service operations management. Some key trends include a rise in self-service which reduces costs and speeds up service, a decrease in the importance of location as technology allows for more remote access, and an increase in disintermediation as technology connects buyers and sellers directly. Technology also enables greater integration and efficiency in operations as well as more effectiveness in serving customers.
Mobiloitte is a mobile app development company that specializes in creating apps for utilities companies to address challenges in the shifting energy industry. They focus on apps for pay per use billing, consumption statistics, optimized performance monitoring, and more. Their solutions help utilities companies optimize their grids, analyze customer usage, improve services, and streamline billing. Mobiloitte creates both consumer-facing apps and enterprise solutions like asset management apps to help utilities companies adapt to new technologies in energy storage, analytics, and customer experience.
Management Information Systems in Your PocketSerdar Sönmez
We concentrate in this study;
How do we manage our company in smart phones or out of your pocket?
How do we control our company or institution from a distance?
Inspiration book 2019 - Factories of the Future use casesGeert Jacobs
1. AW Europe won the Factory of the Future Award for its focus on people and continuous improvement processes. It has invested in automating and digitizing production through techniques like lean manufacturing.
2. BMT Aerospace is a supplier to major aerospace companies. It produces complex rack and pinion systems with high precision. To improve efficiency and precision, it has invested in advanced manufacturing technologies like robotics, new machinery, and automated measurement systems.
3. Winning the award has helped companies like AW Europe and BMT Aerospace benchmark themselves, gain recognition, and inspire further innovation to prepare for the future challenges in industries like automotive and aerospace.
This document discusses the concept of product servitization and the capabilities needed to implement it. Servitization involves shifting from selling physical products to providing services bundled with products. It requires new competencies like software engineering, data analytics, and knowledge of digital technologies. Adopting servitization changes a business model from selling products to offering product-service systems, and preparing companies for this transition requires a multidisciplinary approach.
IBM is a large American technology company known for computers, software, and services. It aims to lead in advanced technologies and translate them into value for customers. IBM has a long history dating back to the 1930s and has grown significantly. It faces strategic issues related to skills shortage in the industry, market segmentation, current marketing situation, and competition.
Digital Business Whitepaper_ Digitizing the ESC_finalRichard Howells
The document discusses how companies must transform their extended supply chains to thrive in today's digital economy. It outlines a digital business framework with five key pillars: customer-centricity, individualized products, a sharing economy, optimizing scarce resources, and real-time visibility across core processes. The framework is built on SAP's digital platform including SAP HANA, which allows for real-time analytics and transactions. The document argues that companies must reimagine their business models, processes, and work to capture opportunities in the digital economy through greater connectivity, data-driven insights, and flexibility.
Servitization: service is the future of manufacturingABN AMRO
Servitization refers to the process of manufacturing companies increasingly offering services in addition to or instead of traditional product sales. This transition allows companies to generate additional revenue from services and provide better value to customers. While challenging, servitization offers significant potential for increased revenue and higher profit margins compared to traditional product sales alone. Fully realizing this potential requires overcoming growing pains as investments in new services are made and a culture shift occurs throughout the entire organization to focus on customer service.
At the business level of strategy, the key question is, "How can we compete effectively in this particular market?" The market might be light bulbs, utility vehicles, or cable television.
This document summarizes 5 big trends in manufacturing and industry for 2015 and beyond: 1) Servitization and product service systems, 2) Mass personalization, 3) Automation and next generation machines, 4) Industrial Internet of Things, and 5) Industrial sustainability. It also briefly discusses collaboration and networks. For each trend, the document outlines examples and research being conducted in universities and industry to explore how these trends are impacting manufacturing.
Roland Berger Industrial Automation Perspective 2019SvenSiepen
The document provides a short market report on industrial automation for stakeholders interested in the segment. It contains 6 sections: market segmentation, company landscape, selected M&A activities, end customer industry examples, trends & outlook, and references & contact. The market is estimated to be around EUR 185 billion, with the top companies accounting for around 50% of the market. Leading players include Siemens, ABB, GE, and Fanuc. Recent M&A activity has seen deals across various segments, with the acquisition of Kuka by Midea Group standing out due to the large deal value of approximately EUR 4.2 billion.
Critical logistics technology in the 21st centuryAnkit Moonka
The document discusses emerging technologies that are driving innovation in logistics, including the Internet of Things, big data, cloud computing, robotics and automation, 3D printing, and autonomous vehicles. It analyzes how these technologies are enabling new applications and business models in areas like predictive analytics, crowdsourced delivery, and on-demand logistics networks. Several case studies of companies applying these innovative technologies are also highlighted.
The Industrialist: Trends & innovations - Nov 2021accenture
Siemens Gamesa has developed a recyclable offshore wind turbine blade that can be separated into its composite materials at the end of its life through a resin removal process. Wärtsilä and Samsung are collaborating to develop ammonia-fueled engines for ships by 2023. Baidu has developed an autonomous excavation system using sensors and AI that can operate excavators with similar efficiency to human operators.
Decision Matrix: Selecting a Multichannel Cloud Contact Center VendorLiveops
This report explores the marketplace for hosted contact centers services in the US, with particular emphasis on the ability of service providers to handle multichannel customer interactions. It compares vendors based on the strength and currency of their technology platform, the views of their customers, and the impact that each company has in the marketplace.
Joni Lehtonen - transformation from equipment sales towards performance busin...Mari Halliksaar
Tieto is a Nordic IT services company that has been transforming from equipment sales to performance-based businesses. It provides full life-cycle IT services to private and public sectors. Manufacturing is one of Tieto's key industries, with over 400 manufacturing customers and 1200 annual projects. Tieto helps manufacturers optimize operations through business transformation enabled by technology, real-time supply chain orchestration, and generating more value from industrial services and digital assets. The presentation discusses Tieto's offerings in industrial internet and industrial services.
The document discusses how consumerization of IT is changing the enterprise computing landscape. It notes that the rise of mobile devices and employee social networks has led to the adoption of bring your own device (BYOD) policies to reduce costs and improve productivity and efficiency. Organizations are now using secure data layers to allow access to enterprise applications from connected devices. The key advantages of consumerization of IT include higher adoption rates, lower procurement costs, improved productivity, enhanced efficiency, and reduced redundancy.
Slides from a webinar delivered by Martin Christopher and Steve Keifer on the topic of Customer-Centric Supply Chains. Provides an overview of a 2010 study on the challenges manufacturers face with the diverse range of requests their customers place upon them for customized supply chain processes and technology.
Industrial ecosystems occur when byproducts from one manufacturing process become ingredients for another process, creating additional value and markets while reducing waste. A new company called W2W connects buyers and sellers of industrial byproducts using their proprietary SmarterMatch technology and expertise in key industrial areas to identify new connections and facilitate optimal matches between outputs and raw material needs. Their algorithm calculates the best matches based on weighted criteria like volume, price, location, consistency, and composition.
This document provides an overview of key concepts in electronic commerce. It defines electronic commerce and describes its categories. It distinguishes between electronic markets and inter-organizational systems. It outlines the benefits of electronic commerce to organizations, consumers, and society. It also describes some limitations and the forces driving widespread adoption of electronic commerce. Finally, it discusses major managerial issues organizations may face regarding electronic commerce implementation and strategy.
4 Corners Property Ltd is a privately owned property maintenance company based in Dunedin, New Zealand that offers a wide range of services including building and renovation, painting, repairs, gardening, plumbing, and electrical work. It has a team of qualified tradespeople and contractors with skills to handle both small and large jobs. The company aims to provide high quality, reliable, and professional property maintenance and building services to homeowners, property managers, and commercial clients in Dunedin.
Este mapa conceptual resume las lecturas sobre gerencia de proyectos de tecnología educativa. Explica que los proyectos requieren una gerencia efectiva para alcanzar las metas planificadas, incluyendo la definición del proyecto, los métodos, el personal capacitado y motivado. También destaca que el gerente debe planear, coordinar, gestionar estrategias, evaluar procesos y liderar la resolución de problemas. Finalmente, concluye que la gerencia de proyectos requiere un proceso paso a paso de planificación, ejecuc
Inspiration book 2019 - Factories of the Future use casesGeert Jacobs
1. AW Europe won the Factory of the Future Award for its focus on people and continuous improvement processes. It has invested in automating and digitizing production through techniques like lean manufacturing.
2. BMT Aerospace is a supplier to major aerospace companies. It produces complex rack and pinion systems with high precision. To improve efficiency and precision, it has invested in advanced manufacturing technologies like robotics, new machinery, and automated measurement systems.
3. Winning the award has helped companies like AW Europe and BMT Aerospace benchmark themselves, gain recognition, and inspire further innovation to prepare for the future challenges in industries like automotive and aerospace.
This document discusses the concept of product servitization and the capabilities needed to implement it. Servitization involves shifting from selling physical products to providing services bundled with products. It requires new competencies like software engineering, data analytics, and knowledge of digital technologies. Adopting servitization changes a business model from selling products to offering product-service systems, and preparing companies for this transition requires a multidisciplinary approach.
IBM is a large American technology company known for computers, software, and services. It aims to lead in advanced technologies and translate them into value for customers. IBM has a long history dating back to the 1930s and has grown significantly. It faces strategic issues related to skills shortage in the industry, market segmentation, current marketing situation, and competition.
Digital Business Whitepaper_ Digitizing the ESC_finalRichard Howells
The document discusses how companies must transform their extended supply chains to thrive in today's digital economy. It outlines a digital business framework with five key pillars: customer-centricity, individualized products, a sharing economy, optimizing scarce resources, and real-time visibility across core processes. The framework is built on SAP's digital platform including SAP HANA, which allows for real-time analytics and transactions. The document argues that companies must reimagine their business models, processes, and work to capture opportunities in the digital economy through greater connectivity, data-driven insights, and flexibility.
Servitization: service is the future of manufacturingABN AMRO
Servitization refers to the process of manufacturing companies increasingly offering services in addition to or instead of traditional product sales. This transition allows companies to generate additional revenue from services and provide better value to customers. While challenging, servitization offers significant potential for increased revenue and higher profit margins compared to traditional product sales alone. Fully realizing this potential requires overcoming growing pains as investments in new services are made and a culture shift occurs throughout the entire organization to focus on customer service.
At the business level of strategy, the key question is, "How can we compete effectively in this particular market?" The market might be light bulbs, utility vehicles, or cable television.
This document summarizes 5 big trends in manufacturing and industry for 2015 and beyond: 1) Servitization and product service systems, 2) Mass personalization, 3) Automation and next generation machines, 4) Industrial Internet of Things, and 5) Industrial sustainability. It also briefly discusses collaboration and networks. For each trend, the document outlines examples and research being conducted in universities and industry to explore how these trends are impacting manufacturing.
Roland Berger Industrial Automation Perspective 2019SvenSiepen
The document provides a short market report on industrial automation for stakeholders interested in the segment. It contains 6 sections: market segmentation, company landscape, selected M&A activities, end customer industry examples, trends & outlook, and references & contact. The market is estimated to be around EUR 185 billion, with the top companies accounting for around 50% of the market. Leading players include Siemens, ABB, GE, and Fanuc. Recent M&A activity has seen deals across various segments, with the acquisition of Kuka by Midea Group standing out due to the large deal value of approximately EUR 4.2 billion.
Critical logistics technology in the 21st centuryAnkit Moonka
The document discusses emerging technologies that are driving innovation in logistics, including the Internet of Things, big data, cloud computing, robotics and automation, 3D printing, and autonomous vehicles. It analyzes how these technologies are enabling new applications and business models in areas like predictive analytics, crowdsourced delivery, and on-demand logistics networks. Several case studies of companies applying these innovative technologies are also highlighted.
The Industrialist: Trends & innovations - Nov 2021accenture
Siemens Gamesa has developed a recyclable offshore wind turbine blade that can be separated into its composite materials at the end of its life through a resin removal process. Wärtsilä and Samsung are collaborating to develop ammonia-fueled engines for ships by 2023. Baidu has developed an autonomous excavation system using sensors and AI that can operate excavators with similar efficiency to human operators.
Decision Matrix: Selecting a Multichannel Cloud Contact Center VendorLiveops
This report explores the marketplace for hosted contact centers services in the US, with particular emphasis on the ability of service providers to handle multichannel customer interactions. It compares vendors based on the strength and currency of their technology platform, the views of their customers, and the impact that each company has in the marketplace.
Joni Lehtonen - transformation from equipment sales towards performance busin...Mari Halliksaar
Tieto is a Nordic IT services company that has been transforming from equipment sales to performance-based businesses. It provides full life-cycle IT services to private and public sectors. Manufacturing is one of Tieto's key industries, with over 400 manufacturing customers and 1200 annual projects. Tieto helps manufacturers optimize operations through business transformation enabled by technology, real-time supply chain orchestration, and generating more value from industrial services and digital assets. The presentation discusses Tieto's offerings in industrial internet and industrial services.
The document discusses how consumerization of IT is changing the enterprise computing landscape. It notes that the rise of mobile devices and employee social networks has led to the adoption of bring your own device (BYOD) policies to reduce costs and improve productivity and efficiency. Organizations are now using secure data layers to allow access to enterprise applications from connected devices. The key advantages of consumerization of IT include higher adoption rates, lower procurement costs, improved productivity, enhanced efficiency, and reduced redundancy.
Slides from a webinar delivered by Martin Christopher and Steve Keifer on the topic of Customer-Centric Supply Chains. Provides an overview of a 2010 study on the challenges manufacturers face with the diverse range of requests their customers place upon them for customized supply chain processes and technology.
Industrial ecosystems occur when byproducts from one manufacturing process become ingredients for another process, creating additional value and markets while reducing waste. A new company called W2W connects buyers and sellers of industrial byproducts using their proprietary SmarterMatch technology and expertise in key industrial areas to identify new connections and facilitate optimal matches between outputs and raw material needs. Their algorithm calculates the best matches based on weighted criteria like volume, price, location, consistency, and composition.
This document provides an overview of key concepts in electronic commerce. It defines electronic commerce and describes its categories. It distinguishes between electronic markets and inter-organizational systems. It outlines the benefits of electronic commerce to organizations, consumers, and society. It also describes some limitations and the forces driving widespread adoption of electronic commerce. Finally, it discusses major managerial issues organizations may face regarding electronic commerce implementation and strategy.
4 Corners Property Ltd is a privately owned property maintenance company based in Dunedin, New Zealand that offers a wide range of services including building and renovation, painting, repairs, gardening, plumbing, and electrical work. It has a team of qualified tradespeople and contractors with skills to handle both small and large jobs. The company aims to provide high quality, reliable, and professional property maintenance and building services to homeowners, property managers, and commercial clients in Dunedin.
Este mapa conceptual resume las lecturas sobre gerencia de proyectos de tecnología educativa. Explica que los proyectos requieren una gerencia efectiva para alcanzar las metas planificadas, incluyendo la definición del proyecto, los métodos, el personal capacitado y motivado. También destaca que el gerente debe planear, coordinar, gestionar estrategias, evaluar procesos y liderar la resolución de problemas. Finalmente, concluye que la gerencia de proyectos requiere un proceso paso a paso de planificación, ejecuc
KRISH'N'KELLY FACILITY SERVICES PVT LTD is a multi-faceted organization that provides all facility services under one roof at economical and viable costs. It delivers quality infrastructure facility services on time and on budget while considering client needs. The company helps clients with full maintenance and has experience providing services for solar power projects including civil works, electrical installation, and rooftop solar solutions. It caters to many infrastructure facility needs such as repairs, HVAC, security, and more for clients in various sectors including mobile networks and financial.
Project center in trichy @ieee 2016 titles for java and dotnetTripleN Infotech
IEEE Final Year Projects for M.E/M.TECH,B.E-CSE/IT from any domain & Technologies.For more detail contact:-DreamWeb TechnoSolutions@7200021403/04, 73/5 3rd floor,Kamatchi cmplx,Thillai nagar 1st cross,Trichy.
El documento describe las competencias y responsabilidades de un aprendiz del SENA, incluyendo dirigir el talento humano, diligenciar documentos según normas, y poner en práctica lo aprendido para contribuir al desarrollo económico y social. También describe los proyectos de formación y justificación que contienen fases, resultados, competencias y resultados de aprendizaje, así como posibles cargos a los que podría aspirar el aprendiz como coordinador de producción, programador, analista, coordinador de transporte, auditor o coordinador de
Rowel Cornejo has over 20 years of experience in broadcast media and creative production. He has held senior creative roles at major Philippine broadcast companies such as Nine Media Corporation, Solar Entertainment Corporation, and ABS-CBN Global Unlimited. Cornejo has expertise in conceptualizing and producing promotional campaigns, on-air programs, and network creatives. He has received awards from Araw Values Advertising Awards and George Foster Peabody Awards for his creative work.
1) O estudo caracterizou o leite bovino instável não ácido (LINA) e leite normal na região de Ivaiporã e Sapopema, Paraná, Brasil durante as estações do ano.
2) A ocorrência de LINA foi maior no outono e menor no inverno, e as estações influenciaram a composição do leite.
3) A acidez não é o único fator relacionado à estabilidade térmica do leite, que também é afetada pela sazonalidade e comportamento do leite.
El documento habla sobre la programación y sus usos, incluyendo idear acciones para proyectos, anunciar partes de actos o espectáculos, preparar máquinas para tareas específicas, elaborar programas para resolver problemas usando computadoras, y preparar datos para obtener soluciones a problemas usando calculadoras electrónicas. También discute la necesidad de exactitud, precisión, integridad y generalidad en los programas para procesar datos y generar resultados sin errores para satisfacer las expectativas de los usuarios. Finalmente, menciona diagramas
The era of the Mobile Enterprise is here to stay. Mobile penetration is unprecedented: subscribers are growing four times faster than the world’s population. To remain successful, CIOs must continuously investigate, prioritize, fund, adopt, and integrate multiple new technologies to support vital organizational objectives.
Enterprise mobility has redefined the use of personal devices in the workplace, but also how companies manage and protect network and data. Indeed, these new practices do not only imply a simple access to the information but also their transfer and use from a Smartphone or a tablet, as well as from a traditional computer. The growing use of tablets, Smartphones, and mobile applications has transformed the way organizations across all sectors exchange information and interact with their employees, partners, customers, and citizens. This new era has only just begun. Mobile technology is evolving rapidly: the challenge is not only to adopt it, but also to adapt to its rapid changes.
Organizations are driving speed and value by accessing a
“single voice” to coordinate enterprise mobility initiatives.
A white paper analysis from HTCpro™
Enterprise mobility, strategy and execution approachRapidValue
Driver’s of Enterprise Mobility
Current Landscape
Mobile 1.0
Mobile 2.0
Mobile 3.0
Why do we need mobile strategy for enterprise
More penetration of smart devices
Rapid Deployment of BYOD
Need Real-Time information by CXO’s
Business Benefit Drivers of Enterprise Mobility
Approach to Enterprise Mobile Strategy
Identify Mobile Infrastructure & Security Requirements
Understand the Challenges in Enterprise Mobility
Identify Business Functions to Mobilize
Prioritize Requirements
Prioritize Applications
Calculate Return Of Investments (ROI)
Decide on the Application Framework & Technology
Technology Considerations
Execute and Deploy the Mobile App
Support and Maintain Mobile Applications
Mobilizing Enterprise Systems
Typical Components of Enterprise Mobile Systems
Enterprise backend system
Mobile Middleware
Mobile Application
Extending Oracle ERP to Mobile
Typical components of Oracle Mobile Suite
Oracle Apps ERP system
Oracle Fusion Middleware
Mobile Application
About Oracle ADF Mobile Application
Cross-Platform Development Framework
Benefits of Oracle ADF Mobile
Samsung KNOX™ Meets Evolving Enterprise Mobility ChallengesSamsung at Work
1) The document discusses Samsung KNOX, a mobile security platform that provides enhanced security and management capabilities for enterprises. It addresses challenges for enterprises around evolving mobility needs and changing employee device preferences.
2) Samsung KNOX offers enhanced security features like Trusted Boot and ARM TrustZone to protect devices and data. It also provides improved usability through flexible container usage and easy enrollment processes.
3) The platform provides cloud-based mobile device management and a marketplace for purchasing business apps and KNOX licenses, addressing enterprise security, management and procurement needs from a single source.
This document provides guidance for companies on developing effective mobile enterprise programs. It outlines a four step process: 1) define a mobile strategy by clarifying goals, costs, and whether to use corporate-owned or BYOD devices, 2) implement the program by determining supported devices, data/apps, services, and network preparation, 3) secure and manage devices with technologies and policies, and 4) provide ongoing support. The benefits of mobile programs include increased productivity and employee satisfaction, but they also pose security challenges. Partnering with an experienced provider can help organizations strategize, implement, and support sustainable mobile programs.
Role of Mobility in Workplace TransformationAVI-SPL
Mobility is changing the workplace and the way agencies serve the public.
Mobile technology is by far the biggest factor driving change in the modern workplace. And government agencies are not immune. Mobile has revolutionized traditional employment with concepts like BYOD, remote working, and the virtual workplace, and while the private sector is definitely the frontrunner in embracing the digitally driven work environment, government agencies are beginning to dip their feet into mobility and mobile-driven concepts. Modern agencies need a strong tech adoption strategy, including cloud, federated networks, and other scalable option. Download our free whitepaper to learn how state government can deploy these solutions while still remaining focused on simplicity, security, and the risks related to BYOD > http://hubs.ly/H01bxm50
Enabling your Enterprise Mobility to tap New Growth OpportunitiesNIIT Technologies
Enterprise Mobility is a powerful tool that promises to bridge the gap between business and IT and truly make IT a business enabler by providing the capability to tap new opportunitie
The document discusses enterprise mobility strategies and best practices. It notes that mobility adoption is increasing and will account for 10-12% of IT spending by 2020. Enterprise mobility can transform businesses by creating new revenue channels and improving productivity. However, risks like technology obsolescence must be managed. The document recommends developing a comprehensive mobility strategy aligned with business goals and priorities. It also suggests establishing a center of excellence and partnering with specialists to effectively implement mobility solutions.
This document discusses how increased mobility and use of mobile devices is driving workforce productivity higher. It notes that employees who use mobile devices for work increase their productivity by an estimated 9 hours per week on average. The growth of bring your own device (BYOD) programs and software-as-a-service (SaaS) applications is enabling more mobile work styles. However, this increased mobility also presents security risks to companies' data and applications. The challenge for CIOs is to develop strategies that allow for mobility and choice while still securely managing users and enforcing policies across devices.
Business mobility allows organizations to compete more effectively and engage customers through mobile access to applications from any device. It provides a mobile-cloud architecture that centralizes services and simplifies management while giving users access to any application from any device. Lines of business gain power to innovate through business process innovation on mobile platforms. Over 80% of organizations have created teams to work on mobile solutions due to the strategic impact of mobile transformation.
Enterprise Mobility Management (EMM) deals with how businesses use mobile devices. It focuses on security, application management, and the costs of mobile solutions. EMM ensures corporate data on mobile devices and cloud services is protected. New trends in EMM include application-based VPNs for security, separating business and personal data, identity management, and enabling productivity and collaboration through file sharing. As mobility grows, EMM is expanding beyond policies to fully manage and enable mobile solutions for businesses.
EMM is an evolving organizational trend that deals with the business, as well as technological
context, of the increasing trend of mobile devices usage in routine business operations.
Enterprise mobility is the trend toward a shift in work habits, with more employees working out
of the office and using mobile devices and cloud services to perform business tasks
Mobile applications require addressing management, organizational, and technological issues. Management must understand how mobile apps affect business processes and choose appropriate devices, software, and applications. Organizations must redesign processes and jobs and train employees on new workflows. Technology selections include CRM, SCM, and features like location services. User requirements differ from traditional systems in wanting portable access to the same information across devices and streamlined mobile-enhanced processes. USAA overhauled processes by enabling photo check deposits, claims submissions, and access to accounts from mobile apps.
This document discusses how consumerization of IT is impacting enterprises and introduces mobile lifecycle management as a solution. It summarizes that employees see value in mobility but realizing that value requires expertise to address challenges like unlimited device choice, business app management, data usage control, and support. Two common solutions, BYOD and MDM, are incomplete on their own. The document then outlines how mobile lifecycle management can solve these challenges through services like policy development, carrier management, app store implementation, usage optimization, and expert support. It argues that this approach addresses enterprise needs while also returning cost savings and building strong client relationships.
Why Mobility Matters to U.S. P&C InsurersCognizant
Insurers that holistically embrace mobility to improve customer service and internal operations can gain competitive advantage, even in a difficult economy.
The document discusses preparing a business for a mobile future and adopting a mobility strategy. It outlines the growth of enterprise mobility solutions and how mobile technology can increase productivity, reduce costs, and improve customer satisfaction. The presentation recommends businesses assess their current mobile technology use, policies, and competition to determine how to best incorporate more mobility solutions.
1. I D C A N A L Y S T C O N N E C T I O N
Bryan Ma
Director, Asia/Pacific Personal Systems Research
Shalini Verma
Research Manager, Asia/Pacific Communications Research
The Rising Tide of Enterprise Mobility in
Asia/Pacific: Towards a Holistic Approach
August 2009
Enterprise mobility adoption has remained largely immune to the recent distruptions such as the
global economic crisis and the H1N1 outbreak. This implies that the technology is moving into the
realm of essential ICT spending for many enterprises. Enterprise mobility technology is becoming
relevant in a large number of real-world business use cases. It is emerging as sound horizontal
and verticals solutions on the back of strong industry innovations in wireless technologies, data
capture technologies, mobile middleware and devices.
The following questions were posed by Motorola on behalf of its customers to IDC.
Q1. What is enterprise mobility?
A. Enterprise mobility is about mobilizing the business organization. It involves the
provisioning of tools, resources, and processes by the organization to allow its employees
to effectively perform their tasks while on the road or away from their workstations.
Typically, this involves an extension of business applications/solutions through the use of
portable and mobile devices.
Enterprise mobility is also mobilizing the organization within and beyond its four walls,
integrating business critical processes in a seamless and transparent manner over a
manageable platform so that information is available to decision makers in near real time,
anywhere over devices. Resource optimization, real-time and more effective decision
making as well as process optimization can be achieved to gain cost and competitive
advantages.
The industry has witnessed the uptake of enterprise mobility in successive waves. The
first wave of enterprise mobility technology adoption was centred around mobilizing basic
messaging applications such as email. The second wave of enterprise mobility
applications adoption was largely characterized by mobile enabling horizontal
applications such as sales force automation or field force automation.
The industry is now rapidly moving towards the third wave of adoption, which is focused
on mobilization of core processes of the enterprise. This necessitates a higher level of
commitment from technology providers. However, the industry wide standardization and
maturing of mobile computing, data capture and wireless access technologies means that
enterprises need to be relatively less concerned about the underlying technologies and
are able to focus on mobile enablement of their mission critical applications. The third
wave enterprise mobility solutions have a holistic approach towards mobility, leveraging a
range of devices with form factors, functionalities, wireless radio and applications suited
to the workforce type. The third wave is also seeing a convergence of Auto-Identification