Physical intelligence, grounded

Building the foundation for Physical AI.

Y-Kenistik builds the data systems, evaluation infrastructure, and operational tools that help intelligent machines understand—and act in—the physical world.

From real-world data
to reliable intelligence
Video, proprioception, LiDAR, depth, pose, and force signals retain lineage while being synchronized, structured into events, reviewed at an ambiguous moment, and packaged as an auditable episode before reaching a compact model core.

Physical intelligence is built into the data before the model ever sees it.

Structure before scaleTiming, context, and relationships determine what the model can learn.
Evidence before confidenceEvery transformation should remain inspectable from source to result.
Judgment where it mattersReviewed examples ground the ambiguous moments automation cannot settle.
Infrastructure that changes the economics

Run the work others defer.

Robotics makes data work computationally heavy: video processing, full-corpus reprocessing, evaluation sweeps, and ML.

We have invested deeply in the infrastructure behind those jobs—making them faster, more reliable, and far more efficient to run.

Video at corpus scaleProcess, inspect, and index large media collections.
Parallel by designShard, observe, resume, and verify every run.
ML and evaluationMove from a small experiment to the full workload.
Efficiency engineered inSpend compute on the result, not operational waste.
A high-volume field of video, proprioception, LiDAR, depth, pose, and force signals converges through parallel processing lanes into a compact compute core and three clean outputs.
Researching behavior in time

Video is not a stack of frames. It is a record of change.

The deepest meaning lives inside the timeline: what began before motion became obvious, what changed together, which moment redirected the outcome, and how an attempt became success, failure, or recovery.

We study video from the inside out—connecting visual change with the signals unfolding alongside it. That temporal structure can turn passive footage into evidence of progress, interaction, and outcome: a richer foundation for understanding and learning.

Temporal groundingLocate phases and short transitions on the actual timeline.
Multimodal evidenceReason across vision, state, action, and contact signals.
Behavioral structureRepresent attempts, outcomes, failure, and recovery.
Measured researchCompare methods against reviewed examples, not plausible prose.
Four states of one object are connected by synchronized evidence traces, including a failed branch and recovery, forming one continuous record of change.

From raw capture to structured understanding.

Physical AI data must move cleanly between systems, stand up to scrutiny, and preserve the context that makes real behavior useful. We build the infrastructure that connects raw logs, media, and state to training and evaluation workflows.

Any source

Meet the data where it is.

Training ready

Leave with data that learns.

ROS, MCAP, HDF5, Zarr, RLDS, video, and tabular data converge through an assurance field before branching into training formats.
Schema coherentTiming alignedMedia continuousProvenance attached
Our background

Built by people who have operated at scale.

01
Engineering at scale

A decade of Google engineering across security, abuse prevention, and the infrastructure behind high-volume media processing.

02
Markets and growth

Commercial experience spanning McKinsey, Stanford, and the expansion of consumer businesses across Asia.

03
Research and engineering

Published researchers and engineers who graduated at the top of their class build the core data and ML pipelines behind our platform.

Join our first pilots

Bring us one dataset.

We are taking on a small number of first pilots with Physical AI teams. Bring one representative dataset and the decision you are trying to make. We will return an evidence-backed read of what it actually contains—what survived collection, what may be missing or unreliable, and where deeper review is worth the effort.

Small first cohortDataset-specificEvidence-backed
Join a pilot ↗