Accenture’s latest research for our Technology Vision 2019, our annual checkpoint on the technology priorities which businesses should start planning for now, offers the first trend as “DARQ power”. This research and our work with the leading CSPs across the globe mean that we firmly believe that distributed ledger technology, artificial intelligence (AI), extended reality (XR) and quantum computing will be the next set of new technologies to spark a step change in allowing the reimagination of entire industries. Read more about this trend and the research results for the Communications Industry here: www.accenture.com/telcoblockchain
This document discusses night vision technology. It begins with an introduction to night vision and how humans have poor night vision compared to animals. It then discusses the history of night vision, including early development during World War II using infrared filters and searchlights. The document explains how night vision works using thermal imaging and image enhancement technologies. It describes the different generations of night vision devices and their applications in fields like the military, hunting, and security. The document concludes by discussing future advances in night vision technology.
The document discusses emerging technologies in the automotive industry and their potential impacts. It notes that while technologies like AI, cloud, and mobility solutions were once differentiating, they are now expected standards. The document introduces four newer technologies, called DARQ (Distributed Ledger, AI, Extended Reality, and Quantum Computing), that have the potential to power significant innovation and transformation over the next three years. It argues that automakers must adapt their technology strategies, operating models, and foundations to stay competitive in the emerging mobility landscape and take advantage of opportunities from new technologies.
Accenture Communications Industry 2021 - Connectivity Optimizeraccenture
The document discusses strategies for telecommunications companies to optimize connectivity operations called the "Connectivity Optimizer" play. It describes embracing technologies like AI, analytics, cloud, and digital tools to become more efficient and effective. This would transform operations to address cost pressures and create conditions for innovation. A deeper dive into the Connectivity Optimizer play and other value plays can be found at the listed website.
Accenture's Technology Vision 2021 details emerging technology trends that will help companies get back on track & build their future post COVID-19. Read more.
Night vision technology allows humans to see in low-light conditions using either thermal imaging or image enhancement. Thermal imaging detects infrared radiation emitted or reflected from objects, while image enhancement devices like night vision goggles amplify available light below the visible spectrum. Night vision devices have progressed through several generations with improved resolution, sensitivity, and tube life. They are commonly used for military, hunting, wildlife observation, security, and automotive applications.
The document describes a vehicle security system project created by students. The system uses GPS and GSM modules to track vehicle location and block the fuel tank and steering via mobile application if an unauthorized person tries to use the vehicle. It was created to address vehicle theft. The project involved research on components, developing prototypes, and creating class, use case, and sequence diagrams to design the system and mobile application. The goal was to allow vehicle owners to monitor and control their vehicle remotely via a mobile app.
The document is a seminar report submitted by Faheem M M to the APJ Abdul Kalam Technological University in partial fulfillment of the requirements for a Bachelor of Technology degree in Mechanical Engineering. The report discusses digital twin technology, providing an introduction, literature review, explanation of how digital twins work and are implemented, steps to create a digital twin, underlying technologies, advantages, disadvantages, applications, and conclusion.
This document discusses night vision technology. It begins with an introduction to night vision and how humans have poor night vision compared to animals. It then discusses the history of night vision, including early development during World War II using infrared filters and searchlights. The document explains how night vision works using thermal imaging and image enhancement technologies. It describes the different generations of night vision devices and their applications in fields like the military, hunting, and security. The document concludes by discussing future advances in night vision technology.
The document discusses emerging technologies in the automotive industry and their potential impacts. It notes that while technologies like AI, cloud, and mobility solutions were once differentiating, they are now expected standards. The document introduces four newer technologies, called DARQ (Distributed Ledger, AI, Extended Reality, and Quantum Computing), that have the potential to power significant innovation and transformation over the next three years. It argues that automakers must adapt their technology strategies, operating models, and foundations to stay competitive in the emerging mobility landscape and take advantage of opportunities from new technologies.
Accenture Communications Industry 2021 - Connectivity Optimizeraccenture
The document discusses strategies for telecommunications companies to optimize connectivity operations called the "Connectivity Optimizer" play. It describes embracing technologies like AI, analytics, cloud, and digital tools to become more efficient and effective. This would transform operations to address cost pressures and create conditions for innovation. A deeper dive into the Connectivity Optimizer play and other value plays can be found at the listed website.
Accenture's Technology Vision 2021 details emerging technology trends that will help companies get back on track & build their future post COVID-19. Read more.
Night vision technology allows humans to see in low-light conditions using either thermal imaging or image enhancement. Thermal imaging detects infrared radiation emitted or reflected from objects, while image enhancement devices like night vision goggles amplify available light below the visible spectrum. Night vision devices have progressed through several generations with improved resolution, sensitivity, and tube life. They are commonly used for military, hunting, wildlife observation, security, and automotive applications.
The document describes a vehicle security system project created by students. The system uses GPS and GSM modules to track vehicle location and block the fuel tank and steering via mobile application if an unauthorized person tries to use the vehicle. It was created to address vehicle theft. The project involved research on components, developing prototypes, and creating class, use case, and sequence diagrams to design the system and mobile application. The goal was to allow vehicle owners to monitor and control their vehicle remotely via a mobile app.
The document is a seminar report submitted by Faheem M M to the APJ Abdul Kalam Technological University in partial fulfillment of the requirements for a Bachelor of Technology degree in Mechanical Engineering. The report discusses digital twin technology, providing an introduction, literature review, explanation of how digital twins work and are implemented, steps to create a digital twin, underlying technologies, advantages, disadvantages, applications, and conclusion.
The document discusses touchless touchscreen technology, including touch walls that use infrared lasers to scan surfaces, touchless UIs that sense finger movements in 3D space without touching the screen, and touchless monitors that detect 3D motion without sensors. It provides examples of touchless technology inspired by Minority Report including eye tracking, gesture recognition, and motion sensing devices. The document concludes that touchless interfaces could transform bodies into virtual input devices in the future.
The Industrialist: Trends & Innovations - November 2022accenture
The document provides summaries of various innovations in industrial technology, including Mitsubishi Electric developing an AI system that reduces motor design time from one day to three hours, MAN Energy Solutions and ABB collaborating on a dual-fuel propulsion system for ships to reduce emissions, and Eurotech launching an edge AI solution for public transportation that uses computer vision to classify passengers.
This document summarizes how speed cameras detect vehicle speed using Doppler radar technology. Speed cameras transmit radar signals that bounce off vehicles and return to the camera. The difference in frequency of the transmitted and returned signals, known as the Doppler effect, allows the camera to calculate the vehicle's speed. Speed cameras were introduced in the 1990s and have been shown to reduce road accidents and casualties by deterring speeding. The document discusses how Doppler radar works, the basic components and principles of speed cameras, and their effectiveness even in poor weather conditions. It stresses the importance of public awareness about how speed cameras promote road safety.
Night vision is technology that provides users with some vision in total darkness and improved vision in low-light environments.
The most common applications include night driving or flying, night security and surveillance, wildlife observation, sleep lab monitoring and search and rescue. Night vision is often used by the military and also has recreational purposes, like use on home video cameras or during night hiking.
The document discusses the dilemma of smart, connected products that are constantly updated through software releases. As products gain new capabilities, traditional notions of ownership are challenged. This state of "forever beta" can overwhelm customers if not properly addressed. Enterprises must shift to long-term perspectives on product support and data practices to ensure positive customer experiences over the lifetime of connected products. By embracing continuous evolution, companies can build new types of relationships with customers centered around unique, personalized experiences.
Vehicular communication systems allow vehicles and roadside units to communicate and share information such as safety warnings and traffic updates. Vehicles can communicate using radio waves or infrared signals. Different radio bands like VHF, micro, and millimeter waves can be used. Bluetooth operates at 2.4 GHz and works up to 80 km/h and 80 meters. Static parameters identify a vehicle's size and GPS location, while dynamic parameters provide real-time position, speed, direction, and status of vehicle components. Information sharing between vehicles can provide safety and traffic benefits but also introduces security vulnerabilities like impersonation, jamming, and forgery of false information.
Automatic number plate recognition (ANPR) uses optical character recognition on images to read vehicle registration plates. It has seven elements: cameras, illumination, frame grabbers, computers, software, hardware, and databases. ANPR detects vehicles, captures plate images, and processes the images to recognize plates. It has advantages like improving safety and reducing crime. Applications include parking, access control, tolling, border control, and traffic monitoring.
The document discusses Movimento's vision for a software defined car (SDC) through an OTA platform. It proposes defining virtual boundaries for car components through a car software agent and ECUs with wired connectivity and software/data management capabilities. The SDC platform would allow for over-the-air software/data management from the cloud to vehicle ECUs and components. This approach aims to address challenges with current OTA processes like escalating validation burdens and inconsistent handling of vehicles from R&D to post-sale.
This document announces a webinar on using the metaverse to accelerate sustainability through ESG digital transformation. The webinar will discuss how the metaverse can form a collaborative virtual shared space to innovate ESG management. It will cover the key components and enabling technologies of the metaverse, how AI, blockchain and IoT can support sustainability, and examples of using digital twins and the metaverse to invest in sustainable cities and infrastructure. The speaker is an expert on digital transformation and ESG who will provide perspectives on integrating the metaverse and ESG digital innovation.
Tele immersion is a new arrising technology enables users to communicate with each other which are located remotely as they are together in same room or place...
This ppt includes all the basic aspect of tele immersion...
The document discusses a pill camera, which is a capsule endoscopy device used to examine the small intestine. It consists of a pill-sized capsule containing a camera, light source, and transmitter. Patients swallow the capsule, which passes naturally through the digestive tract while transmitting thousands of images. These images are received by a sensor array worn by the patient and recorded for physicians to review on specialized software. The capsule does not require sedation and allows examination of the entire small intestine, providing a more complete evaluation than other endoscopic methods. Key advantages include it being non-invasive, comfortable for patients, and providing better imaging of hard to reach areas of the digestive tract.
This document discusses tele-immersion, which combines virtual reality display and interaction techniques to allow users to view dynamic 3D representations of remote environments from different perspectives as they move their heads. Tele-immersion differs from video conferencing by enabling this dynamic first-person view. It also differs from virtual reality by only allowing viewing of remote 3D environments, not interaction within them. Potential applications of tele-immersion discussed include remote medical training, automobile engineering, and education.
Accenture publishes its technology vision annually. It is a distillation of our extensive research over the course of the previous 12 months, the experiences of our research teams and the input of our clients. In it, we outline the emerging technology trends that forward-thinking CIOs will use to position their organizations to drive growth and high performance, rather than just focusing on cost-cutting and efficiency improvements.
Business leaders now accept that their organizations’ future success is bound up with their ability to keep pace with technology. CIOs have to play a key role in helping these business leaders recognize and seize the opportunities enabled by new trends—but the price of progress will have to be paid, along with new risks assumed.
We believe six technology trends will influence business over the next three to five years:
Context-based services. Where you are and what you are doing will drive the next wave of digital services.
Converging data architectures. Successfully rebalancing the data architecture portfolio and blending the structured with the unstructured are key to turning data into new streams of value.
Industrialized data services. The ability to share data will make it more valuable—but only if it is managed differently.
Social-driven IT. Realize that social is not just a bolt-on marketing channel. It will have true business-wide impact.
PaaS-enabled agility. The maturing platform-as-a-service (PaaS) market will shift the emphasis from cost-cutting to business innovation, supporting rapid evolution for business processes that need continuous change.
Orchestrated analytical security. Organizations will have to accept that their gates will be breached and begin preparing their second line of defense—data platforms—to mitigate the damage caused by attacks that get through.
Digital twins are precise virtual representations of physical objects that use collected data from sensors to display information. They consist of a physical object, its virtual twin, and the data connection between them. By 2021, half of large industrial companies are expected to use digital twins, improving effectiveness by 10%. Digital twins have various applications and allow real-time updates, data analysis, and product optimization. However, they require constant sensor data, large datasets, and internet connectivity to achieve full accuracy.
6G WILL UNLOCK THE POWER OF AI-FOR-EVERYTHINGMahbubul Alam
We envision 6G to offer revolutionary transformation which will usher in an era of connected built-in intelligent applications, services, and networks that will auto-provision end-to-end systems to guaranteed quality of services for an agreed service level agreement, ultra-high-speed data rate, surpassing that of last-mile wired connectivity, perceived zero-latency & deterministic jitter for human safety and mission-critical applications, extremely high reliability for essential services, high spectrum-bands for haptic, holographic, extensive multimedia streaming and more, connected artificial intelligence for autonomous functions and future unknown use cases, etc.
6G will be a key enabler for equitable wealth distribution and a major driver for the green economy. It will unleash the full potential for Industrial Revolution IE 5.0 which will focus on the co-operation between human and machine, as human intelligence works in harmony with cognitive computing and machines performs mundane, repetitive, error-prone tasks. By putting humans back into industrial production with 6G enabled collaborative robots a.k.a Cobots, workers will be upskilled to provide value-added tasks in production such as setting the strategy, provide oversight and add creative input, leading to massive customization & personalization for customers. In this talk, we will examine the state of AI and its potential role in 6G.
The document describes a finger-worn device called the FingerReader that assists visually impaired users in reading printed text. The FingerReader uses a small camera mounted on a 3D printed ring to scan and track text lines. It provides tactile and auditory feedback to help users smoothly track lines of text. The device aims to give visually impaired people more independence and access to printed materials than existing assistive technologies.
This document discusses wearable technologies and their applications in healthcare. It covers various form factors of wearables including wrist-worn devices, head-mounted devices, and on-skin interfaces. Sensors that can be integrated into wearables to collect physiological and environmental data are also outlined. While wearables show promise in areas like remote patient monitoring and behavior change, challenges remain around user interfaces, validation of sensor data, and privacy/security risks that must be addressed for wearables to become widely adopted in healthcare.
Insurance companies looking to differentiate themselves must be aware of 5 technology trends that will characterize the post-digital future. Read more.
Oracle Technology Vision Accenture Technology Vision for Oracle 2019Accenture Technology
Accenture and Oracle are helping leaders create their way forward through innovative cloud solutions that drive growth and value with trusted data. Accenture’s 2019 survey revealed five technology trends leading businesses into a post-digital world that tailors itself by the moment—with data.
The document discusses touchless touchscreen technology, including touch walls that use infrared lasers to scan surfaces, touchless UIs that sense finger movements in 3D space without touching the screen, and touchless monitors that detect 3D motion without sensors. It provides examples of touchless technology inspired by Minority Report including eye tracking, gesture recognition, and motion sensing devices. The document concludes that touchless interfaces could transform bodies into virtual input devices in the future.
The Industrialist: Trends & Innovations - November 2022accenture
The document provides summaries of various innovations in industrial technology, including Mitsubishi Electric developing an AI system that reduces motor design time from one day to three hours, MAN Energy Solutions and ABB collaborating on a dual-fuel propulsion system for ships to reduce emissions, and Eurotech launching an edge AI solution for public transportation that uses computer vision to classify passengers.
This document summarizes how speed cameras detect vehicle speed using Doppler radar technology. Speed cameras transmit radar signals that bounce off vehicles and return to the camera. The difference in frequency of the transmitted and returned signals, known as the Doppler effect, allows the camera to calculate the vehicle's speed. Speed cameras were introduced in the 1990s and have been shown to reduce road accidents and casualties by deterring speeding. The document discusses how Doppler radar works, the basic components and principles of speed cameras, and their effectiveness even in poor weather conditions. It stresses the importance of public awareness about how speed cameras promote road safety.
Night vision is technology that provides users with some vision in total darkness and improved vision in low-light environments.
The most common applications include night driving or flying, night security and surveillance, wildlife observation, sleep lab monitoring and search and rescue. Night vision is often used by the military and also has recreational purposes, like use on home video cameras or during night hiking.
The document discusses the dilemma of smart, connected products that are constantly updated through software releases. As products gain new capabilities, traditional notions of ownership are challenged. This state of "forever beta" can overwhelm customers if not properly addressed. Enterprises must shift to long-term perspectives on product support and data practices to ensure positive customer experiences over the lifetime of connected products. By embracing continuous evolution, companies can build new types of relationships with customers centered around unique, personalized experiences.
Vehicular communication systems allow vehicles and roadside units to communicate and share information such as safety warnings and traffic updates. Vehicles can communicate using radio waves or infrared signals. Different radio bands like VHF, micro, and millimeter waves can be used. Bluetooth operates at 2.4 GHz and works up to 80 km/h and 80 meters. Static parameters identify a vehicle's size and GPS location, while dynamic parameters provide real-time position, speed, direction, and status of vehicle components. Information sharing between vehicles can provide safety and traffic benefits but also introduces security vulnerabilities like impersonation, jamming, and forgery of false information.
Automatic number plate recognition (ANPR) uses optical character recognition on images to read vehicle registration plates. It has seven elements: cameras, illumination, frame grabbers, computers, software, hardware, and databases. ANPR detects vehicles, captures plate images, and processes the images to recognize plates. It has advantages like improving safety and reducing crime. Applications include parking, access control, tolling, border control, and traffic monitoring.
The document discusses Movimento's vision for a software defined car (SDC) through an OTA platform. It proposes defining virtual boundaries for car components through a car software agent and ECUs with wired connectivity and software/data management capabilities. The SDC platform would allow for over-the-air software/data management from the cloud to vehicle ECUs and components. This approach aims to address challenges with current OTA processes like escalating validation burdens and inconsistent handling of vehicles from R&D to post-sale.
This document announces a webinar on using the metaverse to accelerate sustainability through ESG digital transformation. The webinar will discuss how the metaverse can form a collaborative virtual shared space to innovate ESG management. It will cover the key components and enabling technologies of the metaverse, how AI, blockchain and IoT can support sustainability, and examples of using digital twins and the metaverse to invest in sustainable cities and infrastructure. The speaker is an expert on digital transformation and ESG who will provide perspectives on integrating the metaverse and ESG digital innovation.
Tele immersion is a new arrising technology enables users to communicate with each other which are located remotely as they are together in same room or place...
This ppt includes all the basic aspect of tele immersion...
The document discusses a pill camera, which is a capsule endoscopy device used to examine the small intestine. It consists of a pill-sized capsule containing a camera, light source, and transmitter. Patients swallow the capsule, which passes naturally through the digestive tract while transmitting thousands of images. These images are received by a sensor array worn by the patient and recorded for physicians to review on specialized software. The capsule does not require sedation and allows examination of the entire small intestine, providing a more complete evaluation than other endoscopic methods. Key advantages include it being non-invasive, comfortable for patients, and providing better imaging of hard to reach areas of the digestive tract.
This document discusses tele-immersion, which combines virtual reality display and interaction techniques to allow users to view dynamic 3D representations of remote environments from different perspectives as they move their heads. Tele-immersion differs from video conferencing by enabling this dynamic first-person view. It also differs from virtual reality by only allowing viewing of remote 3D environments, not interaction within them. Potential applications of tele-immersion discussed include remote medical training, automobile engineering, and education.
Accenture publishes its technology vision annually. It is a distillation of our extensive research over the course of the previous 12 months, the experiences of our research teams and the input of our clients. In it, we outline the emerging technology trends that forward-thinking CIOs will use to position their organizations to drive growth and high performance, rather than just focusing on cost-cutting and efficiency improvements.
Business leaders now accept that their organizations’ future success is bound up with their ability to keep pace with technology. CIOs have to play a key role in helping these business leaders recognize and seize the opportunities enabled by new trends—but the price of progress will have to be paid, along with new risks assumed.
We believe six technology trends will influence business over the next three to five years:
Context-based services. Where you are and what you are doing will drive the next wave of digital services.
Converging data architectures. Successfully rebalancing the data architecture portfolio and blending the structured with the unstructured are key to turning data into new streams of value.
Industrialized data services. The ability to share data will make it more valuable—but only if it is managed differently.
Social-driven IT. Realize that social is not just a bolt-on marketing channel. It will have true business-wide impact.
PaaS-enabled agility. The maturing platform-as-a-service (PaaS) market will shift the emphasis from cost-cutting to business innovation, supporting rapid evolution for business processes that need continuous change.
Orchestrated analytical security. Organizations will have to accept that their gates will be breached and begin preparing their second line of defense—data platforms—to mitigate the damage caused by attacks that get through.
Digital twins are precise virtual representations of physical objects that use collected data from sensors to display information. They consist of a physical object, its virtual twin, and the data connection between them. By 2021, half of large industrial companies are expected to use digital twins, improving effectiveness by 10%. Digital twins have various applications and allow real-time updates, data analysis, and product optimization. However, they require constant sensor data, large datasets, and internet connectivity to achieve full accuracy.
6G WILL UNLOCK THE POWER OF AI-FOR-EVERYTHINGMahbubul Alam
We envision 6G to offer revolutionary transformation which will usher in an era of connected built-in intelligent applications, services, and networks that will auto-provision end-to-end systems to guaranteed quality of services for an agreed service level agreement, ultra-high-speed data rate, surpassing that of last-mile wired connectivity, perceived zero-latency & deterministic jitter for human safety and mission-critical applications, extremely high reliability for essential services, high spectrum-bands for haptic, holographic, extensive multimedia streaming and more, connected artificial intelligence for autonomous functions and future unknown use cases, etc.
6G will be a key enabler for equitable wealth distribution and a major driver for the green economy. It will unleash the full potential for Industrial Revolution IE 5.0 which will focus on the co-operation between human and machine, as human intelligence works in harmony with cognitive computing and machines performs mundane, repetitive, error-prone tasks. By putting humans back into industrial production with 6G enabled collaborative robots a.k.a Cobots, workers will be upskilled to provide value-added tasks in production such as setting the strategy, provide oversight and add creative input, leading to massive customization & personalization for customers. In this talk, we will examine the state of AI and its potential role in 6G.
The document describes a finger-worn device called the FingerReader that assists visually impaired users in reading printed text. The FingerReader uses a small camera mounted on a 3D printed ring to scan and track text lines. It provides tactile and auditory feedback to help users smoothly track lines of text. The device aims to give visually impaired people more independence and access to printed materials than existing assistive technologies.
This document discusses wearable technologies and their applications in healthcare. It covers various form factors of wearables including wrist-worn devices, head-mounted devices, and on-skin interfaces. Sensors that can be integrated into wearables to collect physiological and environmental data are also outlined. While wearables show promise in areas like remote patient monitoring and behavior change, challenges remain around user interfaces, validation of sensor data, and privacy/security risks that must be addressed for wearables to become widely adopted in healthcare.
Insurance companies looking to differentiate themselves must be aware of 5 technology trends that will characterize the post-digital future. Read more.
Oracle Technology Vision Accenture Technology Vision for Oracle 2019Accenture Technology
Accenture and Oracle are helping leaders create their way forward through innovative cloud solutions that drive growth and value with trusted data. Accenture’s 2019 survey revealed five technology trends leading businesses into a post-digital world that tailors itself by the moment—with data.
The digital-physical blur trend describes how intelligence is extending to the edge through connected devices and real-time analytics. This allows machines and people to act and react faster based on insights gathered from the physical world. As the line between digital and physical continues to blur, companies have new opportunities to create immersive customer experiences, gain insights for better decision making, and disrupt their industries through intelligent systems that can respond to environments in real time. Leaders must rethink how to engage customers and run their businesses in this new digital-physical world.
The document discusses connecting physical products and processes to digital technologies to create a digital value chain. It provides examples of how companies in healthcare, telecommunications, and smart cities have partnered with service providers to digitize their offerings. This involves developing platforms to remotely monitor devices, securely transmit data, and conduct analytics to improve operations and customer experience. Partnering can help companies access new digital skills and implement solutions faster than doing it alone.
Top software development trends of 2021*instinctools
The technologies that businesses use today are bound to the new world paradigm and capable of adapting to it. Here are some trending technologies that can easily help companies adjust to a digital business world 2.0 in just a short time.
It’s not enough to embrace the new digital era. The
existential challenge for companies today is to become
digitally durable - to anticipate disruption and
transform processes and products to compete on
outcomes. Whether it’s understanding the profound
impact of self-driving cars on transportation or being
a part of the smart-energy revolution, simply closing
the digital gap is no longer sufficient.
Aricent’s research, detailed in Technology Vision
2016, shows that successful companies are pursuing
an R&D paradigm that allows them to compete
aggressively on outcomes.5 These companies have a
culture that anticipates disruption to create sustainable
value from Internet of Things. They are digitally
durable.
Trends 2020 - Demystifying Bleeding Edge from Leading Edge TechnologyFulcrum Digital
Want to gain mileage with technologies? Discover the ones that directly add business value through this FREE Whitepaper.
To download go to bit.ly/2020-tech-trends-whitepaper
The document outlines 5 digital business trends for 2013-2015:
1. The Internet of Me - As devices become more connected and personalized, companies must deliver customized experiences to consumers.
2. Outcome Economy - Companies will focus on outcomes rather than products, collaborating to deliver results across hardware and software.
3. Platform (R)evolution - Digital technologies will drive new industry platforms that disrupt business models and accelerate change.
4. Intelligent Enterprise - Advances in data, analytics and cognitive technologies will power smarter systems that drive business innovation.
5. Workforce Reimagined - Humans and machines will increasingly work together through collaboration, with enterprises blending the strengths of people and technology.
The Tech Vision 2015 maps out five key IT trends: The Internet of Me, Outcome Economy, Platform (R)evolution, Intelligent Enterprise and Workforce Reimagined. How to sum it all up? It’s not just about you - or me, or anyone else in particular. It’s about all of us - The “We” Economy. http://www.accenture.com/technologyvision
List of top 5 emerging technologies for businessSameerShaik43
With the New Year 2021 fast approaching, innovation leaders should take into consideration a few emerging technologies for business. Industry experts claim some future tech trends which can be safely stated to be much more than mere hype. As per reports, these technologies are reported to show immense assurance of providing companies with a significant competitive advantage.
The document discusses the emerging trend of a "mirrored world" where massive networks of intelligent digital twins are being connected to create living digital models of whole systems like factories, supply chains, and cities. It describes how early adopters like Unilever and Mercedes F1 teams are using digital twins to gain insights and increase agility. The document outlines decisions around fortifying data practices for digital twins, using digital twins to transform innovation, and engaging wider ecosystems of connected digital twins.
Michael Dell predicts that by 2025, 75% of data will be processed outside traditional datacenters and clouds, pointing to huge growth in edge computing. Edge computing is being accelerated by advances in 5G technology and lower costs of intelligent devices. For edge computing to grow rapidly, various stakeholders like tower companies, network operators, manufacturers, and hyperscalers must collaborate and ensure technologies are integrated, consistent globally, and securely connect diverse edge devices using different protocols. Success at the edge will depend on 5G integration, open collaboration, global consistency, flexible connectivity, and strong security.
The document discusses the potential of extended reality (XR) technologies like virtual, augmented and mixed realities for businesses. It summarizes the hype but ultimate failure of Google Glass, noting how this has made business leaders more cautious about new technologies. However, the document suggests that while XR technologies have yet to fulfill their promise due to limited applications and use cases, major adoption by businesses is expected in the coming years as the technologies mature and their real business benefits become clear.
Cloud Automation Solutions (CAS) is a leading provider of IT lifecycle management services that helps clients efficiently manage projects and resources by selecting, implementing, and integrating cloud automation technologies. Led by CEO Robert Whitwell, CAS works with clients to evaluate growth demands, minimize complexity in cloud environments, and ensure a quick return on IT investments through comprehensive solutions and services. CAS focuses on an innovative team culture and strategic execution to transform how enterprises adopt and benefit from cloud computing technologies.
The document profiles Atempo, a globally renowned data protection and management software vendor, and their Miria solution which helps customers easily protect, archive, migrate and synchronize large amounts of data in heterogeneous storage environments both locally and in the cloud. Miria can handle petabyte and exabyte levels of data, addressing the exponential growth in unstructured data volumes. The article also discusses Atempo's focus on artificial intelligence and machine learning research through their Nextino lab to develop solutions that help customers extract more value from their data.
Social media, mobile devices, analytics and cloud computing (SMAC) have combined to create a technology ecosystem that supports project management. SMAC allows project managers to access information anytime from anywhere, collaborate more effectively with teams, and gain insights from analytics. While SMAC has benefits, successful adoption depends on factors like an organization's business model and culture. Project managers must redefine processes and best practices to leverage SMAC's value.
How Convergence and Disruptive Technologies Will Shape the Way We Work and Li...Anil
Convergence and disruptive technologies are playing a significant role in shaping the way we work and live, driving unprecedented changes across various industries and aspects of our daily lives. Here's how these trends are impacting our world
Digital Asset Management initiatives can provide utilities several benefits:
1) They can decrease capital and operational costs by 10-20% through more predictable asset insights that reduce maintenance costs and allow for more targeted capital investments.
2) They provide greater transparency of asset health and risk, improving asset lifetime.
3) They optimize grid capacity by reducing asset down-time.
Digital Businesses Need to Rethink Their Network StrategiesAbhishek Sood
This report from ZK Research explores why it’s critical that digital businesses rethink their network strategies and embrace a software-defined future. Access now to discover:
The challenges of traditional networks
Why SD-WANs are the foundation for new enterprise networks
How you can chart a path to the SD-WAN
Key criteria for evaluating SD-WAN solution providers
The Industrialist: Trends & Innovations - January 2024accenture
The document discusses several innovations in the industrial sector, including an industrial language model from SymphonyAI to accelerate decision making, Valmet Automotive's metaverse collaboration pilot project, FORVIA's haptic seat technology called VIBE, Magna International's 100% recyclable vehicle seating made from a single material, and progress on the ATLAS-L4 project developing autonomous trucks in Germany.
The Industrialist: Trends & Innovations - September 2023accenture
The document provides an overview of recent innovations in industry, including:
- Volkswagen's new dry-coating process for battery cell production that reduces energy usage and costs by 30% and 15% respectively.
- Projects by Trane Technologies to improve industrial heat pump efficiency and enable electrification of high-temperature industrial processes.
- Michelin's development of an airless tire being tested by French postal service to increase sustainability and reduce waste.
The Industrialist: Trends & Innovations - July 2023accenture
Koenig & Bauer and SEE are collaborating to develop new digital packaging design technology and equipment by combining Koenig & Bauer's printing presses with SEE's software and hardware solutions. Valmet is using Telia's private mobile network to support the development of new industrial internet capabilities for its factories. Forsee Power has launched a new ultra-high energy density battery, the ZEN LITE, for heavy electric vehicles like trucks and buses. 3M and Svante have entered an agreement to jointly develop direct air capture products to remove carbon dioxide from industry.
Engineering Services: con gli ingegneri per creare valore sostenibileaccenture
Collaboriamo con gli ingegneri di aziende capital intensive per combinare tecnologie innovative con un approccio pragmatico che aiuti a raggiungere risultati aziendali migliori.
The Industrialist: Trends & Innovations - June 2023accenture
Wärtsilä has developed a solution called Fit4Power that can reduce the size of two-stroke ship engine cylinders by 25% while improving efficiency and helping vessels comply with emissions regulations. Toyota, Denso, and Electreon are collaborating to develop and standardize wireless electric vehicle charging technology. Cummins and Editron plan to co-develop a single hybrid marine solution to reduce emissions in the shipping industry by up to 100% depending on use. Hyundai Mobis has unveiled an electric vehicle system that installs drive motors directly in wheel hubs.
The Industrialist: Trends & Innovations - March 2023accenture
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O documento discute a relação entre jogos eletrônicos e atividades físicas, analisando o mercado de games, a evolução histórica da inclusão de movimentos nos jogos e os perfis de jogadores brasileiros. Ele apresenta mapeamentos de stakeholders no mercado de games e sua relação com jogadores, além de insights sobre hábitos de exercício e preferências de marcas entre gamers.
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DARQ power driving value for the Communications Industry
1. DARQ
POWERUnderstanding the DNA of DARQ to drive
value for the Communications Industry
#TechVision2019
Accenture.com/telcoblockchain
2. Accenture Technology Vision 2019
DARQ
POWER
Understanding
theDNAof
DARQ
1 GETTO
KNOWME
Unlockunique
consumers
andunique
opportunities
HUMAN+
WORKER
Changethe
workplace
orhinderthe
workforce
SECUREUS
TOSECUREME
Enterprises
arenotvictims,
they’revectors
MYMARKETS
Meetconsumers’
needsatthe
speedofnow
TREND
2
TREND
3
TREND
4
TREND
5
TREND
#TechVision2019
2www.accenture.com/technologyvision
Are you ready for what’s next?
The Post-Digital Era is upon us.
3. TREND 4
SECURE US
TO SECURE ME
Enterprises
are not victims,
they’re vectors
TREND 3
HUMAN+
WORKER
Change the
workplace or hinder
the workforce
TREND 5
MYMARKETS
Meet consumers’
needs at the
speed of now
TREND 2
GET TO
KNOW ME
Unlock unique
consumers
and unique
opportunities
#TechVision2019
TREND 1
DARQ
POWER
Understanding
the DNA of DARQ
accenture.com/technologyvision
3
91%
are already
experimenting with
one of more DARQ
technologies
86%
agree digital
demographics give
their organizations a
new way to identify
market opportunities
for unmet customer
needs
72%
agree their
employees are more
digital mature than
their organization,
resulting in a
workforce that is
“waiting” for the
organization to
catch up
28%
Only 28% report that
they know that their
ecosystem partners
are working
diligently, like they
are, to be compliant
and resilient with
regard to security
84%
agree the integration
of customization and
real-time delivery is
the next big wave of
competitive
advantage
Communications Industry Research Results
Accenture Technology Vision 2019
5. 46% 33%
78%ofCommunications Industryexecutives agree
SMAC has moved beyond adoption silos to become
part of the core technology foundation for their
organizations
45% 33%
Agree Strongly Agree
SMAC(Social,Mobile,Analytics,Cloud)has
movedtothecore
Please indicate the change SMAC
technologies have made in your
organization over the past five years
#TechVision2019
accenture.com/technologyvision 5
28%
44%
21%
5%
1%
1%
28%
46%
19%
5%
1%
1%
1 - Transformational
2 - Extensive
3 - Incremental
4 - No noticeable
impact
5 - Negative impact
6 - Don't know
Communic
ations
Communications
Global
Global n = 6672; Communications n = 565
Global
79%
78%
6. #TechVision2019
New technologies are catalysts for change,
offering extraordinary new business capabilities.
Distributed ledger technology, artificial
intelligence (AI), extended reality (XR) and
quantum computing will be the next set
of new technologies to spark a step change,
letting businesses reimagine entire industries.
DARQ
POWER
Understanding the DNA of DARQ
TREND 1
accenture.com/technologyvision 6
7. #TechVision2019
accenture.com/technologyvision
Individually, these four technologies represent opportunities for
businesses to differentiate their products and services. Collectively, they
will open new pathways into the future.
DISTRIBUTED
LEDGERS
Distributed ledgers will
expand networks by
eliminating the need
for trusted third parties
ARTIFICIAL
INTELLIGENCE (AI)
AI already plays a role
in optimizing processes
and influencing strategic
decision-making
EXTENDED
REALITY (XR)
Extended reality, an
immersive technology,
creates entirely new ways
for people to experience
and engage with the
world around them
QUANTUM
Quantum technology will
usher in novel ways to
approach and solve the
hardest computational
problems
7
DARQ technologies will be key
post-digital differentiators.
8. 8
TECHNOLOGIESRANKEDBYEXECUTIVESINTERMS
OFWHICHWILLHAVETHEGREATESTIMPACTON
THEIRORGANIZATIONOVERTHENEXT3YEARS
28%
15%
29% 25%
26%
17%
28%
26%
24%
24%
22%
27%
19%
41%
18% 19%
Distributed
Ledgers /
Blockchain
Artificial
Intelligence
Extended Reality Quantum
Computing
Greatest impact
Second greatest impact
Third greatest impact
Fourth greatest impact
33%
13%
27% 25%
22%
19%
32%
25%
24%
24%
22%
28%
19%
43%
17% 19%
Distributed
Ledgers /
Blockchain
Artificial
Intelligence
Extended Reality Quantum
Computing
When asked to rank which of the DARQ technologies will have the greatest impact on their organization over
the next three years, 43% of Communications Industry executives ranked AI number one
Global Communications
Global n = 6672; Communications n = 565
accenture.com/technologyvision
9. Like SMAC, DARQ
technologies will be greater
together than they are
separately
SomeDARQtechnologiesmayseemmore
impactfultoday,butexploringallfourwillbe
crucialtotakeadvantageofcombinatorialeffects
How do you anticipate the combination of DARQ
technologies will transform your organization over the
next three years?
#TechVision2019
accenture.com/technologyvision 9
28%
41%
23%
5%
1%
1%
30%
43%
20%
5%
1%
1%
1 - Transformational
2 - Extensive
3 - Incremental
4 - No noticeable impact
5 - Negative impact
6 - Don't know Communications
Global
Global n = 6672; Communications n = 565
10. 2%
18%
24%
25%
22%
7%
Adopted across multiple business units
Adopted in one business unit
Piloting
Evaluating or planning to pilot
Not planning or evaluating for adoption
Don't know
1%
18%
24%
27%
24%
5%
91% of Communications Industry executives are
currently experimenting with one or more DARQ
technologies
accenture.com/technologyvision 10
Please indicate your organization’s stage of adoption for each of the following
emerging technologies today
Artificial Intelligence Distributed Ledgers/Blockchain Extended Reality
3%
15%
23%
27%
23%
9%
2%
16%
27%
25%
22%
8%
3%
13%
22%
27%
24%
11%
2%
15%
26%
27%
21%
9%
Communications Communications Communications
Global n = 6672; Communications n = 565
Global Global Global
11. When DARQ technologies reach maturity,
they will spark a step change, offering
businesses major opportunities.
This has happened before.
During the digital revolution,
social, mobile, analytics,
and cloud (SMAC) combined
to enable a step change
in business.
Now, DARQ
technologies will
impact the same areas
of business as SMAC.
When DARQ technologies
mature and converge,
they will spark another
step change.
#TechVision2019
11www.accenture.com/technologyvision
12. 89%
of businesses
are already
experimenting
with one or more
DARQ technologies.
• According to our survey, 67 percent of
companies report that AI is being piloted
or adopted in their organization.
• Distributed ledger investments are exploding,
with blockchain and cryptocurrency startups
alone collecting almost $3.9 billion in the
first three-quarters of 2018, nearly three
times the total for 2017.
Why start now? The first wave
of businesses using DARQ to drive
differentiation is already here.
12www.accenture.com/technologyvision
#TechVision2019
13. 92%
of executives say
SMAC technologies
are still considered
a competitive
differentiator for
their organization.
In the post-digital age, “digital” will be
a core expectation of being in business.
But that doesn’t mean that the value of
SMAC investments is over. Strong SMAC
foundations will let businesses explore
DARQ technologies while they are still
in early stages—a must if they want to
stay ahead of competitors.
Not only does this give businesses a head
start with DARQ, it also creates new value
from previous investments, extending
the digital business into the future.
To get started, businesses can use
their previous digital investments as a
springboard for early forays into DARQ.
#TechVision2019
13www.accenture.com/technologyvision
14. Many ignored SMAC for too
long. How can businesses
avoid this mistake with DARQ?
Companies can work on
developing new DARQ-
enabled capabilities as
soon as the maturing
technologies make
them possible.
Companies can push the
development of DARQ
technologies forward, and
discover new capabilities,
by experimenting with
combinatorial effects.
Companies can explore
ways to support their DARQ
experiments with technologies
they have already invested in,
using their digital foundations to
launch meaningful pilots early on.
#TechVision2019
14www.accenture.com/technologyvision
16. • Early-stage DARQ pilots will heavily rely on SMAC
practices. Prioritize the completion of ongoing
digital transformation efforts.
• Consider where businesses in the Communications
Industry stumbled with SMAC adoption at the
beginning of the digital revolution, and what pitfalls
were difficult or impossible to recover from. This will
help you build roadmaps for the growth of DARQ
technologies, and ultimately determine the optimal
time to involve your business in each one.
Is your digital foundation
ready for DARQ?1
#TechVision2019
16www.accenture.com/technologyvision
17. • Decide whether you will buy or build your own AI tools,
taking AI training and security requirements into account.
• Explore different XR use cases in the enterprise. Depending on how
you expect to use XR throughout your business, decide whether you
should begin building an in-house team to design XR experiences,
or establish vendor contracts.
• Begin identifying the best use cases for distributed ledger technology
in your industry. Will you use it internally or to pivot quickly between
many business partnerships?
• Establish relationships with leading quantum cloud vendors and explore
new quantum computing capabilities as they are made available.
Determine how your organization will
access the DARQ technologies that are
relevant for your business, keeping in
mind their different levels of maturity.
2
#TechVision2019
17www.accenture.com/technologyvision
18. • Approach hiring, training, and employee retention
with DARQ in mind. As the technologies become more
pervasive, expertise will be increasingly in demand.
• As recruiting DARQ talent becomes more competitive,
consider training programs to reskill your current
employees and incentivize them to stay.
How are you adding DARQ
skills to your current workforce?3
#TechVision2019
18www.accenture.com/technologyvision
19. • DARQ technologies have the potential to transform whole
industries from the ground up. Start a future-looking
program dedicated to scenario planning. Task the
team with exploring different possible futures for your
organization, driven by the industry-level impact of DARQ.
• Steer your industry toward your company’s preferred
future with strategic combinations of DARQ technologies.
Evaluate each combination, taking into account what can
be implemented today and what capabilities they will
enable as they mature. Use this information as you
build your overall DARQ strategy.
How can you use DARQ to shape
the future of the Communications
Industry?
4
#TechVision2019
19www.accenture.com/technologyvision
23. 23
THESURVEYWASFIELDEDOCTOBER–
DECEMBER2018
Global n = 6672
14
34
14
34
14
11
29
14
30
31
31
7
8
30
8
8
5
10
8
38
30
11
7
10
30
99
Argentina
Australia
Austria
Brazil
Canada
Chile
China
Colombia
France
Germany
India
Indonesia
Ireland
Japan
Malaysia
Poland
Portugal
Saudi Arabia
Singapore
South Africa
Spain
Switzerland
Thailand
United Arab Emirates
United Kingdom
United States
137
334
81
306
296
133
411
133
318
329
297
60
116
295
61
30
67
56
109
62
284
264
96
60
133
372
1 832
Argentina
Australia
Austria
Brazil
Canada
Chile
China
Colombia
France
Germany
India
Indonesia
Ireland
Japan
Malaysia
Peru
Poland
Portugal
Saudi Arabia
Singapore
South Africa
Spain
Switzerland
Thailand
United Arab Emirates
United Kingdom
United States
Communications n = 565
113
198
784
132
602
78
143
529
577
130
166
131
82
86
535
655
52
311
565
130
166
507
Aerospace & Defense
Automotive
Banking
Chemicals
Consumer Goods & Services
Healthcare Payor
Healthcare Provider
Industrial Equipment
Insurance
Life Sciences
Media
Metals & Mining
Oil & Gas – Downstream
Oil & Gas – Upstream
Public Service (Not…
Retail
Semiconductors
Software and Platforms…
Telecommunications
Transportation passenger
Travel (including Airlines,…
Utilities
565Telecommunications
Respondent LocationRespondent Location Industry Industry
24. 24
THESURVEYWASFIELDEDOCTOBER–
DECEMBER2018
Revenue Title
Job
Global n = 6672 Communications n = 565
37%
18%
19%
19%
3%
1%
3%
$1-$5.9 billion
$6-9.9 billion
$10-$19.9 billion
$20-$49.9 billion
$50 billion or more
$250 million-$500 million
$500 million-$999 million
30%
70%
Business
IT
20%
17%
16%
10%
7%
7%
5%
5%
5%
3%
3%
1%
1%
1%
Director, IT
Chief Information Officer
Chief Technology Officer
Director of Technology
Chief Operating Officer
Chief Marketing Officer
Chief Finance Officer
Chief Information Security
Officer
Chief Strategy Officer
Director of Business Function
(Non IT-related)
Director, Line of Business (Non IT-
related)
Chief Security Officer
Chief Mobility Officer
Other C-suite title
Revenue Title
Job
35%
19%
17%
22%
3%
1%
3%
$1-$5.9 billion
$6-9.9 billion
$10-$19.9 billion
$20-$49.9 billion
$50 billion or more
$250 million-$500 million
$500 million-$999 million
49%
51%
Business
IT
13%
13%
13%
11%
9%
8%
7%
7%
6%
4%
3%
2%
1%
1%
Chief Information Officer
Chief Operating Officer
Director, IT
Chief Technology Officer
Chief Finance Officer
Director of Business Function
(Non IT-related)
Director of Technology
Chief Marketing Officer
Director, Line of Business (Non IT-
related)
Chief Strategy Officer
Chief Information Security
Officer
Chief Security Officer
Chief Mobility Officer
Other C-suite title