A real-time, object-aware motion planner for demanding robotic manipulation.
Fast
Generate executable paths in under 100 ms for predictable motion and short cycle times.
Safe
Avoid collisions and singularities with awareness of the full robot, grasped object, and surrounding environment.
Adaptive
Update collision models and recompute paths on the fly as obstacles, tools, payloads, and workspace geometry change.
Runs on
Linux
NVIDIA
Agnostic
to any robot brand
and model
Languages
C++
Python
Get the shortest path
in 100 ms
Enable predictable, low cycle times with deterministic global planning that returns the shortest path - even in constrained and cluttered environments.
Zivid Motion delivers a valid plan in 100 ms when one exists, so your robot keeps moving with smooth, continuous motion.
Plan interactions with object awareness
Execute controlled contact with confidence. Zivid Motion dynamically incorporates the grasped object into the robot’s collision model for safer, more precise manipulation.
Reach more picks with full-body collision checking
Plan safe robot motion around the entire arm to unlock more grasp opportunities, including objects in corners and near bin edges.
Zivid Motion has significantly improved both the speed and reliability of motion planning in our warehouse automation systems. Planning now completes in under 100 milliseconds, while generating smoother paths and maintaining safe distances from obstacles. Ultimately, this enables us to increase picking throughput in production.
Olivier Roulet-Dubonnet, Head of R&D at Solwr Robotics
Zivid Motion has significantly improved both the speed and reliability of motion planning in our warehouse automation systems. Planning now completes in under 100 milliseconds, while generating smoother paths and maintaining safe distances from obstacles. Ultimately, this enables us to increase picking throughput in production.
Olivier Roulet-Dubonnet, Head of R&D at Solwr Robotics
Turn accurate 3D vision
into better robot motion
Update the environment in real time using accurate Zivid 3D point clouds without adding latency to motion planning. Zivid Motion uses that precision to plan safely through tight spaces—unlocking shorter paths, more reachable grasps, and higher throughput.
Adapt to changing environments in real time
Keep motion plans up to date as the environment changes - whether bins empty, pallets shift, tools change, or the robot moves.
Zivid Motion updates collision models from CAD, meshes, and point clouds, and recomputes paths in real time.
Build compact, high-performance robot cells
Design smaller robot cells without sacrificing reach, maneuverability, or performance.
Zivid Motion plans efficient motion through constrained spaces and deep bins while accounting for grasped objects, obstacles, and singularities.
Commission robots
faster with reduced
deployment time
Reduce manual tuning, custom programming, and rework across new layouts, design iterations, and deployments.
Design smaller robot cells without sacrificing reach, maneuverability, or performance.
Zivid Motion enables automated cell mapping, calibration, and validation while adapting smoothly to cell-to-cell variation, environmental drift, and tooling changes.
Use every millimeter
of bin space
Achieve better space utilization with precise object-in-hand and bin-geometry estimation. Zivid Motion enables smoother movements, higher pick accuracy, and denser packing—so you can get more in and out of the bin.
Build compact, high-performance robot cells
I would get rid of this value prop - a bit redundant + we dont have any visual to show with this
Design smaller robot cells without sacrificing reach, maneuverability, or performance.
Zivid Motion plans efficient motion through constrained spaces and deep bins while accounting for grasped objects, obstacles, and singularities.