Meet us at Embedded World
Hall 5, Booth 5-471
Embedded World is where autonomous systems move from promise to deployment. For aerospace, defense, and commercial teams, trust is built through how software executes at the edge.
As programs modernize legacy platforms, they require certifiable, mixed-criticality AI across heterogeneous CPU + GPU architectures designed for safety, security, and deterministic behavior.
Lynx enables trustworthy autonomy by controlling execution across CPU and GPU, providing a unified software foundation that supports long-life, mission-critical systems as they transition to modern, heterogeneous compute.
Common Challenges We Solve For A&D and Commercial Systems
- Deterministic AI on GPUs: Enable high-performance AI inference with predictable, partitioned execution across CPU + GPU workloads.
- Mixed-Criticality on a Unified Platform: Consolidate AI, graphics, navigation, and safety-critical control on a single SoC while maintaining isolation, timing, and certification boundaries.
- Path to Deployable Systems: Support a clear, auditable progression from development platforms to programs of record.
- Early Architectural Clarity: Inform silicon strategy, certification planning, and workload partitioning before design decisions are locked.
Common Challenges We Solve For A&D and Commercial Systems
- Deterministic AI on GPUs: Enable high-performance AI inference with predictable, partitioned execution across CPU + GPU workloads.
- Mixed-Criticality on a Unified Platform: Consolidate AI, graphics, navigation, and safety-critical control on a single SoC while maintaining isolation, timing, and certification boundaries.
- Path to Deployable Systems: Support a clear, auditable progression from development platforms to programs of record.
- Early Architectural Clarity: Inform silicon strategy, certification planning, and workload partitioning before design decisions are locked.
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