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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.

 

Book Embedded World Architecture Discussion
Abstract

"MOSA is critical to modernization." – Secretary of War, Pete Hegseth

Why Meet with Lynx at Embedded World

Modernization is no longer optional, but most programs underestimate the certification, integration, and lifecycle risks of introducing AI and GPUs into mission systems. Autonomous programs must bridge the gap between prototype performance and deployable, certifiable systems. Lynx helps teams address these challenges early with a software foundation purpose-built for certification, integration, and long-term deployment.

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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.
      
Safe Mixed-Criticality at the Edge
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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.
      
Safe Mixed-Criticality at the Edge

Lynx Success Stories

 

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Airbus A330 Automatic Air-to-Air Refueling (A3R)
 

Fully autonomous guidance and control of a drone was developed and deployed from a tanker aircraft using the Lynx Trusted AI software stack, integrating navigation sensors powered by Lynx’s CoreSuite Safe AI neural network alongside Airbus’ AI model to enable autonomous formation flight, with two simulated drones operating in the vicinity of the A310 MRTT to demonstrate multi-receiver autonomous operations and collision-avoidance algorithms.

Learn More About CoreSuite >


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Bell Flight's FLRAA Program
 

The U.S. Army’s Future Long Range Assault Aircraft (FLRAA) program is redefining vertical lift. At the core of this innovation is LYNX MOSA.ic, the trusted operating environment chosen by Bell Textron Inc. and Lockheed Martin to help power mission system software in the U.S. Army's next generation aircraft.

Learn More About Our Work With Team FLRAA > 

Lynx Success Stories

 

refueling-curved-1
 
Airbus A330 Automatic Air-to-Air Refueling (A3R)
 
 

Fully autonomous guidance and control of a drone was developed and deployed from a tanker aircraft using the Lynx Trusted AI software stack, integrating navigation sensors powered by Lynx’s CoreSuite Safe AI neural network alongside Airbus’ AI model to enable autonomous formation flight, with two simulated drones operating in the vicinity of the A310 MRTT to demonstrate multi-receiver autonomous operations and collision-avoidance algorithms.

Learn More About CoreSuite >


mv-75-over-sea
Bell Flight's FLRAA Program
 

The U.S. Army’s Future Long Range Assault Aircraft (FLRAA) program is redefining vertical lift. At the core of this innovation is LYNX MOSA.ic, the trusted operating environment chosen by Bell Textron Inc. and Lockheed Martin to help power mission system software in the U.S. Army's next generation aircraft.

Learn More About FLRAA > 

Our Partners

 

 

conagtec
Congatec
 

Lynx’s partnership with Congatec provides a complete, certifiable hardware-and-software stack for next-generation avionics. By combining the LYNX MOSA.ic framework with Congatec’s rugged 11th Gen Intel Core i7 single-board computers, the collaboration delivers a "turnkey" solution for safety-critical edge computing. This integrated offering leverages Lynx’s CoreSuite portfolio, including Vulkan SC, OpenGL SC and ComputeCore GPU processing to unlock the high-performance AI and video capabilities of the Intel Iris Xe architecture. Together, Lynx and Congatec enable aerospace developers to consolidate mixed-criticality workloads onto a multicore platform, drastically reducing certification risk for DO-178C DAL A systems while maintaining the rigorous thermal and reliability standards required for flight worthiness.  

Component

Role in the Partnership

Kontron COMe

High-reliability 11th Gen Intel hardware with DO-254 artifacts.

LYNX MOSA.ic

Designed for multicore. Ensures isolation and security; interference-free execution of mixed-criticality workloads.

LYNX CoreSuite

Unlocks GPU accelerated parallel processing, and safe and secure graphics, compute and AI on Versal 2.

Intel Tiger Lake

Accelerated AI and rendering within a certifiable environment. Specialized Dynamic Temperature Range (DTR) versions of Intel Tiger Lake screened by Lynx to help customers ensure deterministic validation of hardware.

percepio
Percepio

 Percepio and Lynx are advancing software assurance for the mission-critical edge byintegrating Tracealyzer’s full-stack observability into the LYNX MOSA.ic and LynxOS-178 ecosystems. This collaboration addresses the shift from static code verification to real-time behavioral monitoring, allowing developers to identify elusive anomalies, such as timing jitter, race conditions, and resource starvation, that only surface in complex, multicore environments. By embedding Percepio’s specialized SpyKer-TZ technology directly into Lynx’s safety-certified platforms, the partnership provides a "runtime integrity stack" that bridges the gap between lab testing and field deployment. This integrated approach enables aerospace and defense customers to maintain rigorous DO-178C compliance while gaining the deep diagnostic insights necessary to field autonomous and AI-driven systems with absolute confidence.    

ansys-synopsis
Ansys

Ansys (part of Synopsys) and Lynx maintain a long-standing technology partnership focused on accelerating the development and certification of safety-critical systems, including displays, and more recently embedded AI/ML-based systems and software. The embedded stack combines Ansys SCADE, CoreSuite libraries and MOSA.IC to fulfill both AI/ML performance and safety requirements. The Ansys Autonomy workflow provides a model-based environment for AI/ML-based software development, simulation, validation and verification, and certified automatic code generation, by incorporating scenario-based testing with HW in the loop, to show compliance with several safety standards in a certifiable environment. By integrating Ansys SCADE with Lynx' CoreSuite safety-critical compute solution, developers can move from prototyping to production more quickly and achieve certification at a reduced cost. The Ansys Autonomy workflow provides streamlined, end-to-end engineering blueprint towards certifiable embedded AI/ML-based systems in safety and mission critical domains.

Meet the Team

 

michel-1
Michel Genard
Chief Strategy & Product Officer, Lynx
dan-j
Dan Joncas
Executive Vice President; Strategic Accounts, AI & GPU Technology, Lynx
nico-1
Nico Sfingopoulos
Vice President of Sales, EMEA & APAC, Lynx
Jonas
Jonas Dietsche
Strategic Account Director, Lynx
andrea
Andrea Piras
International Sales Support Manager, Lynx
patrick deiber
Patrick Deiber
Technical Account Manager, EMEA, Lynx
maciej
Maciej Halasz
Open Source Solutions Director, EMEA, Lynx
Meet the Team
 
michel-1
Michel Genard
Chief Strategy & Product Officer, Lynx
dan-j
Dan Joncas
Executive Vice President; Strategic Accounts, AI & GPU Technology, Lynx
nico-1
Nico Sfingopoulos
Vice President of Sales, EMEA & APAC, Lynx
Jonas
Jonas Dietsche
Strategic Account Director, Lynx
andrea
Andrea Piras
International Sales Support Manager, Lynx
patrick deiber
Patrick Deiber
Technical Account Manager, EMEA, Lynx
maciej
Maciej Halasz
 Open Source Solutions Director, EMEA, Lynx 

Let’s Talk at Embedded World

Embedded World provides the opportunity for focused, technical discussions on trusted AI for mission-critical CPU + GPU platforms. Meet with the Lynx team to discuss:

  • Your CPU + GPU roadmap for AI at the edge.
  • How to reduce certification and integration risk early.
  • Deploying AI safely on eVTOL, UAS, and other autonomous platforms.

 
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Stay Connected

Follow us on LinkedIn for onsite updates, partner spotlights, and post-show insights from Embedded World. 

 

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Resources

Lynx CoreSuite 2.0

A complete, certifiable software foundation for safety-critical systems.
Download Datasheet

LYNX MOSA.ic

A modular, mission-ready architecture designed to support long-lifecycle platforms and rapid integration.
Download Datasheet

Lynx: Safe, Secure, Modular Software Platform

Lynx provides a secure, modular edge platform that runs mixed-criticality CPU and GPU workloads while reducing certification and cybersecurity costs and supporting long-term system evolution
Download Datasheet

LynxSecure

LynxSecure is a separation-kernel hypervisor that partitions multicore CPU resources, CPU cores, memory, I/O, and OS, to meet strict safety and security requirements.
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LynxElement

LynxElement delivers deterministic, secure, and certifiable systems by removing unnecessary OS services, dynamic behavior, and hidden scheduling effects.
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