Aerospace Cybersecurity Strategy: 

Building Resilient Embedded Systems at Mission Speed

A Lynx and RunSafe Security Webinar
Hosted by: Military Embedded Systems
October 1, 2025 | 9:00 AM PST, 12:00 PM EST 

lynx-and-runsafe-security-logos

Register Now

Aerospace Cybersecurity Strategy: 

Building Resilient Embedded Systems at Mission Speed

A Lynx and RunSafe Security Webinar
Hosted by: Military Embedded Systems
October 1, 2025 | 9:00 AM PST, 12:00 PM EST 

lynx-and-runsafe-security-logos

Register Now

Building Resilient Embedded Systems at Mission Speed

A Lynx and RunSafe Security Webinar
Hosted by: Military Embedded Systems
October 1, 2025 | 12:00 PM ET
Register Now
Join Our Webinar

About the Webinar

Modern aerospace platforms—from crewed aircraft to satellites and UAVs—face a rapidly evolving threat landscape. As cyber threats become more advanced and supply chain scrutiny intensifies, traditional safety-focused engineering must expand to include built-in cyber resilience. This webinar explores practical strategies for securing embedded software in aerospace and defense systems without compromising performance, safety certification, or time-to-field. Experts from RunSafe Security and Lynx will demonstrate how to proactively defend against memory corruption, secure operating environments, and generate actionable vulnerability management, even in systems with limited compute and connectivity.

About the Webinar

Modern aerospace platforms, from crewed aircraft to satellites and UAV, face a rapidly evolving threat landscape. As cyber threats become more advanced and supply chain scrutiny intensifies, traditional safety-focused engineering must expand to include built-in cyber resilience. This webinar explores practical strategies for securing embedded software in aerospace and defense systems without compromising performance, safety certification, or time-to-field. Experts from RunSafe Security and Lynx will demonstrate how to proactively defend against memory corruption, secure operating environments, and generate actionable vulnerability management, even in systems with limited compute and connectivity.

lynx-and-runsafe-security-logos

Modern aerospace platforms, from crewed aircraft to satellites and UAVs, face a rapidly evolving threat landscape. As cyber threats become more advanced and supply chain scrutiny intensifies, traditional safety-focused engineering must expand to include built-in cyber resilience. This webinar explores practical strategies for securing embedded software in aerospace and defense systems without compromising performance, safety certification, or time-to-field. Experts from RunSafe Security and Lynx will demonstrate how to proactively defend against memory corruption, secure operating environments, and generate actionable vulnerability management, even in systems with limited compute and connectivity.

What You'll Learn

During this session, our experts will explore: 
 
  • The Aerospace Cyber Threat Landscape: From supply chain vulnerabilities to memory corruption exploits targeting mission-critical platforms.
  • Resilient Embedded System Strategies: How to balance safety, security, and performance in real-time environments.
  • Vulnerability Management at Mission Speed: Methods to rapidly triage and remediate vulnerabilities across complex supply chains.
  • Certification & Compliance with Security: Why integrating security early accelerates, not delays, safety certification.
  • Case Study: Embedding Security in Aerospace Systems: How Lynx MOSA.ic and RunSafe Protect defend against memory corruption and strengthen cyber resilience today.
  • Broader Trends in Aerospace Cybersecurity: The role of AI, industry collaboration, and geopolitical shifts in shaping the future threat landscape.

     

Why Attend

You’ll gain practical strategies from cybersecurity and embedded systems experts at Lynx and RunSafe Security for:

  • Proactively defending against memory corruption exploits.

  • Building secure operating environments for mixed-criticality systems.

  • Accelerating certification with integrated security.

  • Managing vulnerabilities across complex supply chains.

  • Future-proofing aerospace platforms against emerging threats.

Speakers

Patrick Miller

Product Manager, Lynx

 

Patrick brings over 12 years of product management expertise across aerospace, defense, enterprise cloud, and security domains. Currently at Lynx, he focuses on integrating security capabilities into safety-critical systems for aerospace and defense applications. Patrick combines technical depth with strategic vision, regularly engaging with customers and industry stakeholders to address the evolving threats in modern avionics systems. A licensed private pilot with a genuine passion for aviation, Patrick brings both technical expertise in embedded systems and real-world understanding of the aviation industry to solving cybersecurity challenges.

patrick-miller

Patrick Miller

Product Manager, Lynx 

 

Patrick brings over 12 years of product management expertise across aerospace, defense, enterprise cloud, and security domains. At Lynx he focuses on integrating security capabilities into safety-critical systems for aerospace and defense applications. Patrick combines technical depth with strategic vision. He regularly engaging with customers and industry stakeholders to address the evolving threats in modern avionics systems. A licensed private pilot with a genuine passion for aviation, Patrick brings technical expertise in embedded systems and real-world understanding of the aviation industry to solving cybersecurity challenges.

Shane-Fry

Shane Fry

Chief Technology Officer, RunSafe Security

 

Shane Fry is the Chief Technology Officer at RunSafe Security, Inc., with over a decade of both offensive and defensive cybersecurity experience. He began his career conducting vulnerability assessments on platforms like Unix/Linux, Mac OS X, Android, and cloud systems. His research covers hardware and software security, focusing on secure boot, memory corruption, and web vulnerabilities. Shane consults on secure system design for private industry and government. Active in the Huntsville, AL startup scene, he co-taught a course on product investment frameworks and led a team to first place in an automotive hacking competition with Intel/McAfee, contributing to a public report on Automotive Security Best Practices.

Shane Fry

Chief Technology Officer, RunSafe Security

 

Ethan Salehi is an Technical Account Manager at Lynx and a Ph.D. researcher at Kennesaw State University, where his research focuses on safe and secure real-time operating systems for multicore embedded systems. He has extensive experience supporting defense and aerospace programs with certifiable software solutions aligned with MOSA, FACE, and DO-178C standards. Ethan previously served as a FACE Verification Authority at LDRA and contributed to multicore interference analysis initiatives in collaboration with the U.S. Army. His work bridges theoretical architectures and practical deployment of OS-level standardization, supporting mission-critical environments such as degraded visual operations and autonomous systems.

Peter Papadatos: Panelist

Director of Software Product Development, Lynx

 

As Director of Software Product Development at Lynx, Peter brings over 20 years of experience in GPU software and safety-critical systems. He began his career developing real-time video acceleration tools for the entertainment industry, including contributions to Apple’s Final Cut Pro, before transitioning to aerospace. At Honeywell Aerospace, he spent nearly two decades architecting advanced display systems with deep expertise in FPGA design, graphics drivers, RTOS integration, and mixed-integrity architectures, along with extensive knowledge of partitioning, WCET analysis, multicore interference, and DO-178 certification. At Lynx, Peter leads product and architecture development for safety-critical graphics and compute solutions. He is well-versed in OpenGL and Vulkan, and previously chaired the Khronos Vulkan SC Working Group. His work continues to drive innovation at the intersection of performance, modularity, and certifiability in modern aerospace and defense platforms.

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