Software Engineer, Agent Harnessing

The future of defense will be decided by those who field intelligent machines at scale. At Scout AI, we’re developing Fury, the first robotic foundation model for defense, to give U.S. forces overwhelming, adaptable, and autonomous power across every domain. Fury enables human operators to command fleets of robots through natural language, and empowers those machines to sense, decide, and act together as one. This mission will ask everything of us: urgency, precision, and relentless work.

As a Software Engineer on the Agent Harnessing team, you will build the core architecture that allows AI agents to interact with and control complex, real-world physical systems. This spans agent orchestration, tool integration, low-latency communication layers, and execution environments—designed as a platform that Scout AI engineers can extend and depend on.

• →Designing and advancing the agent harness (agent loop, tools, prompts, execution environment, capabilities) used across Scout AI's agentic stack.
• →Integrating fullstack software with physical hardware systems and AI agents—ensuring robust, low-latency communication across complex pipelines.
• →Building simulation environments and video-game-like frameworks that allow agents to be tested and trained before physical deployment.
• →Owning the connectors between AI models and real-world systems—the layer that translates model output into physical action.
• →Fine-tune frontier AI models and build the data acquisition pipelines that feed the training infrastructure powering our agents.
• →Work shoulder-to-shoulder with warfighters to turn capability requests into production-ready agentic systems — fast.

• 5+ years of full-stack engineering experience (startup or high-ownership environment preferred)
• You have built complex agentic products or infrastructure—agent loops, orchestration systems, tool-use frameworks. You have strong opinions on model and agent behavior.
• You are a systems-oriented fullstack engineer with hands-on experience integrating software with physical hardware or low-level systems.
• You have exposure to simulation environments, game engines (Unreal, Unity, Isaac Sim), or robotics middleware (ROS/ROS2).
• You have strong SWE fundamentals—architecture, distributed systems, real-time pipelines—and love shipping production systems.