Computer Vision
& Physical AI
Object detection and segmentation for robotics, automation, and real-world deployment.
Convert unstructured language into structured training labels for entities, sentiment and intent — with human review reserved for genuinely ambiguous cases.
The new treatment ENTITY worked surprisingly well SENTIMENT ,although the support team was "fantastic" AMBIGUOUS at taking three days to respond.
Turn raw images into structured training labels with a foundation-model first pass — then send uncertain cases to human reviewers.
Object detection and segmentation for robotics, automation, and real-world deployment.
Instruction data, preference signals, and RLHF-style feedback for model training.
Shelf, inventory, and defect detection at a volume manual labeling can't keep up with.
Healthcare, safety, and compliance-adjacent AI where human review isn't optional.

Yes – foundation-model pre-labeling (SAM-class for images, LLM-based for text) is the current standard approach across the industry in 2026, not a proprietary technique. What differs is what happens after the model’s first pass low-confidence and edge-case labels route to real human review instead of being accepted automatically.
Not entirely. Foundation models still make mistakes on rare, cluttered, or domain-specific data; this is documented across current research, not a gap specific to this tool. That’s precisely why a human review step exists rather than being skipped.
YOLO and COCO for computer vision, JSON or CSV for text, and custom schemas for your own pipeline.
It’s an Aquarient accelerator, the pre-labeling foundation, configured to your schema and data, with Human-in-the-Loop review available for whatever needs a person to check it.
