Multi-sensor computer vision pipelines that map interaction targets and close the perception–control loop without predefined tracking marks.
Adaptive end-effectors and flexure topologies that handle varied geometries while limiting contact stress in high-cycle picking and field manipulation.
High-precision spatial modules engineered to optimize real-time trajectory tracking for unstructured outdoor operational and industrial environments.
We provide architectural consulting to adapt and license our proprietary vision, kinematic, and cognitive cores, delivering custom initial feasibility blueprints tailored to your operational framework.
We design and integrate custom software-defined hardware layers, charging milestone-based development and engineering setup fees to build robust prototypes optimized for your specific environments.
We orchestrate high-concurrency, secure, and cloud-agnostic systems localized directly at your infrastructure, ensuring persistent reliability through long-term maintenance subscriptions.
ShantiBotics builds software-defined hardware for platforms that must see, reach, and grip outside the lab. This site covers the heavy-mechatronics pillar only: vision-guided control, compliant end-effectors, and spatial trajectory modules. Cross-border RevOps and human-centric care systems live on their own brands.
Vision-Guided
Control
Compliant
Mechanisms
Spatial Perception
& Trajectory