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Find the technology and business expertise you need to develop solutions.

Aerospace & Defense

The CWE/SANS Top 25 Security Vulnerabilities
Safety, Security, and Multi-core
Five Steps to Improving Security in Embedded Systems
High-Performance Multi-core Networking Software Design Options
How Wind River Linux Secure Protects Devices from Prevalent Threats
High Assurance Systems Development Using the MILS Architecture
Achieving Naval Superiority with Software
Safety-Critical Software Development for Integrated Modular Avionics
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Automotive

Multimedia Resources in Linux for Automotive
Power State Management in Automotive Linux
Graphical User Interface Resources in Linux for Automotive
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Digital Living

Digital Living: Residential Gateways Enable Multiservice Broadband to the Home
Demand Less Risk: Set-Top Box Design During a Time of Change
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Industrial/Medical

Building a Smarter Smart Grid: Counteracting Cyber-Threats in Energy Distribution
Just What the Doctor Ordered: A Solution for Smarter Therapeutic Devices
Keeping Rail Projects On Track and On Time: Solutions for Mastering Complex Technology Challenges
Using Linux in Medical Devices: What Developers and Manufacturers Need to Know
How to Harness M2M Technology to Build Smarter Business Models
Increasing Medical Device Security with Mainstream IT Platforms and Technologies
Three Steps to Medical Device Safety Through Software
Safety: Make Software Part of the Solution
Changing Trains: How to Meet the New System Design Challenges of the Mass Transportation Industry
Multi-core Is Key to Innovation in Medical Applications
Applying Multi-core and Virtualization to Industrial and Safety-Related Applications
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Mobile

Wind River Systems for WiMAX
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Networking

High Performance, Open Standard Virtualization with NFV and SDN
Carrier Grade Linux and Wind River
Multi-core Networking for the New Data Plane
High-Performance Multi-core Networking Software Design Options
Wind River Network Acceleration Platform: A Fully Integrated Off-the-Shelf Network Solution
Carrier Grade Linux Isn't Just for Carriers
Checklist for Designing High-Performance Network Elements
Multi-core Network Acceleration
Carrier Grade Open Platforms Are the Key to Success for Next-Generation Network Elements
In-House or Outsource? Evaluating the Make vs. Buy Decision
Demystifying ATCA
Finding the Fastest Path to 4G: Reducing Time-to-Market for Wireless Infrastructure
Leveraging Multicore Software Solutions to Achieve High-Performing Network Elements
Carrier Grade Linux: High Service Availability for the Next-Generation Network
Wind River Systems for WiMAX
Strategies for Developing Multifunction IMS Systems
Carrier Grade Linux: The OS of Choice for Next-Generation Networks
Improving the Performance of Wind River Network Stack Drivers and Applications
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Tools and Technologies

Simplify Your Move to Multi-core with Simulation
Creating Virtual Platforms with Wind River Simics
Wind River Simics for Software Development
Wind River Linux and Source Control Management Tools
Seven Lifesaving Tips for Multi-core Debugging: What You Need to Know Before Your First Project
System Architecture Exploration Using Wind River Simics
Wind River Simics for Multi-core Systems Development
Fixing an Intermittent Multi-core Bug with Wind River Simics
Streamlining Embedded Development Cycles with JTAG Tools for Intel Processors
Multicore Challenges and Choices: Deciding Which Solution Is Right for You
Optimized Networking with Multicore
Best Practices: Adoption of Symmetric Multiprocessing Using VxWorks and Intel® Multicore Processors
Developing and Debugging Operating Systems and Applications for Freescale i.MX Platforms
The Power of Wind River Linux Layers
An Introduction to Multicore Technology and VxWorks SMP
Checklist for Success with Multicore: Top Five Questions That Can Help Ensure Successful Multicore Adoption
Achieving Business Goals with Wind River's Multicore Software Solution
Accelerating the Development of Embedded Linux Devices with JTAG On-Chip Debugging
Best Practices on Wind River Real-Time Core Application Development
Migrating from visionCLICK to Wind River Workbench OCD
Wind River Solutions for Multiprocessing and Multicore
Wind River Linux and VxWorks Real-Time Capabilities: A Comparison
Simplifying Multicore and Multiprocessor Debugging
Hardware Bring-Up Using Wind River Debugging Tools
Wind River On-Chip Debugging for Manufacturing Test and Automation
Migrating to the VxWorks 6 Operating System
The Real Costs of Roll-Your-Own Linux
VxWorks 5.5 Support in Wind River Workbench 2.5
Workbench Diagnostics 1.0 for Device Diagnostics: Dynamic Testing of Running Applications
Effective Linux Migration Processes
Guaranteeing System Availability in Non-Safety-Critical Devices
Comparing Wind River Workbench, Desktop Edition with SNiFF+ PRO
Why Embedded GUIs Fail and How to Make Sure Yours Doesn't
Real-Time Processes (RTPs) for VxWorks 6.0
Memory Allocation in VxWorks 6.0
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Wind River, a wholly owned subsidiary of Intel Corporation (NASDAQ: INTC), is a world leader in embedded and mobile software. Wind River has been pioneering computing inside embedded devices since 1981 and its technology is found in more than 500 million products