📍 Event Center Messe München | 📅 April 2–3, 2025 | 📍 Munich, Germany | 📍 Hall 3, Stand K11
Lynx is returning to Aerospace Tech Week 2025, a premier event bringing together avionics, cybersecurity, software, and connectivity leaders to drive the future of aerospace innovation.
For the past two years, Lynx has been a part of Aerospace Tech Week, engaging in critical discussions and presenting at talk tracks. In 2024, our experts shared insights across multiple sessions, and in 2025, Lynx will be leading a round-table discussion on overcoming challenges in multi-vendor software integration and a presentation on mixed criticality systems—a key topic for ensuring safety and performance in mission-critical aerospace applications.
Why Visit Lynx at Aerospace Tech Week?
- Attend our presentation on mixed criticality systems – Gain expert insights on managing safety-critical and non-safety-critical workloads in modern avionics.
- Attend our round-table on overcoming challenges in multi-vendor software integration - Learn how system integrators are reducing project risk by designing an integration plan up front, and how that plan impacts the software product requirements included in an avionics RFP.
- See live demos – Explore our cutting-edge solutions in safe and secure operating environments and graphics processing for avionics.
- Meet our experts – Connect with our team to discuss how Lynx helps leading aerospace innovators Seize the Edge in safety, security, and performance.
Round-Table Discussion | 🗓️ April 2 | 🕖 12:45 PM - 1:30 PM | 📍 Keynote Theatre
Overcoming Challenges in Multi-Vendor Software Integration
One of the highest potential risks in specifying a new avionics platform involves the integration of software solutions from different vendors. Bruno Chaves, Business Development Manager at Lynx will host a round table that explores how system integrators are reducing project risk by designing an integration plan up front, and how that plan impacts the software product requirements included in an avionics RFP. Discussion topics will include:
- Designing for multicore and heterogenous processing.
- Supporting guest operating systems and mixed-criticality architectures.
- The role of open standards in mitigating the risk of software obsolescence.
- Selecting a System on Chip (SOC) with built-in graphics processor vs a dedicated GPU and CPU.
Presentation | 🗓️ April 3 | 🕖 12:25 PM - 12:45 PM | 📍 Keynote Theatre
Seeing Safely: Running Mixed Criticality Applications on a Single Embedded Platform
Avionics display systems provide two types of data to a pilot: high-reliability information, which is integral to the safe operation of the aircraft, and non-critical information. This presentation will explore how a single embedded computer can be configured to reliably carry out both functions in parallel. Topics of discussion will include:
- Partitioning the CPU and GPU to run on more than one operating system, such as running a safety-critical RTOS and application on one partition and non-safety critical software on another.
- Showing safety-critical and non-safety critical information on a single display.
- Impacts of a mixed-criticality architecture on safety-certification.
Meet Bruno Chaves
Speaker / Author
Bruno Chaves has over 20 years of experience working with semiconductors, real-time operating systems, and Linux-based embedded software. His experience spans from consumer products to safety-critical devices. Recently, Bruno has been defining hardware solutions in the domains of computing and autonomy, as well as working with silicon vendors to help deploy their products in safety-related markets.
He possesses a strong background in hardware and software engineering and holds a holistic view of embedded computing architecture, ranging from the application to the hardware. Bruno holds a degree in Electronic Engineering with a specialty in digital signals, sound, and acoustics.
Want to connect with our team ahead of the event? Book a meeting with us.
We look forward to seeing you in Munich!
