RTI at HISC 2026: Navigating the Convergence of Safety, Security, and AI in Critical Systems

Posted on July 28, 2026

As society transitions from simple automated components to deeply interconnected systems of systems, the traditional boundaries of high-integrity engineering are blurring. Today, building a dependable system is no longer just about preventing random software failures; it requires a holistic approach where safety, cybersecurity, and real-time adaptability are treated as a single, non-negotiable requirement. With the rapid evolution of autonomous applications and the introduction of AI at the edge, engineers face a profound architectural challenge: how do we introduce complex, data-heavy intelligence into mission-critical environments without compromising the deterministic safety guarantees our industries rely on?

Addressing this paradigm shift requires moving away from traditional, siloed network frameworks toward a decentralized, secure-by-design methodology. When critical national infrastructure, aerospace platforms, or modern software-defined vehicles must process thousands of data points with millisecond precision, the data architecture itself must become the safety barrier. By baking zero-trust security and fault tolerance directly into the connectivity layer, developers can successfully isolate non-critical AI applications from core safety-critical logic using deterministic guardrails.

This data-centric approach is precisely why real-time connectivity standards, such as the Data Distribution Service (DDSTM), have become foundational to modern high-assurance engineering. At our booth, we look forward to exploring how this philosophy is realized in practice. We will be discussing how modern software frameworks, including our own RTI Connext® suite, help engineering teams decouple complex hardware from application software. By eliminating single points of failure and providing safety-certifiable infrastructure out of the box, these technologies allow organizations to meet rigorous validation standards while giving them the architectural agility to safely innovate. We invite delegates to join us as we dive into the methods shaping the future of dependable, intelligent systems.