The Strategy& Global ICT 50, an annual survey of the 50 most influential technology companies, finds that the battle for the cloud is heating up and every tech company will be affected. For more insights, visit strategy-business.com
Battle for the Cloud: The 2014 Strategy& ICT 50 StudyFlorian Gröne
The study ranks the 50 largest publicly held business-to-business suppliers of digitization-related products, services, and infrastructure. This year, cloud computing, digital fabrication, and the internet of things are transforming how companies build and manage their IT. Industry leaders at the forefront of these trends have already gained a competitive edge.
This document provides an overview of trends, drivers, and valuation metrics in the technology, media, and telecommunications (TMT) industry. It discusses how cloud computing, mobile technology, and social networks are converging and transforming the industry. Valuation of TMT companies has changed from using traditional discounted cash flow models to utilizing multiples of metrics like revenues, EBITDA, and free cash flows. The document analyzes sectors like media, communications chips, and storage and discusses company valuations and growth opportunities in these areas driven by developments in cloud, mobile, and social media.
Industrial revolutions are momentous events. By most reckonings, there have been only three. The first was triggered in the 1700s by the commercial steam engine and the mechanical loom. The harnessing of electricity and mass production sparked the second, around the start of the 20th century. The computer set the third in motion after World War II.
It might seem too soon to proclaim that the fourth industrial revolution, spurred by interconnected digital technology, has begun. But Henning Kagermann, the head of the German National Academy of Science and Engineering (Acatech), did exactly that in 2011, when he used the term Industrie 4.0 to describe a proposed government-sponsored industrial initiative.
When you look closely at the rapid pace of digitization in industry today, the name doesn’t seem hyperbolic at all. It is a signal of sweeping change that is rapidly transforming many companies and may catch others by surprise.
This document discusses a survey of 354 top executives about how they locate business information. It finds that a generational shift is occurring as executives from "Generation PC" who came of age professionally during the rise of personal computers assume leadership positions. Generation PC executives access information more frequently, see greater value in emerging Internet technologies, and are willing to retrieve information in different ways, such as via video or mobile devices. The Internet is the top information resource for executives, who prefer to search for information themselves rather than delegating research. Search engines are the primary starting point, and executives are willing to click around online and follow links. Video and online networks are emerging tools for executives, though text remains preferred. IT executives are most likely to use
The document summarizes the findings of a survey of 1,527 organizations in Melbourne and Victoria on their use of information and communication technology (ICT). Some key findings include: 71% use smartphones, 26% use IP telephony, 60% use Windows 7 as their operating system, 84% use laptops and 51% use tablets, 44% engage in teleworking, and 98% are connected to the internet mainly through broadband. The majority take steps to secure their networks and back up their data using methods like external hard drives, cloud storage, and tape backups.
The document discusses rebooting the Internet of Things (IoT) by moving away from centralized cloud-based models and toward decentralized architectures. It argues that for the IoT to scale sustainably, solutions need lower costs, stronger privacy protections, and durable business models. The author envisions an "Economy of Things" where connected devices can autonomously transact with each other via open-source technologies like peer-to-peer messaging, file sharing, and blockchains. Telecom providers are encouraged to develop analytics capabilities from IoT data and expose assets via APIs to collaborate in IoT ecosystems.
Australian Enterprises for the Digital EconomyVishal Sharma
This document summarizes research conducted by the National Institute of Economic and Industry Research (NIEIR) on how digital technologies will impact seven key industry sectors in Australia by 2025. The research models two potential futures for enterprises in each sector: a "leader" that fully embraces digital transformation, and a "follower" that does not significantly change. It finds that large performance gaps will open up between leaders and followers, with leaders enjoying significant advantages in areas like revenue, market share, and productivity. By 2025, these gaps could be worth hundreds of billions of dollars in combined market capitalization across some sectors. The research underscores the importance of Australian enterprises urgently transforming their business models for the digital age.
Battle for the Cloud: The 2014 Strategy& ICT 50 StudyFlorian Gröne
The study ranks the 50 largest publicly held business-to-business suppliers of digitization-related products, services, and infrastructure. This year, cloud computing, digital fabrication, and the internet of things are transforming how companies build and manage their IT. Industry leaders at the forefront of these trends have already gained a competitive edge.
This document provides an overview of trends, drivers, and valuation metrics in the technology, media, and telecommunications (TMT) industry. It discusses how cloud computing, mobile technology, and social networks are converging and transforming the industry. Valuation of TMT companies has changed from using traditional discounted cash flow models to utilizing multiples of metrics like revenues, EBITDA, and free cash flows. The document analyzes sectors like media, communications chips, and storage and discusses company valuations and growth opportunities in these areas driven by developments in cloud, mobile, and social media.
Industrial revolutions are momentous events. By most reckonings, there have been only three. The first was triggered in the 1700s by the commercial steam engine and the mechanical loom. The harnessing of electricity and mass production sparked the second, around the start of the 20th century. The computer set the third in motion after World War II.
It might seem too soon to proclaim that the fourth industrial revolution, spurred by interconnected digital technology, has begun. But Henning Kagermann, the head of the German National Academy of Science and Engineering (Acatech), did exactly that in 2011, when he used the term Industrie 4.0 to describe a proposed government-sponsored industrial initiative.
When you look closely at the rapid pace of digitization in industry today, the name doesn’t seem hyperbolic at all. It is a signal of sweeping change that is rapidly transforming many companies and may catch others by surprise.
This document discusses a survey of 354 top executives about how they locate business information. It finds that a generational shift is occurring as executives from "Generation PC" who came of age professionally during the rise of personal computers assume leadership positions. Generation PC executives access information more frequently, see greater value in emerging Internet technologies, and are willing to retrieve information in different ways, such as via video or mobile devices. The Internet is the top information resource for executives, who prefer to search for information themselves rather than delegating research. Search engines are the primary starting point, and executives are willing to click around online and follow links. Video and online networks are emerging tools for executives, though text remains preferred. IT executives are most likely to use
The document summarizes the findings of a survey of 1,527 organizations in Melbourne and Victoria on their use of information and communication technology (ICT). Some key findings include: 71% use smartphones, 26% use IP telephony, 60% use Windows 7 as their operating system, 84% use laptops and 51% use tablets, 44% engage in teleworking, and 98% are connected to the internet mainly through broadband. The majority take steps to secure their networks and back up their data using methods like external hard drives, cloud storage, and tape backups.
The document discusses rebooting the Internet of Things (IoT) by moving away from centralized cloud-based models and toward decentralized architectures. It argues that for the IoT to scale sustainably, solutions need lower costs, stronger privacy protections, and durable business models. The author envisions an "Economy of Things" where connected devices can autonomously transact with each other via open-source technologies like peer-to-peer messaging, file sharing, and blockchains. Telecom providers are encouraged to develop analytics capabilities from IoT data and expose assets via APIs to collaborate in IoT ecosystems.
Australian Enterprises for the Digital EconomyVishal Sharma
This document summarizes research conducted by the National Institute of Economic and Industry Research (NIEIR) on how digital technologies will impact seven key industry sectors in Australia by 2025. The research models two potential futures for enterprises in each sector: a "leader" that fully embraces digital transformation, and a "follower" that does not significantly change. It finds that large performance gaps will open up between leaders and followers, with leaders enjoying significant advantages in areas like revenue, market share, and productivity. By 2025, these gaps could be worth hundreds of billions of dollars in combined market capitalization across some sectors. The research underscores the importance of Australian enterprises urgently transforming their business models for the digital age.
IBM's Watson demonstrated early contextual computing capabilities by connecting information it had learned to draw context from the data and increase the available information 10-fold, despite having no internet access. Contextual computing replicates how humans understand complex scenarios by considering multiple perspectives and influences. The rise of smart devices that aggregate personal data provides an opportunity to apply individual context more broadly. Contextual computing will be important for enterprises to make sense of large and complex data in a similar holistic manner.
This document provides an overview of the Internet of Things (IoT) and how AT&T is helping businesses leverage IoT solutions. Some key points:
- By 2020, an estimated 50 billion devices will be connected to the Internet, including sensors in cars, appliances, and more. IoT is expected to nearly triple to a $1.7 trillion global market.
- AT&T has connected over 25 million devices to its network and added 1.6 million connected devices in one quarter in 2015. It experienced a 250% increase in IoT data usage from customers in the last 24 months.
- IoT can help businesses gain efficiencies, reduce costs, generate new revenue streams, and improve
The GTO 2013 focuses on this confluence, which is transforming the way companies deliver millions of systems, software, and services to billions of users. While each technology driver is important when considered individually, this confluence is fueling four “mega-trends” with significant implications for enterprises.
The document discusses emerging technology trends identified by IBM Research in its 2013 Global Technology Outlook report. It summarizes key findings regarding a new "fourth wave" of computing characterized by the confluence of social, mobile, cloud, big data and analytics technologies. This confluence is fueling four "mega-trends" with significant implications: growing scale and lower barriers of entry; increasing complexity yet more consumability; fast pace of change; and contextual overload. The document then provides more detail on two specific trends - "Mobile First" and "Scalable Services Ecosystems".
Summary of March 2015 BRIE-ETLA Special Issue in the Journal of Industry, Com...Petri Rouvinen
This special issue of the Journal of Industry, Competition and Trade focuses on the digital disruption and its societal impacts. Several articles examine how digitalization and cloud computing are transforming industries and challenging previous leaders. The transition from scarce to abundant computing resources through cloud architectures is disrupting the IT sector. The control point of platforms is shifting from devices to the cloud. While big data has potential, it has not yet led to disruptive new business models at a systemic level. National policies influence how digital changes impact countries, with debates emerging around issues like antitrust regulations.
Telecom 2020:Preparing for a very different tomorrowRob Van Den Dam
This document discusses how communications service providers (CSPs) need to prepare for significant changes in the telecom industry by 2020. It notes that over-the-top players now dominate digital communications and customer expectations are rising. CSP revenues are declining as traditional revenue streams like voice calls decrease. The document outlines forces like new technologies, data and analytics, and evolving customer demands that will drive changes for CSPs. It suggests CSPs focus on cost reduction, improving the customer experience, finding new revenue sources, and reinventing their enterprise to adapt to these challenges by 2020.
Report 3 the fourth industrial revolution - things to tighten the link betwe...Rick Bouter
This report was all about the fourth stage of the Industrial Revolution made possible by the far-reaching integration of Operational Technology (OT) and Information Technology (IT). The IT/OT convergence and the end-to-end ecosystems that are under development – from design and production to client interaction and advanced Maintenance, Repair & Overhaul (MRO) – enable a future in which appliances, devices, things and machines for professionals and private people will communicate with central systems, with one another, and with users for the purpose of providing the best possible facilities to makers, service providers, legislators and customers.
Source, Sogeti ViNT: http://vint.sogeti.com/internet-things-4-reports/
The document summarizes lessons learned from analyzing the financial performance of technology, media, and telecommunications (TMT) companies over the past five years (2009-2013). Key points:
- TMT companies dominated the top ten largest value creators across all industries during this period.
- Media and technology industries outperformed in creating shareholder returns, while telecom performed relatively poorly.
- Variation in performance within each industry was larger than across industries, showing the importance of company strategy.
- A small number of companies, like Apple, Google, Baidu, Naspers, and Tencent, created a disproportionate amount of total value.
The document discusses five key areas of IT infrastructure that organizations should evaluate and plan for their digital transformations:
1) End-user devices as the number of connected devices dramatically increases and must be managed, 2) Enterprise storage to accommodate exponentially growing data capture and storage needs, 3) Enterprise computing as consumer-centric mobile apps and wearables take center stage, 4) Networking capabilities must be strengthened to support real-time processing of vast data volumes without disruption, and 5) Security which is critical to prevent huge losses from data breaches. The infrastructure strategy is fundamental to designing a sound plan for digital business.
The document discusses the concept of contextual computing and the contextual enterprise. It begins by describing how IBM's Watson system was able to increase the amount of data and metadata available for reasoning by connecting related information and drawing context from existing data, without being connected to the internet. The document then defines contextual computing as applying a similar paradigm of understanding relationships between data and how different processes operate on that data. Finally, it discusses how smart devices can act as natural aggregators of personal context data and how that data can be used to deliver broader contextual applications and services.
Dti Telecommunications Industry white paperMyles Freedman
De Wet Bisschoff - MD Communications Media Technology Africa, Accenture has supplied this white paper to explain about the Digital Transformation Initiative
The document summarizes a presentation given by Bill Barney, CEO of Reliance Communications & Global Cloud Xchange, at the WAN Summit in San Jose on June 14, 2017 about how smart networks are changing the corporate WAN. Some key points from the presentation include: IT and networks have returned to the priority list of CEOs and CIOs globally due to increased use of technology in finance and business; apps have moved from customization for enterprises to customization for users; the cloud can give competitors advantages so enterprises need smart networks and orchestration layers; access will continue through Ethernet and MPLS but new technologies like SD-WAN will be used; and every enterprise will need to build or buy an orchestration
This report analyzes the US wireless telecommunications industry. It finds the industry is highly competitive with the four major players being Verizon, AT&T, T-Mobile, and Sprint. Porter's Five Forces analysis reveals intense rivalry between these competitors and high bargaining power of suppliers. Technological innovation and customer satisfaction are key success factors. The industry faces challenges from new entrants like Google and Apple but remains attractive due to continued demand for wireless services and technological advances.
This document discusses 5 trends that will impact businesses in 2020: 1) 5G mobility, 2) SD-WAN, 3) artificial intelligence, 4) Internet of Things, 5) communications platforms as a service. It provides examples of how each trend can benefit businesses and opportunities for partners to address these trends. The document also briefly mentions digital transformation, cybersecurity, and vertical markets that partners can target to help businesses with these changing technologies.
1. The document discusses technology trends and predictions for the year 2016. It focuses on four main drivers of change: the evolving customer experience, increased mobile commerce, real-time analytics, and intelligent machine-to-machine execution.
2. Ten key technology trends are predicted for 2016, including opportunities for digital transformation, increased security threats, advanced machine learning, greater use of analytics and business intelligence, the rise of the Internet of Things, and continued mobile transformation.
3. Companies that embrace digital transformation and leverage new technologies like analytics, IoT and mobile commerce will be able to differentiate themselves and redefine their value propositions in 2016. Security threats also remain a top concern as businesses move more operations online and
The document discusses how companies can optimize their digital infrastructure through a harmonious arrangement of digital systems, similar to how instruments in a symphony orchestra work together to produce a cohesive work. It notes many companies still rely on outdated core backend systems from the 1990s that hamper their abilities to keep up with competitors. To fully leverage new technologies like artificial intelligence, cloud computing, and APIs, companies require a holistic approach that brings all their digital capabilities together in a coordinated way. Only then can their various digital systems work in harmony to transform their businesses.
The document discusses how the Internet of Everything (IoE) will create $14.4 trillion in value for companies over the next decade. It identifies five main drivers of this value: improved asset utilization, employee productivity, supply chain efficiency, customer experience, and innovation. It provides examples of high-value IoE use cases including smart factories, which are expected to create $1.95 trillion in value through cost reductions, revenue growth, and better workforce collaboration enabled by machine-to-machine connectivity and data analytics. The document encourages business leaders to transform their organizations based on lessons from top IoE use cases in order to capture value from the IoE.
The 24-hour Siemens hackathon in Princeton, NJ brought together employees from different business units to collaborate and develop innovative concepts. Teams created projects in areas like remote infrastructure inspections, interactive data visualization, and cybersecurity monitoring. The winning project, SINET, proposed using cloud-based analytics with mobile devices to improve remote equipment inspections. Two runners up were OVERCASTIC for interactive management visualization and H@ck4B33r for a cybersecurity monitoring app. An invitation was extended to participate in the 2016 hackathon to further foster cross-unit collaboration and develop new innovations for Siemens.
Who is driving innovation in your business? Probrand Group
Probrand Group magazine provides credible articles written by leading tech journalists around driving innovation and transformation, mobility, supply chain and procurement, security, cloud and infrastructure.
The Global ICT 50: The Supply Side of DigitizationFlorian Gröne
For the top 50 companies providing IT and telecom hardware, software, and services, the world is changing dramatically. How these suppliers respond will transform the world for the rest of us. Based on an analysis of the four factors determining success for digital providers, this article shows why the four different supplier categories—hardware and infrastructure companies, software and Internet companies, IT service providers, and telecom operators—have different growth trajectories and competitive prospects.
As the boundaries blur among hardware, software, services, and telecom, tech sectors become less relevant. Tech companies now distinguish themselves through their strategic identity. This analysis of leading enterprise-oriented information and communications technology (ICT) companies shows them competing for customers -- but setting themselves apart in new ways.
IBM's Watson demonstrated early contextual computing capabilities by connecting information it had learned to draw context from the data and increase the available information 10-fold, despite having no internet access. Contextual computing replicates how humans understand complex scenarios by considering multiple perspectives and influences. The rise of smart devices that aggregate personal data provides an opportunity to apply individual context more broadly. Contextual computing will be important for enterprises to make sense of large and complex data in a similar holistic manner.
This document provides an overview of the Internet of Things (IoT) and how AT&T is helping businesses leverage IoT solutions. Some key points:
- By 2020, an estimated 50 billion devices will be connected to the Internet, including sensors in cars, appliances, and more. IoT is expected to nearly triple to a $1.7 trillion global market.
- AT&T has connected over 25 million devices to its network and added 1.6 million connected devices in one quarter in 2015. It experienced a 250% increase in IoT data usage from customers in the last 24 months.
- IoT can help businesses gain efficiencies, reduce costs, generate new revenue streams, and improve
The GTO 2013 focuses on this confluence, which is transforming the way companies deliver millions of systems, software, and services to billions of users. While each technology driver is important when considered individually, this confluence is fueling four “mega-trends” with significant implications for enterprises.
The document discusses emerging technology trends identified by IBM Research in its 2013 Global Technology Outlook report. It summarizes key findings regarding a new "fourth wave" of computing characterized by the confluence of social, mobile, cloud, big data and analytics technologies. This confluence is fueling four "mega-trends" with significant implications: growing scale and lower barriers of entry; increasing complexity yet more consumability; fast pace of change; and contextual overload. The document then provides more detail on two specific trends - "Mobile First" and "Scalable Services Ecosystems".
Summary of March 2015 BRIE-ETLA Special Issue in the Journal of Industry, Com...Petri Rouvinen
This special issue of the Journal of Industry, Competition and Trade focuses on the digital disruption and its societal impacts. Several articles examine how digitalization and cloud computing are transforming industries and challenging previous leaders. The transition from scarce to abundant computing resources through cloud architectures is disrupting the IT sector. The control point of platforms is shifting from devices to the cloud. While big data has potential, it has not yet led to disruptive new business models at a systemic level. National policies influence how digital changes impact countries, with debates emerging around issues like antitrust regulations.
Telecom 2020:Preparing for a very different tomorrowRob Van Den Dam
This document discusses how communications service providers (CSPs) need to prepare for significant changes in the telecom industry by 2020. It notes that over-the-top players now dominate digital communications and customer expectations are rising. CSP revenues are declining as traditional revenue streams like voice calls decrease. The document outlines forces like new technologies, data and analytics, and evolving customer demands that will drive changes for CSPs. It suggests CSPs focus on cost reduction, improving the customer experience, finding new revenue sources, and reinventing their enterprise to adapt to these challenges by 2020.
Report 3 the fourth industrial revolution - things to tighten the link betwe...Rick Bouter
This report was all about the fourth stage of the Industrial Revolution made possible by the far-reaching integration of Operational Technology (OT) and Information Technology (IT). The IT/OT convergence and the end-to-end ecosystems that are under development – from design and production to client interaction and advanced Maintenance, Repair & Overhaul (MRO) – enable a future in which appliances, devices, things and machines for professionals and private people will communicate with central systems, with one another, and with users for the purpose of providing the best possible facilities to makers, service providers, legislators and customers.
Source, Sogeti ViNT: http://vint.sogeti.com/internet-things-4-reports/
The document summarizes lessons learned from analyzing the financial performance of technology, media, and telecommunications (TMT) companies over the past five years (2009-2013). Key points:
- TMT companies dominated the top ten largest value creators across all industries during this period.
- Media and technology industries outperformed in creating shareholder returns, while telecom performed relatively poorly.
- Variation in performance within each industry was larger than across industries, showing the importance of company strategy.
- A small number of companies, like Apple, Google, Baidu, Naspers, and Tencent, created a disproportionate amount of total value.
The document discusses five key areas of IT infrastructure that organizations should evaluate and plan for their digital transformations:
1) End-user devices as the number of connected devices dramatically increases and must be managed, 2) Enterprise storage to accommodate exponentially growing data capture and storage needs, 3) Enterprise computing as consumer-centric mobile apps and wearables take center stage, 4) Networking capabilities must be strengthened to support real-time processing of vast data volumes without disruption, and 5) Security which is critical to prevent huge losses from data breaches. The infrastructure strategy is fundamental to designing a sound plan for digital business.
The document discusses the concept of contextual computing and the contextual enterprise. It begins by describing how IBM's Watson system was able to increase the amount of data and metadata available for reasoning by connecting related information and drawing context from existing data, without being connected to the internet. The document then defines contextual computing as applying a similar paradigm of understanding relationships between data and how different processes operate on that data. Finally, it discusses how smart devices can act as natural aggregators of personal context data and how that data can be used to deliver broader contextual applications and services.
Dti Telecommunications Industry white paperMyles Freedman
De Wet Bisschoff - MD Communications Media Technology Africa, Accenture has supplied this white paper to explain about the Digital Transformation Initiative
The document summarizes a presentation given by Bill Barney, CEO of Reliance Communications & Global Cloud Xchange, at the WAN Summit in San Jose on June 14, 2017 about how smart networks are changing the corporate WAN. Some key points from the presentation include: IT and networks have returned to the priority list of CEOs and CIOs globally due to increased use of technology in finance and business; apps have moved from customization for enterprises to customization for users; the cloud can give competitors advantages so enterprises need smart networks and orchestration layers; access will continue through Ethernet and MPLS but new technologies like SD-WAN will be used; and every enterprise will need to build or buy an orchestration
This report analyzes the US wireless telecommunications industry. It finds the industry is highly competitive with the four major players being Verizon, AT&T, T-Mobile, and Sprint. Porter's Five Forces analysis reveals intense rivalry between these competitors and high bargaining power of suppliers. Technological innovation and customer satisfaction are key success factors. The industry faces challenges from new entrants like Google and Apple but remains attractive due to continued demand for wireless services and technological advances.
This document discusses 5 trends that will impact businesses in 2020: 1) 5G mobility, 2) SD-WAN, 3) artificial intelligence, 4) Internet of Things, 5) communications platforms as a service. It provides examples of how each trend can benefit businesses and opportunities for partners to address these trends. The document also briefly mentions digital transformation, cybersecurity, and vertical markets that partners can target to help businesses with these changing technologies.
1. The document discusses technology trends and predictions for the year 2016. It focuses on four main drivers of change: the evolving customer experience, increased mobile commerce, real-time analytics, and intelligent machine-to-machine execution.
2. Ten key technology trends are predicted for 2016, including opportunities for digital transformation, increased security threats, advanced machine learning, greater use of analytics and business intelligence, the rise of the Internet of Things, and continued mobile transformation.
3. Companies that embrace digital transformation and leverage new technologies like analytics, IoT and mobile commerce will be able to differentiate themselves and redefine their value propositions in 2016. Security threats also remain a top concern as businesses move more operations online and
The document discusses how companies can optimize their digital infrastructure through a harmonious arrangement of digital systems, similar to how instruments in a symphony orchestra work together to produce a cohesive work. It notes many companies still rely on outdated core backend systems from the 1990s that hamper their abilities to keep up with competitors. To fully leverage new technologies like artificial intelligence, cloud computing, and APIs, companies require a holistic approach that brings all their digital capabilities together in a coordinated way. Only then can their various digital systems work in harmony to transform their businesses.
The document discusses how the Internet of Everything (IoE) will create $14.4 trillion in value for companies over the next decade. It identifies five main drivers of this value: improved asset utilization, employee productivity, supply chain efficiency, customer experience, and innovation. It provides examples of high-value IoE use cases including smart factories, which are expected to create $1.95 trillion in value through cost reductions, revenue growth, and better workforce collaboration enabled by machine-to-machine connectivity and data analytics. The document encourages business leaders to transform their organizations based on lessons from top IoE use cases in order to capture value from the IoE.
The 24-hour Siemens hackathon in Princeton, NJ brought together employees from different business units to collaborate and develop innovative concepts. Teams created projects in areas like remote infrastructure inspections, interactive data visualization, and cybersecurity monitoring. The winning project, SINET, proposed using cloud-based analytics with mobile devices to improve remote equipment inspections. Two runners up were OVERCASTIC for interactive management visualization and H@ck4B33r for a cybersecurity monitoring app. An invitation was extended to participate in the 2016 hackathon to further foster cross-unit collaboration and develop new innovations for Siemens.
Who is driving innovation in your business? Probrand Group
Probrand Group magazine provides credible articles written by leading tech journalists around driving innovation and transformation, mobility, supply chain and procurement, security, cloud and infrastructure.
The Global ICT 50: The Supply Side of DigitizationFlorian Gröne
For the top 50 companies providing IT and telecom hardware, software, and services, the world is changing dramatically. How these suppliers respond will transform the world for the rest of us. Based on an analysis of the four factors determining success for digital providers, this article shows why the four different supplier categories—hardware and infrastructure companies, software and Internet companies, IT service providers, and telecom operators—have different growth trajectories and competitive prospects.
As the boundaries blur among hardware, software, services, and telecom, tech sectors become less relevant. Tech companies now distinguish themselves through their strategic identity. This analysis of leading enterprise-oriented information and communications technology (ICT) companies shows them competing for customers -- but setting themselves apart in new ways.
Builders of the Digital Ecosystem: The 2013 Booz & Company Global ICT 50 StudyFlorian Gröne
In its second year, this study analyzes the top companies in the digitization ecosystem, describing which are prospering and which are not, and providing some guidance about why. Dividing them into four sectors—hardware, software, IT services, and telecom—we consider the factors that determine their influence: financial performance, portfolio strength, go-to-market footprint, and innovation and branding, as well as their strategic directions.
Top Technology Trends to Watch Out for in 2021Neil Johnson
The document discusses 5 top technology trends to watch for in 2021:
1. Hyperautomation, which uses tools like AI and machine learning to automate business processes.
2. Distributed cloud, which allows running computing infrastructure across multiple physical locations from a single control plane.
3. Digital twins, which are virtual representations of real-world systems that are growing in use and complexity.
4. Technology stacks, as companies will increasingly compete based on their technology investments.
5. Remote workforces, as the COVID-19 pandemic accelerated the transition to long-term remote work arrangements.
Three market trends drive collaborative value networks to the next levelARC Advisory Group
Three trends will drive changes in industrial companies over the next decade: 1) the shift in global economic power to emerging markets, 2) increased accessibility and capabilities of information technology, and 3) the rising influence of Millennials in the workforce. These trends will pressure companies to collaborate more extensively with partners throughout their value networks. Advanced IT can enable new forms of collaboration in design, production, and delivery. Leading companies will adapt by increasing information sharing and collaboration with customers and other partners across dynamic value networks.
The document discusses the findings of a survey of nearly 1,600 IT decision makers across Europe and the US regarding their use of cloud computing. Some key findings include:
1) There is no definitive answer on which types of applications are best suited for which infrastructure platforms, as many variables are at play.
2) While cloud adoption is growing, many IT decision makers still have concerns about whether cloud is living up to its potential.
3) Security-sensitive applications have been slow to migrate to the cloud due to concerns over security, compliance, and governance.
4) Managing cloud vendors and achieving bimodal IT is challenging for many organizations. Smoother migration paths and greater assistance are still needed.
Impact of Cloud on IT Consumption ModelsHiten Sethi
Cisco, in partnership with Intel®, sought to pinpoint how cloud is impacting IT. 4,226 IT leaders in 18 industries across nine key economies, developed as well as emerging were surveyed. The study results highlighted some interesting findings on IT's view of cloud, LOBs' increasing influence on IT purchasing, and what the future holds.
Microsoft Telecommunications Newsletter | May 2021Rick Lievano
In almost every conversation, I’m astounded by the amount of folks who mention the recent disruption that’s occurred in this industry. As the old adage goes: “…the only constant has been change.” Digital disruption has fueled digital transformation, and with the proliferation of companies offering broader arrays of services, enterprises are scrambling to keep up and offer newer and better things.
There’s been major consolidation across Telco and Media, and the fight for audience and revenue is more fierce than ever. As we have seen in these last few weeks, there have been industry changing merger talks between Warner Media and Discovery, Bouygues and M6 Groupe from Bertelsmann, and even Amazon and MGM. While we’re proud and confident in our most recent acquisitions, it’s safe to say that the competition is heating up.
The document discusses trends in information technology including the externalization, consumerization, and democratization of IT. It notes that IT innovation is increasingly driven by employees and customers rather than internal IT departments. Cloud computing is highlighted as an important trend, with different types of cloud services described. The transition from traditional data centers to private clouds is discussed. Key IT roles are also summarized. The document provides the perspective of Ondrej Felix on how chief information officers can be successful by governing IT through a well-defined architecture.
Economist Intelligence Unit: Preparing for Next-Generation CloudHitachi Vantara
Preparing for next-generation cloud: Lessons learned and insights shared is an Economist Intelligence Unit (EIU) research programme, sponsored by Hitachi Data Systems. In this report, the EIU looks at companies’ experiences with cloud adoption and assesses whether the technology has lived up to expectations. Where the cloud has fallen short of expectations, we set out to understand why. In cases of seamless implementation, we gather best practices from firms using the cloud successfully.
Over the last decade, cloud computing has transformed the market for IT services. But the journey to cloud adoption has not been without its share of twists and turns. This report looks at lessons that can be derived from companies' experiences implementing cloud computing technology.
Thinking out of the toolbox exec report - IBMSusanna Harper
This document discusses how digital technologies are powering an "operations revolution" by allowing companies to operate in new ways and transform industries. It highlights how the Internet of Things, mobility, cloud computing, and analytics are driving both operational innovation and new technology-enabled business models and products. While many companies have outlined digital operations strategies, most have far to go in execution. The document focuses on the technologies, security challenges, and talent needs for digital operations. It also provides examples of how predictive analytics is helping companies improve operations, products, and customer experiences.
One of the clearest expressions of this cloud-driven change is the emergence of lines of business (LOBs) — human resources, sales, R&D, and other areas that are end users of IT — both as direct consumers of cloud-based services, and as ever more prominent influencers of companies’ IT agendas.
The document discusses how the cloud is changing the business ecosystem. It provides an overview of key topics such as the drivers and challenges of cloud adoption, the changing IT ecosystem, and the impact of cloud computing on different industries. Specifically, the cloud allows organizations to access computing resources on-demand in a flexible, scalable and cost-effective manner. However, security and regulatory issues present challenges. The cloud is transforming roles and processes within organizations and among IT vendors. Industries like government, healthcare and education are seen to benefit greatly from the capabilities of the cloud.
This document discusses the need for telecommunications companies (telcos) to transform themselves into technology companies (techcos). It outlines three main drivers for this transformation: improving customer friendliness to meet rising consumer expectations set by internet companies, increasing innovativeness to compete with large global tech firms, and enhancing efficiency to become leaner. The document argues telcos must transform both their front-end digital experiences and back-end operations through automation in order to successfully make this transition and remain competitive. It examines different approaches telcos are taking to achieve IT transformations and the challenges they face.
Disruptive Technologies – A 2021 UpdateCTRM Center
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1. strategy+business
ISSUE 77 WINTER 2014
Kings of the Cloud
The leading companies in the tech industry are reworking their business
models to deliver everything-as-a-service.
BY OLAF ACKER, GERMAR SCHRÖDER,
AND FLORIAN GRÖNE
REPRINT 00285
2. TECHNOLOGY
by Olaf Acker, Germar Schröder,
and Florian Gröne
The transition to a digitized
business environment is
happening with remark-able
speed. Companies are gather-ing
and analyzing huge amounts of
data, transforming their manufac-turing
processes with digital fabri-cation
and other technologies, and
incorporating the Internet of Things
in their products and processes (see
“A Strategist’s Guide to the Internet
of Things,” by Frank Burkitt, s+b,
Winter 2014). The companies at the
forefront of these technology indus-try
trends have already gained a com-petitive
edge over their slower rivals.
A key factor has been the move
to cloud computing. Virtually every
large organization is using inter-connected,
shared infrastructure—
comprising servers, software, con-nections,
and information—in a
utility-like fashion, connected over
the Internet. Both public clouds
(shared by customers) and private
clouds (dedicated to one com-pany)
are rapidly increasing their
power and prevalence. Without the
cloud, it would be far more diffi-cult
for companies to gather, store,
analyze, and use the mountains
of data so critical to success today.
And as cloud computing becomes
ubiquitous, it affects just about
every aspect of the information and
communications technology (ICT)
industry, the industry that makes
business digitization possible.
Current technology trends are
lowering the prices of IT services
and software, and shifting them
from outright purchases to flexible
subscriptions. For the suppliers of
digitization, this may initially push
down IT revenues, but in the lon-ger
run it could lock in customer
relationships, enable speedier cus-tomization
of products and services,
and intensify innovation and global
expansion. The net effect may be to
concentrate business further around
the top few industry players, which
will all offer cloud-based platforms
at a massive global scale.
These trends are evident in
Strategy&’s third annual analysis of
the Global ICT 50, the leading pro-viders
of information and commu-nications
technology for enterprises.
Each year, we analyze and rank the
influence and business success of the
50 largest publicly held companies
that supply digitization-related prod-ucts,
services, and infrastructure to
businesses, governments, and other
organizations around the world.
Our goals are to provide the industry
with a view of its strongest compa-nies
and to help large customers bet-ter
understand their technological
options, especially in building their
own distinctive capabilities.
The Global ICT 50 rankings
are based on a carefully weighted
formula that takes four critical cri-teria
into account: financial perfor-
Kings of the Cloud
The leading companies in the tech industry
are reworking their business models to deliver
everything-as-a-service.
Current trends are lowering the
prices of IT services and software,
and shifting them from outright
purchases to flexible subscriptions.
1
Illustration by Lars Leetaru
essay technology
3. HW and Infrastructure Software and Internet IT Service Providers Telecom Operators
mance, portfolio strength, go-to-market
footprint, and innovation
and branding. We select the 50 larg-est
public companies serving enter-prises
from four major sectors and
rank them according to our criteria
(see Exhibit 1). Because the Global
ICT 50 rankings are weighted to-ward
business-to-business activity,
they tend to favor companies in that
sphere. Major consumer-oriented
companies, such as Apple and
Google, tend to appear on the list,
but not at the top. The sectors are:
• Hardware and infrastruc-ture.
Companies such as Apple,
Cisco Systems, Hewlett-Packard
(HP), and Xerox make the PCs,
smartphones, tablets, routers, and
telecom networking equipment
that underpins our digital world.
As their products become commod-itized,
many hardware makers are
diversifying into software, services,
and other businesses.
• Software and Internet. Com-panies
such as Google, Microsoft,
Oracle, and SAP produce programs,
WATCH LIST 2014*
data systems, and Internet-based
(increasingly cloud-based) services.
This sector has seen considerable
change; three of the eight companies
on last year’s list have been replaced.
• IT service providers. These
companies offer critical IT ser-vices,
including network hosting,
enterprise-level business application
management, and hardware and
software integration. There are three
subcategories: Global service provid-ers,
such as Accenture, CSC, and
IBM, serve clients around the world.
Regional service providers, whose
business is limited to local relation-ships,
continue to struggle; five out
of seven dropped off the 2013 list,
replaced by a new five. Offshore ser-vice
providers, including HCL, In-fosys,
and Wipro, are mostly based
in India but offer their wares world-wide.
They continue their long and
robust expansion into new markets.
• Telecom operators. Com-panies
such as AT&T, NTT, and
Vodafone offer a variety of commu-nications
services—including fixed
and mobile voice and broadband,
and often Internet-based television.
This year’s results suggest that
competition in the ICT industry
is much more difficult than it was
even 12 months earlier. Enterprise
customers for hardware, software,
and services have more options and
are becoming more sophisticated in
linking their technology purchases
to strategy. Consolidation is also
having an effect: For example, al-though
telecommunications compa-nies
continue to struggle for growth,
their profitability is improving after
a year of mergers and acquisitions.
Global reach, in the form of a broad-er
geographic footprint, is becoming
a prerequisite for success in this in-dustry,
particularly in services.
Most important, activity is rap-idly
migrating to online intercon-nected
computing resources. The
top competitors in the Global ICT
50—particularly the top five, which
are IBM, Microsoft, SAP, Oracle,
and Cisco Systems—might not have
been considered one another’s direct
competitors a few years ago (see Ex-hibit
2, next page). Now they offer a
number of similar products and ser-
Exhibit 1: The 2014 Global ICT 50, plus Watch List
Accenture (global)
Atos (regional)
Capgemini (global)
Cognizant (offshore)
CSC (global)
HCL (offshore)
IBM (global)
Infosys (offshore)
TCS (offshore)
Wipro (offshore)
• Automatic Data
• Capita
• CGI
• Fidelity National
• Fiserv
Alcatel-Lucent
Apple
Cisco Systems
Ericsson
EMC
Fujitsu
Hitachi
Hewlett-Packard
NEC
Ricoh
Samsung
Toshiba
Xerox
• Intel
• Lenovo
• Qualcomm
Amazon
Google
Microsoft
Oracle
SAP
• Amdocs
• Sage
• Symantec
Adobe
CenturyLink
China Telecom
China Unicom
Huawei
Salesforce.com
SoftBank
Windstream
ZTE
*Fast-growing companies with expected significant impact on ICT services industry
Source: Strategy& analysis
AT&T
BT
China Mobile
Deutsche Telekom
KDDI
KPN
NTT
Orange / France Telecom
Telefónica
Verizon
Vodafone
• Entered ICT 50
This year’s results suggest that
competition in the ICT industry
is much more difficult than it was
even 12 months earlier.
essay technology
2
4. 2014 2013 Company
vices, all with an increasingly cloud-centered
portfolio. Elsewhere on the
Global ICT 50 list, companies with
a cloud orientation are moving up,
while others move down or even
drop off the list. The industry lead-ers
are seeking dominant positions,
wanting to become the kings of the
cloud. As a group, they are putting
distance between themselves and
the second tier of followers.
Changing Currents
On the surface, the Global ICT 50
list might seem relatively stable, es-pecially
for its highest-ranked com-panies.
Only two firms moved out of
the top 15 this year. Atos, a services
firm based in Europe, lost ground to
companies with broader geographic
markets, and Adobe dropped all the
way out of the top 50 because of a
steep one-time decline in revenue
following its shift from a licensing
to a subscription software model.
Its revenues are expected to revive
soon, at which point it will likely re-join
the list. Replacing those two in
the top 15 were EMC, a U.S.-based
cloud storage and services company
(and the fastest-rising among the
top 15), and HCL, an offshore IT
services firm, which is also rapidly
moving into cloud-based services.
Nonetheless, a full 22 percent of
the list is different from last year’s.
A few well-known global compa-nies
slipped off, including Adobe
(as noted), BlackBerry (RIM), Dell
(because it is no longer a public com-pany),
and Yahoo. Companies join-ing
the list include Intel, Lenovo,
Qualcomm, and Symantec (see
“Lenovo Goes Global,” by William
J. Holstein, s+b, Autumn 2014). We
also keep a watch list of companies
whose rapid growth suggests they
could be contenders for future lists.
These include the Japanese tele-communications
firm SoftBank;
four Chinese companies (Huawei
and ZTE [hardware] and China
Telecom and China Unicom [tele-com]);
and four U.S. companies
(Adobe, Salesforce.com, and two
telecom companies that provide In-ternet-
based services, CenturyLink
and Windstream Communications).
The financial picture also indi-cates
significant underlying change.
Together, the companies that make
up this year’s Global ICT 50 posted
US$2.22 trillion in revenues, 2 per-cent
more than they did the year
before, while the companies’ aver-age
profit margin stayed stable, at
15.4 percent. Software and Internet
companies, as usual, performed dis-proportionately
well, with revenues
up 11 percent, to $284 billion. But
their margins, although the stron-gest
of any category, were down
from the previous year—from 25
percent to 22.5 percent of revenues.
This supports the conclusion that
the ascending products and services,
such as cloud computing and other
subscription-based services, don’t
produce the earnings that license-based
services have in the past.
The hardware and infrastruc-ture
sector experienced respectable
growth in revenues this year, reach-ing
$858 billion, up 3 percent from
the prior year, but margins overall
have not improved at all in what is
increasingly a commodity business.
Most of the companies in this cat-egory
made little or no profit. The
exceptions included Apple, which
captured more than 40 percent of
the profits in smartphones and tab-lets,
and Samsung, Intel, and Cisco,
which each had profits of more than
$10 billion.
Given maturing markets and
legacy technologies, it isn’t clear how
well the IT services sector can keep
up with the changing market—
particularly the move to the cloud,
which makes some traditional out-sourcing
offerings less relevant.
As for telecom, although its profit
margins rose in 2014 by 3 percent-age
points, to 18 percent, the reason
probably had to do with short-lived
events: consolidation and cost-oriented
restructuring efforts. The
boom in mobile telephony helped
revenues, but at the same time com-petition
intensified. If you are a tele-com
company leader, this is not a
time for complacency.
The data on geographic foot-prints
shows the increasing impor-tance
of global expansion. Among
the service providers, for example,
global companies are thriving most,
thanks to their ability to apply their
capabilities around the world. Some
are operating massive hubs in low-cost
labor centers such as India.
The offshore IT services players are
similarly broadening their footprint,
aggressively buying up market share
in mature, high-spending markets.
Their footprints remain small, much
smaller than those of the global gi-ants,
but with strong momentum.
Exhibit 2: The Top 15 in the ICT 50
IBM
Microsoft
SAP
Oracle
Cisco Systems
Apple
Samsung
Google
Hewlett-Packard
Accenture
TCS
Amazon
EMC
Infosys
HCL
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
1
3
4
2
5
6
10
8
7
9
11
13
21
12
18
RANK
Source: Strategy& analysis
essay technology
3
strategy+business issue 77
5. and this has given each of them an
advantage in scale and scope. If the
ranking criteria (financial perfor-mance,
portfolio strength, go-to-market
footprint, and innovation
and branding) are, as we believe,
accurate predictors of digitization
impact, then IBM, Microsoft, SAP,
Oracle, and Cisco Systems could be-come
the pacesetters of cloud com-puting,
competing to bring enter-prises
a new level of proficiency.
IBM has been an active pro-ponent
of migration to the cloud.
Starting with its “on-demand” offer-ings
in the early 2000s, it has filed
more than 1,500 cloud-related pat-ents,
and has made at least 15 cloud-related
acquisitions valued at more
than $7 billion. In 2013, it took in
All five of the top-ranked
companies appear to be basing
their future on cloud computing.
$4.4 billion in cloud-based revenue,
up 69 percent from the prior year.
IBM’s offerings for the cloud
include infrastructure-as-a-service
(IaaS) for underlying storage and
computing capacity, platform-as-a-
service (PaaS) for application de-velopment
and deployment, and
software-as-a-service (SaaS) for serv-ing
end-users within enterprises.
Together, these represent one of the
company’s three main strategic im-peratives.
The others are big data
and analytics, and enterprise mobil-ity.
The cloud is particularly critical
to the company’s strategy, because
it provides the underpinning fabric
that makes the other two impera-tives
possible.
Microsoft is similarly intent on
migrating its enterprise infrastruc-ture
and application business to the
cloud. Despite the challenges this
company has encountered on the
consumer-facing side of its business,
it is extremely successful overall. The
enterprise division, which is made
up of the servers, cloud computing,
and programming tools businesses,
represents almost half of Microsoft’s
total $80 billion in revenue, and al-most
two-thirds of its $60 billion in
gross earnings.
The firm is expanding its cloud-based
software-as-a-service business,
which has consistently had double-digit
annual growth or better, and
which currently has more than $1
billion in annual revenues. The two-year-
old cloud-based Office 365 of-fering
has also been successful, more
than doubling its revenue in its sec-ond
year. Microsoft’s other cloud-based
offerings include Azure (IaaS)
and customer relations manage-ment;
it competes directly with the
category leader, Salesforce.com. The
company’s well-established capabil-ity
for building relationships with
IT professionals is a critical strength.
Its brand is ranked number five by
Interbrand, and it has more than
$80 billion in cash to help it fight
the battle for the cloud.
SAP, which offers enterprise
computing infrastructure, data
analytics, and software platforms
tagged to industry verticals, is a
relative latecomer to the cloud. It
began the transition around 2012,
with help from the acquisition of
the human capital software com-pany
SuccessFactors. SAP recently
announced the creation of a new
business unit devoted to cloud-based
products for vertical industries, in-cluding
the Internet of Things and
e-health offerings.
SAP’s move into the cloud has
led to a growth rate of 60 percent
Telecom companies remain tied to
their investments in local infrastruc-ture,
but the cloud makes it easier
for global competitors to move in.
ICT growth in emerging mar-kets
has slowed, particularly as
economic growth has peaked in
countries such as Brazil, India, and
Russia. China is still a major ICT
purchaser, on a par with Japan, but
ICT market activity is shifting to
mature economies, at least in the
short term, as organizations convert
their legacy IT systems to the cloud.
The final component in our
ranking involves the relative strength
of the companies’ innovation efforts
and the value of their global brands.
In 2014, six of the 10 most innova-tive
companies from the Strategy&
Global Innovation 1000 study
(see s+b, Winter 2014) were also
in the top 15 of the Global ICT
50: Amazon, Apple, Google, IBM,
Microsoft, and Samsung. This is sig-nificant
because the Global Innova-tion
1000 contains companies from
all industries. There is also some
correlation with Interbrand’s 2013
study of brand reputation, which
placed six Global ICT 50 compa-nies
among its top 10 global brands:
Apple, Google, IBM, Amazon, Mi-crosoft,
and Samsung.
Fighting for the Cloud
All five of the top-ranked Global
ICT 50 companies appear to be bas-ing
their future on cloud comput-ing.
They have invested heavily in
it, through innovation and M&A,
eessssaayy tteecchhnnoollooggyy
4
6. in cloud-based revenues in early
2014, even as it plans to maintain
its slower-growth but higher-margin
non-cloud business. In the Global
ICT 50, the company is currently
ranked number three in its subsector
in financial health, and, should its
combined cloud and non-cloud plan
work out, it should maintain or even
improve that ranking.
Oracle was both early and cau-tious
in moving to the cloud. It
introduced its CRM On Demand
offering in 2006, and made a num-ber
of high-profile, cloud-relevant
acquisitions: J.D. Edwards, People-
Soft, Sun Microsystems, and, more
recently, Responsys, a provider of
cloud-based B2C marketing soft-ware.
Oracle ranks first among the
Global ICT 50 in portfolio strength,
and its cloud services are increas-ingly
responsible for this, especially
in private systems tailored to indi-vidual
companies. It is launching its
own cloud-based database platform
to compete with similar offerings
from Amazon and others.
But Oracle also lags behind its
rivals in offering cloud-based CRM,
SaaS, and office productivity so-lutions.
Just 3 percent of its 2013
revenue was derived from its cloud
offerings; its success has largely de-pended
on providing database and
CRM software through a non-cloud,
premises-based model. It is
reframing its software portfolio as an
enterprise app store, letting custom-ers
decide whether to go the cloud
route or maintain their existing sys-tem
behind its corporate firewalls.
Whether it decides to more tightly
integrate all of its acquisitions into a
full-service cloud offering for enter-prises
remains to be seen.
The fifth-ranking company,
Cisco Systems, takes a distinctive ap-proach.
Rather than offering cloud
services directly to enterprise end-users,
it provides them with the in-frastructure
and platforms needed to
build computing clouds themselves.
Cisco isn’t the first entrant into this
market, but according to the Syn-ergy
Research Group, it sells more
of the hardware on which the cloud
is based than does any other player.
It also emphasizes integrated solu-tions;
for example, Cisco’s Unified
Data Center and UCS IaaS products
unite computing, networking, stor-age,
management, and virtualiza-tion
into a single system oriented to
improve operating efficiencies.
Given this focus on selling
underlying components—especially
networking hardware and servers—
it is natural for Cisco to pursue an
open, standards-based approach. Its
goal is to help customers avoid be-ing
locked into a single vendor or
platform—while relying on Cisco,
of course, for a good share of the
technology. Cisco has a long his-tory
of supercharging its innovative
capabilities through strategic acqui-sitions.
It has acquired more than
170 companies since 1993. Over
the next two years, it plans to invest
more than $1 billion to build its ex-panded
cloud business. Thanks to
its strong cash position, it can afford
to keep building out its portfolio.
It will probably become a key en-abler
of the growth of the Internet
of Things.
Consolidation and Competition
What are the implications for com-panies
in the technology industry?
This year’s study shows just how
competitive and concentrated the
industry has become. The battle for
a share of the cloud services market
is fierce, but the same can be said for
providers of big data and analytics,
social media, and, increasingly, the
Internet of Things. Size matters,
too, especially when selling to large
corporations—as IBM’s number one
spot in the rankings this year dem-onstrates.
And the fact that all of the
top five Global ICT 50 companies
are growing their businesses aggres-sively
through acquisition suggests
the importance of building com-plete
portfolios quickly.
But no single technology pro-vider
can be all things to all en-terprises,
and there are plenty of
profitable niches to be found in the
market. Success will come to those
ICT companies that focus on a dis-tinctive
edge, finding a combination
of capabilities and product portfo-lios
that best enable them to pursue
their chosen strategy.
The greatest opportunity in
this story is for the technology users;
the companies that purchase ICT
and use it to serve their custom-ers
in their own distinctive ways.
The rise of the cloud has leveled
the playing field, broadening access
and lowering costs for many types
of ICT offerings. Specialized ac-cess
to enterprise ICT is becoming
a commodity; small companies can
benefit from the same services as in-dustry
leaders. Cloud-based services
No single provider can be all
things to all enterprises, and there
are plenty of profitable niches.
essay technology
5
strategy+business issue 77
7. can build on modular designs to
create unique capabilities that fulfill
their own strategies, without hav-ing
to replicate the functions, or the
best practices, of their competitors.
Technology can now more easily be
a vehicle for strategic choice: a way
to determine what a company can
do best, and to put that understand-ing
into practice. The information
and communications technology
providers that realize this, and make
it more feasible through their offer-ings,
will be the leaders of the Glob-al
ICT 50 for many years to come. +
Reprint No. 00285
Olaf Acker
olaf.acker@strategyand.pwc.com
is a partner with Strategy& based in
Frankfurt and Dubai. He focuses on
business technology strategy and digital
operating model transformation programs
for global companies in the telecommuni-cations,
media, and technology industries.
Germar Schröder
germar.schroeder@strategyand.pwc.com
is a partner with Strategy& based in
Frankfurt. He focuses on communications
clients and ICT service providers, and has
led several initiatives for product develop-ment,
go-to-market, and operating model
design, specifically for the cloud.
Florian Gröne
florian.groene@strategyand.pwc.com
is a principal with Strategy& based in New
York and Berlin. He works with communi-cations,
media, and technology companies
on new customer experiences, products,
and services, and building operating and
technology models for the digital age.
Also contributing to this article were
Strategy& senior associate Florian Muhss,
associate Markus Weiss, and s+b contribut-ing
editor Edward H. Baker.
This article is based on the third annual
Strategy& Global ICT 50 study. For the full
report, the methodology, and previous
years’ studies, see www.strategyand.pwc
.com/2014-ICT50.
essay technology
6