The Biological Computing Co. ships neuron-derived TBC mischief 1 video model

Rather than connecting live biological tissue at inference time, The Biological Computing Co. grows living biological neural cultures in laboratory dishes, records how those cells compress and route spatiotemporal signals, and distils the resulting mathematical rules into pure software adapters for silicon GPUs. Built on top of the open-source Wan 2.2 image-to-video backbone, TBC mischief 1 injects fewer than 0.1% additional parameters while running on standard AI accelerators.

Arriving five weeks after the company’s infrastructure partnership with Amazon Web Services, the model cuts inference compute fivefold relative to its Wan 2.2 base without sacrificing motion fidelity on dynamic camera and character prompts. Developers can call TBC mischief 1 immediately through hosted endpoints on fal and OpenRouter starting at $0.005 per generated second, or 2.5 cents for a five-second clip. The company has not released open adapter weights, resolution ceilings, or peer-reviewed benchmark tables detailing its biological distillation pipeline.

Key numbers

• Runs five times faster than its Wan 2.2 base model on standard GPU hardware.
• Adds fewer than 0.1% extra parameters via software-only neuron-inspired adapters.
• Priced from $0.005 per second of generated video (2.5 cents per five-second clip) on fal and OpenRouter.