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Wind River is the global leader in device software optimization (DSO). The company enables customers to develop and run device software better, faster, at a lower cost and more reliably. Wind River's Workbench, General Purpose Platform and Market-Specific Platforms reduce effort, cost and risk, and optimize quality and reliability at all phases of the development process.

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Wind River launches software for rapid dev of Android in-vehicle infotainment systems
Please Select... : Product Review
Wind River's Solution Accelerator for Android, Automotive helps in-vehicle infotainment (IVI) device manufacturers shorten the development time of high-quality Android-based IVI systems.

The Tides are Changing for Embedded Linux
Please Select... : Webinar
The easy download and go approach has turned into a challenging NO GO reality for product teams. Embedded Linux has drifted into deeper waters with faster currents and more complex requirements. Successfully navigating Linux-based designs into the oncoming choppy waters of multicore hardware, virtualization, and mixed OS environments requires more advanced technical expertise, significantly better tools, and optimized runtime solutions that will help project teams stay focused on core competencies and key product differentiators. Join Wind River for in-depth discussion on the changing tides of using embedded Linux and how to keep your next design out of the riptide.

High-performance Multi-core Networking Software Design Options
Please Select... : Product Paper
This paper looks at a couple of different multi-core networking software design options that scale better than traditional SMP, allowing equipment providers to future-proof their designs by having a single common architecture that can meet today's performance requirements and scale for the future.

McAfee and Wind River Present: The State of Embedded Security and Steps to Improvement
Please Select... : Webinar
Cut through the hype and hysteria—find out the real state of embedded security in these days of increased cyber attacks, malware, and other malicious mischief. Today's modern embedded systems are highly interconnected and risks rise as these interconnections extend to the Internet. While the Stuxnet worm in 2010 raised the awareness of embedded system security within the mainstream media, it's tough to discern the real dangers in the midst of all that hot air. So what can you do—today—to improve the security of your embedded design projects?

Embedded Virtualization: The Key to System Performance and Consolidation
Please Select... : Webinar
In this webinar embedded-software experts will outline common performance and system problems and offer solutions and best-practices to reduce system complexity and cost while increasing performance.

Wind River, Leadcore run Android on ARM
Please Select... : News
Embedded and mobile software company Wind River Inc., a wholly owned subsidiary of chip giant Intel Corp., has teamed up with China's Leadcore Technology Co. Ltd. to develop an ARM-based system-on-chip platform for Android smartphones.

Open Source Doesn't Mean Open Door Anymore
Please Select... : Webinar
Join Linux VP Paul Anderson, Linux Secure expert Milind Kukanur, and Wind River security guru Marc Brown as they talk about the cyber security trends and technologies capturing headlines today and how Wind River is shaping tomorrow's system designs.

Embedded systems gaining secure footing
Please Select... : News
Today's embedded system designers optimize mainly for performance and footprint, but with the rise of Internet-enabled devices, security has become the third leg of the embedded design process.

MILS architecture simplifies design of high assurance systems – Part 1
Please Select... : Design How-To
The Multiple independent levels of security (MILS) architecture provides a framework for development and validation of secure operating systems for military and avionics applications.

Options for Ensuring Data Traffic Priorities and Responsiveness in an Embedded Virtualized Device
Please Select... : White Paper
This paper offers insights on how to migrate existing designs to new hardware and add new and differentiating product functionality while resolving the challenges of enforcing device responsiveness by leveraging embedded virtualization, multi-OS separation and device partitioning.

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