KOREV Labs
Intelligence won't stay behind a screen.
Beyond software agents, KOREV Labs explores where AI meets the physical world.
Neurosensory systems
Touching the world.
A two-minute film on the KOREV Labs approach: why words and images are not enough to represent matter, and how artificial touch, interpreted by a nervous system, can ground world models in physics.
Sources for the figures in the film: about 17,000 mechanoreceptors in the glabrous skin of the hand (Johansson and Vallbo, Journal of Physiology, 1979); about 100,000 tokens, the order of magnitude of current vocabularies (OpenAI tiktoken cl100k_base encoding).
Territories
Four research directions.
A physical action must meet the same requirements as a software action: it must be controlled, traced, and able to be stopped.
- Embodied AI
- Agents that no longer just produce text, but perceive an environment and act on it.
- Robotics
- Grasping, manipulation, and coordination of physical systems, with the same control requirements as software agents.
- Neurosensory systems
- Real-world signals (touch, movement, vision) as a source of understanding for models.
- Physical intelligence
- Models able to reason about space, matter, and time, not just about documents.
The loop
From real-world applications to new models.
- Real-world applications
- Real-world signals
- Evaluation
- Models
- Agents and robotics
- New applications
KOREV also builds its own applications to test its technology in real-world conditions. Data enters this loop only within an explicit contractual and legal framework.
Research, industry, investors.
To get in touch with KOREV Labs: contact@korev-ai.com.