Seize the Edge
Lynx pioneers innovation at the edge with safety, security, and resilience at its core. Our software platforms enable CPU and GPU technologies to deliver exceptional multicore performance, powering edge computing and AI across diverse operating environments. Trusted by aerospace, defense, and critical industries, we deliver precision, speed, and reliability to redefine possibilities. Together, let’s Seize the Edge.™
Why Choose Lynx?
- Safety & Security Built-In - Designed from the ground up to meet stringent aerospace, defense, automotive, and healthcare standards.
- Multicore Performance Optimized - Integrates CPU and GPU technologies for superior real-time processing and edge AI capabilities.
- Extensive Ecosystem Flexibility - Supports a wide array of operating systems and industry standards for versatile, future-proof solutions.
- Efficient Development to Deployment - Speeds time to market with streamlined certification and reduced operational costs.
- Leaders in Digital Transformation - Advances digital transformation in system design, certification, and management for optimal edge control.
- Proven, Trusted Expertise - Decades of leadership in safety-critical systems, backed by industry-leading service.
- Scalable Solutions - Adaptable business models that grow with your technological and organizational needs.
Lynx delivered the industry’s first safety-certified IPv6 software stack, setting a new standard in secure connectivity.
Coordinating more than 200 developers, suppliers, partners, and customers across 10+ sites, Lynx drives innovation through extensive collaboration.
Lynx technology powers critical systems such as the Panoramic Cockpit Display (PCD) and Integrated Core Processor (ICP), enhancing real-time performance for advanced defense aircraft.
Lynx achieved the industry’s first DO-178 Design Assurance Level A certification on an Intel processor, pushing safety standards forward.
Powering the Future Edge of UAS
LYNX MOSA.ic Drives Safety, Efficiency, and Resilience for General Atomics' Gray Eagle Extended Range Aircraft
General Atomics Aeronautical Systems, Inc. (GA-ASI) partnered with Lynx to bring advanced safety, cost-efficiency, and resilience to their Gray Eagle Extended Range (GE-ER) Unmanned Aircraft System (UAS). Through Lynx MOSA.ic, GA-ASI integrated an advanced video codec on the Xilinx Zynq UltraScale+ MPSoC, empowering GE-ER with the flexibility to run real-time operating systems, commercial OSes, and bare-metal applications securely on a single platform. This modular framework ensured that critical functions remained fast and deterministic, enabling GE-ER to meet the rigorous demands of defense operations while paving the way for future certification and enhanced mission readiness.
Seamless, High-Performance Integration
With LYNX MOSA.ic, GA-ASI achieved uncompromised performance and time-critical processing with Xilinx hardware, ensuring that GE-ER meets every mission demand.
Certifiable, Future-Ready Framework
LYNX MOSA.ic provided a certifiable foundation that aligns with stringent safety standards, positioning GE-ER for the highest levels of industry certification.
Strengthened Mission Reliability
By supporting secure, multi-environment operations, LYNX MOSA.ic equipped GE-ER with resilience and adaptability, ensuring long-term operational success and cost savings.
Advancing the Edge of Avionics
LYNX MOSA.ic Enhances F-35 Lightning II's Mission Systems
Lockheed Martin, in collaboration with Lynx, has elevated the F-35 Lightning II's mission system avionics through the integration of LYNX MOSA.ic. This modular software framework supports the "Technology Refresh 3" (TR3) modernization program, focusing on enhancing performance, reducing costs, and enabling future capabilities. LYNX MOSA.ic powers key components like the Integrated Core Processor (ICP), which processes critical data for communications, sensors, and control systems. This integration ensures the F-35 remains at the forefront of technological advancement, meeting the evolving demands of modern defense operations.
Enhanced Processing Power
The ICP, powered by LYNX MOSA.ic, delivers a 25-fold increase in performance over previous versions, ensuring rapid data processing for mission-critical functions.
Cost Efficiency
The TR3 program, supported by LYNX MOSA.ic, is expected to significantly reduce production and sustainment costs, optimizing resource allocation for defense operations.
Future-Ready Architecture
The adoption of an Open System Architecture via LYNX MOSA.ic facilitates seamless integration of future capabilities, ensuring the F-35 remains adaptable to emerging technologies and mission requirements.
Accelerating Medical Device Development at the Edge
Lynx Enables 70% Cost Savings for Infection Control Specialist
An infection control company specializing in medical device sterilization partnered with Lynx to expedite the development of a new embedded product. Facing high development efforts on their existing platform, the company transitioned to a Toradex Colibri computer system with an NXP i.MX6 processor. Lynx provided expertise in securing embedded Linux systems, implementing high assurance boot (HAB), securing the Linux kernel and root filesystem, and adding a secure firmware update capability. This collaboration resulted in a 70% cost savings and a swift market entry for the company's new product.
70% Cost Reduction
Lynx's involvement led to significant cost savings in product development.
Enhanced Security
Implementation of HAB and secure firmware updates ensured robust device security.
Rapid Market Entry
Expert support facilitated a swift transition from development to production.
Ensuring Medical Device Security at the Edge
Lynx Provides BSP Lifecycle Maintenance for Leading Manufacturer
A leading medical device manufacturer faced challenges in maintaining device software security throughout the product lifecycle. Utilizing an NXP i.MX 6 series processor-based Advantech Qseven module with an Advantech Yocto Linux BSP, the company required efficient BSP maintenance. Lynx developed a common software platform, set up a collaborative infrastructure, and provided continuous security vulnerability monitoring and management. This partnership enabled the manufacturer to maintain strong product security and comply with federal quality system regulations.
Continuous Security Monitoring
Ongoing vulnerability assessments ensured device security.
Regulatory Compliance
Maintenance practices aligned with federal quality system regulations.
Resource Optimization
Lynx's expertise allowed the manufacturer to focus on next-generation products.
