Reactor is a cloud platform that provides a unified development layer for building, simulating, and rendering large‑scale AI‑driven immersive worlds. It offers auto‑scaling GPU compute, modular APIs for scene and physics manipulation, and one‑click export to Unity, Unreal, and other runtimes, reducing infrastructure overhead for game studios, simulation engineers, and AI research teams.
Funding
Funding not disclosed
Founders
Product
Problem
Creating immersive, AI‑driven world models requires massive compute, real‑time video pipelines, and tightly coupled inference services, which are typically fragmented across separate tools and on‑premise hardware. This fragmentation slows iteration, inflates costs, and limits the scale at which developers can prototype or deploy interactive environments.
Solution
Reactor delivers a unified development layer that abstracts the underlying infrastructure needed for large‑scale world model creation. The platform provides cloud‑hosted toolchains for building, simulating, and rendering environments, while automatically provisioning GPU‑accelerated compute for real‑time video capture and AI inference. Integrated APIs expose a consistent interface for asset management, physics simulation, and generative‑AI pipelines, enabling creators to iterate from concept to production without manual orchestration of disparate services. Results are streamed to a web‑based dashboard where developers can monitor performance metrics, adjust parameters, and export assets directly into game engines or simulation frameworks. By consolidating these capabilities, Reactor reduces engineering overhead and accelerates time‑to‑market for immersive applications.
Target Audience
Primary customers are game development studios, simulation engineers in aerospace or robotics, and generative‑AI research teams that require high‑performance infrastructure for building interactive world models.
Features
- Scalable GPU‑backed compute pool with auto‑scaling policies for real‑time video encoding and diffusion model inference
- Modular SDK and REST/GraphQL APIs that expose scene graph manipulation, physics simulation, and asset versioning
- Cloud‑native rendering engine supporting ray‑traced and rasterized pipelines with programmable shaders
- Integrated data lake for streaming video, sensor feeds, and model checkpoints with built‑in metadata tagging
- Collaborative workspace with role‑based access control, change‑set diffing, and live preview synchronization across team members
- One‑click export connectors for Unity, Unreal Engine, and custom simulation runtimes via standardized scene description formats (USD, glTF)
- Monitoring console that visualizes compute utilization, latency budgets, and inference accuracy metrics in real time