Solutions / Robotics & Physical AI

Robotics & Physical AI

Industrial robots, service robots, humanoid systems and special-purpose robots need precise state estimation for real-world autonomy.

02

Mission Challenge.

Key operating constraints that shape the solution architecture.

Motion Precision

High accuracy is required for manipulation and high-speed tasks.

Perception Fusion

IMU, vision, LiDAR and other sensors must produce reliable state.

Dynamic Interference

Vibration, temperature shifts, EMI and occlusions degrade accuracy.

03

PopperSeek Solution Stack.

A complete sensing, navigation and engineering stack.

Sensors

High-grade IMU, LiDAR, camera and auxiliary sensors.

Navigation System

Time-synchronized data acquisition and state estimation.

Fusion Algorithms

Adaptive filtering for robust performance.

Reference Kit

Evaluation-ready hardware and tools.

Engineering Support

Integration guidance and lifecycle support.

05

Technology Behind the Solution.

Core technologies supporting reliable sensing and navigation.

Optical-Inertial Fusion

Stable state through camera, LiDAR and IMU fusion.

State Estimation

Real-time position, attitude and velocity estimates.

Edge Intelligence

On-device motion awareness for fast control loops.

Embodied State Interface

Structured state data for robotic systems.

06

Proof & Validation.

Validation evidence across environment, navigation and lifecycle requirements.

Robotics validation environment

Motion Proof

Stable output in dynamic robot motion.

Perception Proof

Sensor fusion tested against occlusion and vibration.

Deployment Proof

Reference stack for multiple robot platforms.

07

Related Cases.

Adjacent deployments with similar operating constraints.

Warehouse AMR

Precise motion awareness in logistics routes.

View Case ->

Inspection Robot

Robust localization in unstructured environments.

View Case ->

Humanoid Research Platform

State estimation for full-body control.

View Case ->

Discuss your mission.
Build with navigation confidence.

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