Blog

Certification Doesn't Stop at the Software Boundary

Non-Negotiable: What the Army's Open Architecture Mandate Means for Safety-Critical, Autonomous Platforms

Building Trustworthy AI Workflows for Safety-Critical Systems: Q&A with Gabriel Pedroza and Bob Monkman

Debugging in Constrained and Classified Environments

The V-Model Runs Backwards Now

Open, Autonomous, Commercial: Five Shifts from AUSA 2026

Whose Roadmap Are You On?

LYNX MOSA.ic™ 2026.09 Release - Faster to Build, Resilient in the Field

Making AI Execution Predictable: Q&A with Ethan Salehi

From the Stage to the System: How Lynx Supports What AFA 2026 Called For

Decision Advantage is Won at the Execution Layer

Safe, Edge, AI: The Software Properties Behind the AFA Themes

Bridging the AI Deployment Gap with MOSA.ic.AI: Webinar Q+A

Deterministic Inference for Safety-Critical Systems

No More Sanctuary: Five Technical Themes from AFA 2026

Airworthiness by Design

MOSA Virtual Summit Recap & Q+A

The Right to Integrate Needs a Trusted Software Foundation

MOSA Convergence: Open Standards Are Only the Beginning

The Question Has Changed: Software Sovereignty, FOCI, and the Long-term Trust Behind Mission Systems

U-Boot FIT Signature Bypass: What CVE-2026-46728 Means for Embedded Linux Verified Boot

CVE-2026-46728 affected U-Boot signed FIT configuration verification. Learn how to...

LYNX MOSA.ic™ 2026.06 Release - A Modern Architecture for ARINC 653

The Hidden Cost of Shared Fate In Multicore Systems

From Architecture to Execution: How LYNX MOSA.ic Enables Composable Mixed-Criticality Systems

Why Patents Matter When the Program Lasts 30 Years: Intellectual Property as a Durability Signal In Long-Lifecycle Programs

Beyond Virtualization: Why Architecture Is Becoming the Decisive Factor In Mixed-Criticality Edge Systems

Mission-Critical Systems: Building a Memory-Resilient, AI-Ready Edge

The Hidden Architecture Behind a Certifiable Cockpit: Why Modern Flight Displays Look Like Consumer Software and Almost Nothing Like It

Consolidation Without Compromise: Mixed Criticality as a Property of the Architecture, Not a Checkbox In The Datasheet

Why High-Assurance Systems Are Moving Toward Smaller Foundations

The Edge Is Becoming Software-Defined: Why the Foundational Layer Is the Leverage Point For the Next Decade

The Convergence Tax: The Hidden Cost of Consolidating Workloads Onto a Foundation That Was Not Built For It

Beyond First Boot: Maintaining Embedded Linux on Microchip Platforms

First boot proves the platform path. Production ownership starts when the Yocto/BSP...

How Artificial Intelligence (AI) Is Transforming Lynx into an AI-Native Company

Embedded Linux Has a Lifecycle Control Problem

SBOMs, CVE monitoring, BSP maintenance, secure implementation, and long-term support...

After the Kernel CVE Alert: A Yocto Response Workflow for Embedded Linux Teams

Once a kernel CVE may apply, embedded Linux teams need a repeatable response...

Copy Fail, Dirty Frag, and Embedded Linux Maintenance: Why an Affected Kernel Is Not the Same as Device Risk

Copy Fail and Dirty Frag show why embedded Linux CVE triage cannot stop at kernel...

From Budget to Battlefield: Why AI at the Edge, and the Software Substrate Beneath It, Will Define the $758B Defense Modernization Wave

Canada’s Defense Industrial Strategy: Why Sovereignty Now Depends on Software

MOSA.ic.AI and the Future of Lynx: From RTOS to Intelligent Platform Strategy

The Architecture Behind Modern Missile Defense: AI-Ready Mission Computers at the Edge

Inside MOSA.ic.AI: How to Safely Run AI, Real-Time, and Everything In Between

Why LYNX MOSA.ic.AI: A New Foundation for Intelligent, Safety-Critical Systems

Debugging Real-Time Systems: Lessons from Mission System Labs

Why Real-Time Systems Fail — and What the Lab Teaches Us

Open IMA: Running Third-Party OS on LYNX MOSA.ic™

Unikernels: From Cloud Experiment to High-Assurance Runtime for the Modern Edge

Architecting the Secure Software Substrate for Golden Dome

The Future of European Defense

Secure MOSA’s Missing Superpower: Zero Trust by Design

Software Benchmarking for the Department of Defense

Architecting Defense Software for Decades: Why Conformity and Abstraction Matter

Modernizing the Mission Critical Edge Without Breaking Assurance

Lynx Selected for MDA’s SHIELD IDIQ: Advancing Mission-Critical Software for Missile Defense

Long-Term Support (LTS) for Embedded Linux: What It Really Requires

Lynx: Modular, Mission-Ready, MOSA-Aligned

Open Mission Systems: The Standard Driving Defense Innovation

Minimizing Technical Debt Under Contract Deadlines

Secure Boot and Root Filesystem Integrity in Embedded Linux Devices

Integrating SBOM and CVE Monitoring into Embedded CI/CD: A Strategic Imperative for Defense & Aerospace

Using Embedded Board Farms to De-Risk Hardware Bottlenecks

Bringing DevSecOps to Embedded: What's Different from Enterprise Pipelines?

Deploying Secure DevOps Workflows in Controlled Environments

Scaling with Discipline: Welcoming Rabih Maalouf as SVP of Engineering and Delivery

600% Growth in Three Years – How We Did It

The Role of Runtime Protection in Securing Embedded Devices

Learn from our partner, RunSafe Security, how runtime protection is increasing the...

Seize the Edge: Introducing the New Lynx

After decades of pioneering mission-critical software solutions, we are launching...

What is SR-IOV and Why is It Important for embedded devices?

Linux Polkit: Implementing user space authorization on embedded platforms

SBOM Generation and Vulnerability Monitoring for Debian

Linux Kernel Security: dm-crypt with “trusted keys” using TEE backend

DM-Verity Without an Initramfs: How to Cut Boot-Time Overhead Without Weakening Integrity

What is Cache Coloring and How Does it Work?

Securing your Linux Configuration (Kernel Hardening)

Securing U-Boot: A Guide to Mitigating Common Attack Vectors

RTOS and Linux - Their Evolving Roles in Aerospace and Defense

PKCS#11 with OP-TEE: Securing IoT device keys

IoT devices incorporate keys / certificates for various use cases such as:...

Yocto Security: Automating compliance using OpenSCAP

CVE-2026-46728 shows why verified boot depends on more than signed artifacts....

Evaluating Vulnerability Tools for Embedded Linux Devices

Secure boot on Snapdragon 410

On Qualcomm Snapdragon 410, secure boot verifies signed boot stages against...

Trusted Software Development Using OP-TEE

This blog aims to introduce the concept of Trusted Execution Environment (TEE) and...

Secure Boot and Encrypted Data Storage

CVE-2026-46728 shows why verified boot depends on more than signed artifacts....