· Research framework
A practical framework for private local AI inference
Evaluate privacy boundaries, memory pressure, latency, quality, and recovery instead of relying on a single tokens-per-second number.
Read the frameworkAI research lab
We study how useful AI can run closer to the user — practical methods for private local models, observable agent workflows, and durable memory stores.
Research notes
Three working frameworks for experiments we want to make measurable and reproducible.
· Research framework
Evaluate privacy boundaries, memory pressure, latency, quality, and recovery instead of relying on a single tokens-per-second number.
Read the framework· Evaluation method
Measure the system around the model: tools, state, permissions, control flow, traces, failures, and human intervention.
Read the method· Testbed design
Interactive scenarios offer visible state, bounded actions, repeatable setups, and failures that are easier for humans to inspect.
Read the proposalActive programs
Research tracks organized around privacy, control, and legible system behavior.
Finding model, runtime, and hardware combinations that keep sensitive context close to the user.
Building evaluation loops that make tool use, state transitions, decisions, and recovery inspectable.
Building durable memory that agents can write, retrieve, and inspect across long-running work.
Long-term vision
More intelligence should run locally, with cloud services used deliberately and visibly.
Agent systems should expose decisions, failures, permissions, and tradeoffs to their users.
Useful agents need memory that persists beyond a single prompt and stays under user control.
Angel and pre-seed support from leaders in crypto and AI.
Work with us
We are interested in engineers and researchers who care about private inference, reliable agent systems, and unusually good test environments.