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Machine learning

Compress context without throwing useful work away.

The gisting layer learns a compact representation that the serving model can use directly.

Many signal blocks flow through a narrow system into a compact amber token set

The serving problem

Long-running agents collect instructions, observations, tool results, and intermediate reasoning. Sending all of it through every serving step increases latency and cost.

Our gisting model converts the useful state into a smaller learned representation. Evaluation focuses on task completion, not only token reconstruction.

Relay Engineering

Engineering notes about the systems behind Relay.

Fictional engineering publication for renderer testing.