AIC was engaged to support the security architecture of an Unmanned Aerial System (UAS) operating in high-threat environments where interception, spoofing, and signal disruption were credible risks.

The existing system relied on conventional communication channels, leaving it vulnerable to interference and potential compromise. There was also limited assurance around command integrity and data authenticity.

AIC designed and implemented a hardened communication and control framework that secured both command-and-control (C2) and payload data flows. All communications were encrypted using advanced cryptographic techniques, with strong validation mechanisms to ensure commands could not be spoofed or altered in transit.

A policy-driven routing model was introduced, enabling UAS traffic to be dynamically routed through trusted nodes, reducing exposure to hostile environments. Data integrity was enforced through cryptographic signing, ensuring that both telemetry and payload data could be verified at every stage.

The solution also incorporated resilience mechanisms, allowing the UAS to continue operating in degraded conditions, including partial signal loss or node failure.

As a result, the platform achieved a significantly higher level of operational assurance, making it suitable for deployment in contested environments where security and reliability are mission-critical.