Standardize on best-of-breed COTS wireless, mobility, security, and advanced IP networking technologies for core, edge, or access network elements—regardless of the underlying operating system or hardware environment
The global demand for connectivity and real-time information through any device is rising exponentially. Analysts project that over the next three years, the number of intelligent, networked devices will surpass fifteen billion. To meet new connectivity requirements, standards-based IP technologies are being adopted throughout the network infrastructure—from the core to the edge to the access network, and out to end-user devices.
Today, IP technologies such as IPv6, IPsec, and Mobile IP are no longer bonus features. They are required to deliver the functionality needed by the majority of network elements being deployed in the next generation networking infrastructure.
Best-of-Breed, Standards-Based IP TechnologiesWind River Advanced Networking Technologies are the most advanced set of IP standards and protocols available for application development. They are standards-based to keep options open, integrated for high performance, scalable to small footprint requirements, and interoperable with multiple IP protocols. Wind River Advanced Networking Technologies include:
- Core Networking: Dual IPv4/IPv6 support, IPv6 Phase 2 logo certification
- Security: IPsec, IKEv1, IKEv2, cryptography offloading, SSL, SSH, 802.1x, EAP framework, NAT, Firewall
- Wireless Networking and Wireless Security: 802.11a/b/g, 802.1x, 802.11i, WPA
- Mobile IP: MIP home agent, foreign agent, and mobile node
- Network Management: SNMPv1/v2/v3, AgentX, CLI, Web
- Routing: Policy-based routing, Virtual Routing Redundancy Protocol (VRRP), Equal Cost Multi-Path (ECMP) routing
- Quality of Service: ALT-Q, differentiated services (DiffServ)
- Access Service Network Gateway: Quickly integrate an EAP framework with multiple EAP methods to assist in providing authentication and management of mobile subscribers, or build in Mobile IP for seamless handoff of active IP connections
- Base Station: Incorporate both IPv4 and IPv6 packet processing at faster rates that can handle multiple IPsec or SSL VPN connections
- Access Point: Easily build in firewall and NAT technologies, along with network management components like SNMP and Web screens, to deliver high-quality end-user-managed devices
Wind River's standards-based, multiple-OS support lets customers develop and deliver applications once and reuse them across many projects and operating environments, delivering flexibility to the security, wireless, networking, and mobility markets. This enables companies to better deliver competitive products that meet the need for a ubiquitous, seamless connected experience.
To learn more about the value of COTS solutions for next generation networking devices, download our latest white paper.
Wind River Unveils Device Software Optimization Industry's Most Advanced Networking Solution
Alameda, CA – June 12, 2007 – Wind River Systems, Inc. (NASDAQ: WIND), the global leader in Device Software Optimization (DSO), today announced the immediate availability of the DSO industry's most comprehensive advanced networking technology portfolio, Wind River Advanced Networking Technologies. Leveraging technology from the company's March 2006 acquisition of privately-held Interpeak AB, Wind River Advanced Networking Technologies integrate functionality—including mobility, security, wireless, and advanced IP networking capabilities—into both VxWorks and Wind River Linux platforms. This product portfolio enables the DSO industry's most full-featured, reliable, high-performing, scalable and configurable platforms.
Read the complete Press Release.








In February 2007, Wind River announced the
We recently announced our new VxWorks and Wind River Linux platforms, which integrate the Wind River Advanced Networking Technologies. This technology portfolio is a best-of-breed combination of technologies developed by Wind River and those
The last couple of months have seen a flurry of reports on the subject of the future prospects for Fixed Mobile Convergence (from, for example,