From Ground Control to Star Wars: What Satellite Hacks Reveal About Defending APIs from Autonomous AI

About this opportunity

The attack surface for modern satellite constellations is not only in orbit. It is on the ground, where APIs control tasking, telemetry, scheduling, payloads and mission operations. The same API weaknesses that plague enterprise environments now carry a very different consequence: a broken authorization check can become command authority over an asset in orbit. On September 8, 2026 at 1:00 p.m. Eastern, 10:00 a.m. Pacific, this session sponsored by Assail AI and hosted by ISC2 will expose how vulnerabilities across a satellite ground-control environment can be chained from initial access to constellation-level compromise. Using satellite-specific examples mapped to the OWASP API Security Top 10, we show how seemingly isolated flaws can escalate into control over spacecraft maneuvering, attitude, payload tasking and communications. Next, we will show how in a live, isolated lab environment, autonomous AI executes the attack chain at machine speed against a deliberately vulnerable ground-control API while the audience watches satellites tumble, change orbit and go dark in a live 3D visualization. The lesson is bigger than the demo: autonomous offense collapses the time between vulnerability and mission impact. And the advantage does not come from simply using a bigger AI model. It comes from the harness that gives AI the context, tools and autonomy to understand a complex system, exploit it and carry the mission through. Key Takeaways The ground segment is the attack surface. Learn where modern satellite APIs create exploitable paths to mission-critical systems. Small vulnerabilities become strategic when chained. See how API weaknesses can escalate from access to constellation-level command authority. Autonomous AI changes the attack timeline. Watch an offensive AI execute a complete attack chain at machine speed. The model is not the weapon. The harness is. Understand what turns general-purpose AI into an autonomous offensive capability.