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The Modernization Platform Behind
F-35 Lightning II TR-3
From the mission-system avionics that act as the jet's brain to the GPU driving its panoramic cockpit display, LYNX MOSA.ic.AI unifies CPU and GPU compute into one safe, certifiable, modular foundation, now flying on the F-35 Lightning II TR-3's Technology Refresh 3 configuration.
2
F-35 Subsystems Powered
TR-3
Now Flying on Fielded Jets
DAL A & SEAL 1
Certifiable Foundation
700+
Fielded Aircraft to Upgrade
Mission & Display Applications
Mixed-Criticality Workloads
Communications, sensors, electronic warfare, guidance & control, and multi-window cockpit graphics, each in its own secure partition, at its own Design Assurance Level.
LYNX MOSA.ic.AI
The Platform
A deterministic platform unifying CPU and GPU computing to safely deploy, control and govern mission-critical workloads at the edge. MOSA.ic securely partitions the processor and GPU; the CoreSuite stack manages graphics and GPU sharing across partitions.
- LynxSecure Separation Kernel
- OpenGL SC
- HyperCore GPU Virtualization
- EGL_EXT_Compositor
- Immutable Partitioning
Learn More About LYNX MOSA.ic.AI >
Multicore CPU + Discrete GPU
COTS Hardware
Open System Architecture on commercial-off-the-shelf silicon, including a temperature-screened discrete AMD GPU, supporting multiple displays of mixed criticality from a single device.
Where MOSA.ic.AI Flies on the F-35
The Brain of the Jet
Selected to support the Integrated Core Processor (ICP), the unit that processes the F-35 Lightning II TR-3’s communications, sensors, electronic warfare, guidance and control, and cockpit and helmet displays.
- Industry-first airworthiness certified hypervisor on Intel processors
- Cleanly architected, reusable subsystems free of proprietary lock-in
- Immutable VM configuration for tamper-proof resource allocation
- POSIX / Linux-friendly workflow for seamless code migration
The Pilot's View
Selected with CoreSuite to power the next-generation Panoramic Cockpit Display Electronic Unit (PCD-EU), the processing unit driving the F-35 Lightning II TR-3’s panoramic head-down display.
- One virtualized GPU safely shared across multiple independent displays
- Mixed Design Assurance Levels on a single device via EGL_EXT_Compositor
- HyperCore runs in its own partition, not inside the hypervisor
- A complete, airworthiness-certifiable graphics stack on open, COTS technology
The Challenge
Modernizing Avionics Without Adding Risk
Lockheed Martin needed a next-generation platform that could scale computing power, drive down lifecycle cost, and hold the line on safety and security, all at once.
- Multicore Complexity: Managing safety-critical, mixed-criticality workloads across modern multicore silicon.
- Cyber Resilience: Guaranteeing immutable, tamper-proof resource allocation across the system.
- No Vendor Lock-in: Integrating diverse and open-source. components on an open architecture.
- Lifecycle Certification: Streamlining certification and sustainment across a decades-long program.
The Results
A Transformed F-35 Lightning II TR-3 Avionics Platform
- Proven in Flight: The TR-3 avionics platform, powered by MOSA.ic.AI, first flew in January 2023, and is now being retrofitted onto fielded operational F-35s.
- Lower Lifecycle Cost: Substantial reductions in production and sustainment costs, creating long-term savings across the program.
- More Compute Headroom: Increased processing power for advanced communications, sensors, electronic warfare, and the panoramic display.
- Future-Ready Architecture: An Open System Architecture that reduces integration risk and is the foundation for all future Block 4 capabilities.
“By providing a simpler foundation for hosting safety-critical graphics applications, Lynx and CoreAVI are together lowering the cost, effort and risk of multicore certification.”
— Will Keegan, CTO, Lynx

Read Our Press Release
Lynx Software Technologies and CoreAVI are supporting Lockheed Martin's F-35 TR-3 modernization by delivering a secure, virtualized GPU solution for the next-generation panoramic cockpit display. Their integrated platform enables multiple safety-critical and non-critical applications to run securely on a single system, improving performance while reducing cost and certification complexity.
Build Your Mission-Critical Platform on MOSA.ic.AI
Whether you’re modernizing avionics, unifying CPU and GPU compute, or deploying governed AI at the edge, MOSA.ic.AI simplifies the journey from concept to certified deployment.