Roostercat is a specialized software and game development studio focused on high-performance, local-first architectures — bridging the gap between low-level systems engineering and high-level product delivery.
Ruggedized application kernels built for autonomous operation, offline resilience, and maximum hardware performance.
We develop application kernels that prioritize autonomous state management and high-speed data persistence. By eliminating the latency and fragility of constant cloud reliance, every byte of hardware performance is dedicated to the user experience — including graceful degradation when connectivity is lost.
Full-lifecycle Unity development for complex, simulation-heavy titles — RTS, MOBA, Tycoon, and VR/AR.
Full-lifecycle development for complex, simulation-heavy titles with a focus on technical performance and architectural integrity. Expert-level systems for Real-Time Strategy, MOBA, and Tycoon/Management games — with VR/AR networking built for high-fidelity physics synchronization with zero rubber-banding.
The low-level layer that lets AI agents interact reliably and securely with complex software ecosystems.
We build the infrastructure that allows Large Language Models to interact reliably and securely with complex software systems — custom compiler front-ends, reverse engineering toolsets, and standardized MCP interfaces designed for agentic workflows at production scale.
Native-quality mobile and web platforms built local-first for resilience, speed, and security at scale.
We develop performance-tuned mobile and web platforms that act as ruggedized front-ends for complex backend systems — built with a local-first philosophy for data persistence, responsiveness, and security under high-concurrency load.
The source code is gone. We analyze compiled software directly and recover, modernize, or rewrite it.
We analyze compiled software directly — no source code required. Whether it's a system from the 90s that nobody will touch, or an AI-generated prototype that wasn't built to last, we get into it, understand exactly what it does, and move it forward.
We utilize automated theorem provers to verify the logic of core kernels — ensuring systems are free from race conditions and deadlocks by design, not by luck.
For mission-critical game economies and server logic, our high-integrity engineering approach eliminates entire classes of runtime errors — preventing game-breaking bugs at launch.
By writing our own compiler tooling, we bypass standard middleware bloat — running closer to the metal for a measurable edge in both cloud-native and competitive gaming environments.
We take on 2–3 new client partnerships per quarter. We're selective because we have to be — we only agree to work we believe in.