US Space Force Deploys $69M AI Adversary for Orbital Rehearsals
Slingshot Aerospace secures a $69 million contract to integrate its TALOS AI into the US Space Force training pipeline, simulating unpredictable kinetic and electronic threats in orbit.
Terminal Access: Orbital Training Simulation Update
According to SpaceNews, the US Space Force has finalized a $69.2 million contract with Colorado-based Slingshot Aerospace to revolutionize its training architecture. The agreement, framed as a 4.5-year Small Business Innovation Research (SBIR) Phase 3 contract, targets the service’s Operational Test and Training Infrastructure (OTTI) program.
//The TALOS System
At the core of the deal is TALOS (Thinking Agent for Logical Operations and Strategy). Unlike legacy training modules that rely on scripted sequences, TALOS functions as an autonomous, AI-driven digital opponent. The system models realistic spacecraft behaviors, allowing military operators to rehearse protect-and-defend missions against an adversary capable of responding to their tactics in real-time.
//High-Fidelity Risks
The Pentagon is shifting toward high-fidelity digital twins to simulate conflict scenarios that are too risky to perform with physical assets. These environments focus on:
Satellite Maneuvering: Tracking and countering unpredictable orbital shifts.
Communication Interference: Rehearsing responses to electronic warfare and jamming.
* Decision Latency: Sharpening the identification-to-response loop under duress.
By utilizing AI to process complex data and generate strategic response options, the Space Force aims to prepare personnel for a contested orbital domain where threats evolve as rapidly as the software governing them. The contract facilitates an environment where mission failure occurs in simulation—avoiding the debris and escalation of real-world kinetic mishaps.