Orchestrating dynamic physical workflows through live vision, spatial overlays, and natural language.
We integrate spatial context into the system's visual input. These enhanced views direct the AI's behavior, establishing clear operational intent.
Trajectories include not just position but force, compliance, and grip pressure, enabling delicate handling of fragile instruments where contact matters as much as location.
After each action, the system re-analyzes the scene, verifies outcome, and adapts, repeating until the task is complete. Every step is logged for audit and quality review.
Our system drives state-of-the-art robot foundation models capable of understanding both visual and language inputs. A single model handles a wide range of manipulation tasks, from picking and placing to precise orientation, conditioned on our multi-modal prompts.
A hierarchical AI planner analyzes the scene using open-vocabulary vision models, selects targets, renders the appropriate visual cues, and dispatches the robot, creating a closed-loop system that handles complexity humans cannot oversee at speed.
Case throughput, error reduction, and labor offset tracked transparently. Hospitals see impact immediately, not after a multi-year integration timeline.
Redefining surgical logistics.
Our agentic planner segments each tray, identifies instrument positions, renders pick-point overlays onto the camera feed, and commands the robot through the full assembly sequence, verifying each step before moving to the next.
Vision foundation models scan every instrument surface at sub-millimeter resolution, flagging contamination, damage, or misidentification. Spatial overlays highlight anomalies for human review before instruments reach the sterile field.
With over 50 million surgeries a year and a sterile processing workforce in freefall, hospitals face a compounding crisis: more cases, fewer trained hands, shrinking budgets.
jot.vision robots step directly into that gap, not as experimental technology, but with a clear, staged path to deployment that fits how hospitals actually operate.
Let's discuss how jot.vision robotic workflows can address your physical workflow needs and plan a solution that suits your facility.