Animal motion for generative video
Video models need to get the motion right, from a horse changing gait to a bird folding its wings. We build annotated examples, expert reviews and benchmarks that make movement errors easier to find and fix.
We’re building multimodal training data for AI
to understand and operate in biological environments.
Growth, behaviour and changing conditions shape every interaction. Understanding them takes more than a snapshot.
What they see, what they infer, and what they do. In one connected record.
We collect observations, label what matters, and record expert judgments and the reasoning behind them. We turn that work into training data, evaluations and benchmarks that help teams improve their AI models.
Video models need to get the motion right, from a horse changing gait to a bird folding its wings. We build annotated examples, expert reviews and benchmarks that make movement errors easier to find and fix.
New adhesives and silk-inspired fibres start with understanding what gives the natural material its properties. We combine measurements, expert explanations and test results into datasets and evaluations for teams building materials models.
Field skills are often missing from a written protocol. We record experts doing the work, annotate the steps and capture the decisions they make along the way. Those records become training demonstrations and tests for physical-AI systems.
We help aerial robotics teams turn animal flight into something their models can learn from. Synchronized video, motion measurements and expert analysis feed datasets and benchmarks for studying new approaches to drone navigation and control.
To study how an animal responds to a new drug, researchers need behaviour, context and a consistent way to assess change. We bring those records and expert judgments together in datasets and benchmarks for preclinical AI.
Picking robots need to learn which movements and forces damage a crop. We connect each attempt to the fruit’s condition afterwards, add expert labels and explanations, and build evaluations that test both picking success and damage.
For livestock-monitoring systems, we build data around the decisions farmers and vets need to make. Movement recordings, independent assessments and expert reasoning become labelled examples and benchmarks for detecting changes that need attention.
For humanoid robots to share a home with pets, they need to anticipate how an animal may respond. We combine video, behaviourist assessments and observed outcomes into datasets and benchmarks for recognising cues and testing predictions.
We help aquaculture teams connect what happens in the water to feeding and monitoring decisions. Video, feed logs and water measurements are annotated with expert judgments, then used to build training examples and evaluations for their models.

Tell us what your model needs to learn.
Help shape the data it learns from.