Manipulation Robot,
A Grasp of the Real World.
Advanced AI & Embodied Architecture: Delivering Custom Technical Solutions and Software-Defined Hardware for Global Enterprises.
Explore Our Architecture

Mechatronic Architecture

Software-defined hardware for field robotics and autonomous industrial platforms.

Vision-Guided
Control

Multi-sensor computer vision pipelines that map interaction targets and close the perception–control loop without predefined tracking marks.

Compliant
Mechanisms

Adaptive end-effectors and flexure topologies that handle varied geometries while limiting contact stress in high-cycle picking and field manipulation.

Brain-Computer
Interaction

Neural intent decoding that closes a BCI–manipulator loop, mapping motor intent into low-latency grasp, place, and hold commands.

Engineering Deployments

Verified perception, kinematics, and gripping frameworks for field and industrial platforms.

How We Partner
01

Technological Licensing & Adaptation

We provide architectural consulting to adapt and license our proprietary vision, kinematic, and cognitive cores for manufacturer and laboratory platforms, delivering custom initial feasibility blueprints tailored to your operational framework.

02

Custom Mechatronic Architecture

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.

03

Enterprise Edge Deployment

We orchestrate secure, cloud-agnostic systems localized directly at your infrastructure in North America, supporting persistent reliability for research and industrial partners.

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Vision-guided perception for field robotic platforms
Vision-Guided Perception
Intelligent Vision-Guided Perception Frameworks
Vision-Guided Target Perception & Adaptive Manipulator Control
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Vision-guided compliant robotic end-effector for delicate object handling
Adaptive Gripping & Compliant Robotics
Compliant Mechanisms & Intelligent Adaptive Gripping
Vision-Guided End-Effectors for Delicate Object Handling
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Brain-computer interaction controlling robotic grasp on a manipulator
Brain-Computer Interaction & Neuro-Mechatronics
Brain-Computer Interaction for Robotic Grasp Control
Neural Intent Decoding That Drives Manipulator Grasp & Place

About

Software-defined hardware for field and industrial machines.

ShantiBotics builds software-defined hardware for platforms that must see, reach, and grip outside the lab—vision-guided control, compliant end-effectors, and brain-computer interaction. Based in Montreal, Canada, a major North American AI hub, we partner with manufacturers and research institutions on application adaptation and local technical support.

Vision-Guided
Control

Compliant
Mechanisms

Brain-Computer
Interaction

Contact Us

Manufacturer partnerships and research collaborations:

info@shantibotics.com