Possible implementations

One architecture. A lot of places it could become useful.

These are exploration targets, not product promises. The point is to test whether a stateful substrate can provide useful behavior across very different environments.

Games

Persistent NPC memory

Characters could carry relationship state, decay, reinforcement, and context across encounters without stuffing every prior event into a prompt.

Mobile

Local adaptive assistants

Small on-device systems could retain useful state locally and respond to routines, context, or preferences with less cloud dependence.

Simulation

Behavioral sandboxes

Researchers could construct small fields and test timing, collisions, inhibition, persistence, and provenance under reproducible conditions.

Interfaces

Stateful tools

Applications could react to more than current input by retaining explicit, inspectable state that changes according to the model's own rules.

Robotics / Edge

Resource-constrained adaptation

Compact stateful systems may be useful where latency, bandwidth, or privacy make constant remote inference undesirable.

Longer term

Composable systems

Multiple specialized stateful components may eventually exchange signals without requiring one monolithic model to own every capability.