Pixels are noisy. Coordinates are brittle. We use kinematic tokens – abstracted motion elements capturing speed, direction, rhythm, and intent.
Think of them as the atoms of movement – structured, compressed, and scalable.
Our transformer-style models operate on these tokens to classify, predict, and detect anomalies – on-device or in the cloud.
What LLMs did for language, our LSTM does for motion. It’s a new vocabulary for how things move.
Pixels are noisy. Coordinates are brittle. We use kinematic tokens – abstracted motion elements capturing speed, direction, rhythm, and intent.
Think of them as the atoms of movement – structured, compressed, and scalable.
Our transformer-style models operate on these tokens to classify, predict, and detect anomalies – on-device or in the cloud.
What LLMs did for language, our LSTM does for motion. It’s a new vocabulary for how things move.