Vida Ilderem, Intel® Director of Integrated Platform Research, outlines a simplified design process for building interoperable and scalable M2M solutions.
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Footprint of the Intel® Reference Design for Smart Services Development.
(Source: Intel, 2011)
From automated factories and power grids to context-aware cars, networked medical terminals and homes, intelligent connected systems are creating new opportunities for innovative solutions and smart services.
Billions of intelligent connected devices will need to communicate with other machines, and with the cloud. Intel is broadening the traditional context of machine-to-machine computing by adding capabilities that will enable connected devices to interact intelligently over a network.
In addition, we are working closely with a robust ecosystem of hardware and software providers to help develop solutions needed to simplify your development experience and accelerate the pace of innovation.
Kevin Johnson
Director of Connected Devices
Intel® Intelligent Systems Group
By transforming raw data into useful information, intelligent connected systems can deliver context-aware, adaptive services within any environment.
“To scale intelligent connected solutions to their real potential and accelerate innovation, the embedded industry must move from today’s model of complex vertical application stacks to a simpler platform.”
Vu Q. Nguyen
Senior Technology Evangelist
Intel Labs
Your laptop, netbook and your smartphone are all familiar computing use cases. Think what might be possible if you could extend this computing capability into your car.
“Our goal with the context-aware car is to harness M2M technology to provide useful information that can help improve your driving experience on a day-by-day basis.”
Rakesh Dodeja
Systems Architect
Intel® Intelligent Systems Group
Laptops, netbook and smartphone involve familiar use cases. What if you could extend equally powerful computing and connectivity capabilities into your car?
“The new wave of smart services will extend the mobility and remote manageability dimensions of M2M. It will also raise the bar for compute performance, integration and manageability. “
Vida Ilderem
Vice President
Director of Integrated Platform Research
Intel Labs
As M2M evolves, ever smaller devices will require sensing and actuation and the computing performance needed to analyze huge volumes of raw data.
“At Intel Labs, our objective is to provide customers with a turnkey solution that they can use to more easily build and scale their M2M solutions.”
Vida Ilderem
Vice President
Director of Integrated Platform Research
Intel Labs
As M2M evolves, ever smaller devices will require sensing and actuation and the computing performance needed to analyze huge volumes of raw data.
“At Intel Labs, our objective is to provide customers with a turnkey solution that they can use to more easily build and scale their M2M solutions.”
Xingang Guo
Principal Engineer
Intel Integrated Platform Research Lab
Introducing always-on IP connectivity that opens the automobile to limitless opportunities for new services.
“We envision cars that can adapt their performance to the specific needs of individual drivers, or use human-like intelligence to grant priority to critical communications.”
Flint Pluskamp
Research Director
IDC Wireless Semiconductors Research
IDC believes that smart devices and intelligent systems will evolve within a standardization framework allowing developers to focus on creating innovative services.
“I anticipate we’ll soon see communications and computing functionality on almost every type of device a person has an interest in accessing.”
Marc Sauter
Head of Global Business Development M2M
Vodafone* Group
“Intel and Vodafone* share the same vision for M2M smart services, The combination of Intel’s embedded computing technology with Vodafone’s* connectivity and management solutions will help innovators overcome the fragmentation and complexity that has been a historic barrier to rapid M2M development.”
Jim Pinto
Managing Partner
Automation Industry Analyst
The connected factory will feature seamless connectivity between all networking and compute layers with and distributed, intelligent, autonomous I/O.
“Initiatives in security and low-cost/low-power processors will generate new growth over the next 3-5 years. Standard computer/network architectures will spread into all corners of the factory floor”
Mats Norin
Vice President
Ericsson* Mobile Broadband Modules
“Ericsson* envisions 50 billion connected devices by 2020. To make this possible, we have expanded our relationship with Intel to create an M2M reference design that supports multiplicity of go-to market options, and offers unprecedented flexibility through a standard open platform approach for M2M services and solutions development.”
Eric Dishman
Intel Fellow
Intelligent connected systems will allow jurisdictions around the world to invest in community care infrastructures to reduce cost, enhance quality and enhance access.
“Medical care in the 21st century requires a new community care infrastructure. Intelligent connected systems offer a powerful way to control costs, improve access, maximize quality and stimulate innovation.”
By transforming raw data into useful information, intelligent connected systems can deliver context-aware, adaptive services within any environment.
Your laptop, netbook and smartphone are familiar computing use cases. Imagine if you could extend this computing capability into your car.
As intelligent connected systems evolve, ever smaller devices will need sensing, actuation and computing performance to analyze huge volumes of raw data.
The management of vast numbers of connected devices and marshalling the information they generate will impose new requirements.
Connectivity and computing advances under development at Intel Labs will help the industry take advantage of the opportunities inherent in 'the Internet of things.'
Introducing always-on IP connectivity that opens the automobile to limitless opportunities for new services.
IDC* believes that smart devices and intelligent systems will evolve within a standardization framework allowing developers to focus on creating innovative services.
The connected factory will feature seamless connectivity between all networking and compute layers with and distributed, intelligent, autonomous I/O.
Intelligent connected systems will allow jurisdictions to invest in community care infrastructures to reduce cost, enhance quality and enhance access.
Intel®, Wind River*, Eurotech* and Kontron* show how integrated hardware, middleware and services can help accelerate the development of a new class of intelligent connected devices.
Harbor Research* says that opportunities in smart systems will continue to shift from basic connectivity enablement to more complex managed services.
This paper from the Intel® Intelligent Systems Alliance tells how advances in machine-to-machine communications and cloud computing are transforming embedded design.
Predicted increase in Internet traffic from connected devices.
(Source: Vodafone*, 2010)
Potential 20-year savings from U.S. adoption of smart grids.
(Source: Intel Labs, 2011)
Million M2M cellular connections by 2015.
(Source: ABI Research*, 2011)
966 exabytes Internet data traffic per year by 2015.
(Source: Cisco* Visual Networking Index, 2011)
250 million global shipments of smart meters by 2015.
(Source: ABI Research*, 2011)
$50 billion U.S. annual healthcare IT spending.
(Source: Intel, 2011)
50 billion connected devices by 2020.
(Source: Ericsson*, 2010)
100 M2M devices per person.
(Source: Wirefree at TIA, 2011)
Less than 5 watts DC idle power of the Intel® Reference Design for Smart Services Development.
(Source: Intel, 2011)
Projected annual revenues from M2M services by 2016.
(Source: Juniper Research 2011)
Footprint of the Intel® Reference Design for Smart Services Development
(Source: Intel, 2011)
Intel provides configurations of processors and chipsets to meet the power-efficient performance, Internet connectivity and security requirements of embedded devices.
Intel® architecture brings intelligent, energy-efficient performance to a broad range of applications.
Documentation, tools and technical support for embedded development
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