Logan Barnard
Session Host & Moderator
Logan hosts and moderates the session, guiding the discussion through the Army's approach to secure test automation.
Live Webinar
Learn how automated testing inside air-gapped environments is reshaping secure embedded systems development.
In embedded systems development, the “air gap” has long been one of the biggest barriers to DevSecOps modernization.
For the US Army, the challenge was clear: maintain strict classified-network security requirements while accelerating software delivery for modern combat systems. The result was a new testing and automation approach capable of supporting both security and speed.
This webinar provides a technical deep-dive into how the US Army successfully implemented automated testing frameworks within restricted environments — reducing manual testing effort by up to 97% while improving validation consistency and operational confidence.
Strategies for implementing Continuous Integration (CI) in disconnected environments without public internet access.
How to validate embedded systems without placing test code on the target device — preserving production-level performance and memory footprint.
Methods for automating compliance validation and vulnerability scanning within secure build pipelines.
Why the Army's automation model is becoming the blueprint for commercial safety-critical embedded systems.
How automated testing validates the entire data chain, from user input through peripheral device output, while preserving security protocols.
Modernizing development and testing pipelines for embedded environments.
Designing secure, compliant, and disconnected systems.
Implementing automation in high-security and edge computing environments.
Supporting defense, aerospace, and critical infrastructure initiatives.
Session Host & Moderator
Logan hosts and moderates the session, guiding the discussion through the Army's approach to secure test automation.
Technical Presenter
Sam leads the technical deep-dive, walking through the automation frameworks, validation techniques, and security-first pipelines behind the results.