Next event

04/06/2026

EU International Drone Show 2026

High-Precision ground-truth positioning system for robot calibration and testing

Service description

This service leverages the Optitrack system to provide geometric validation and calibration for AI-driven robotic systems. Designed specifically for AI-Providers, it ensures the precision and reliability of robotics applications by validating position accuracy, pose-detection, and sensor calibration on robots. Whether you’re developing AI algorithms for localization, multi-agent systems, or diagnostics, this service delivers the high-accuracy data needed to refine and validate your technology.

For AI-Providers in robotics and automation, this service is a critical tool for enhancing the trust and performance of your AI models. By providing precise, real-world validation, it helps you fine-tune algorithms for localization, benchmarking, and change detection, ensuring your solutions meet the demands of dynamic manufacturing environments.

Customer Benefits:

  • Quantitative: Improve robot positioning accuracy through validated calibration and pose-detection.
  • Qualitative: Accelerate the development of AI-driven robotic systems with reliable, high-precision data.

What You Provide:

  • The robotic system or components requiring validation (e.g., sensors, end-effectors).
  • Any existing AI models or algorithms for pose-detection or localization (optional).
  • Access to the testing environment, if on-site validation is required.

What We Provide:

  • On-site or lab-based setup of the Optitrack system for high-accuracy tracking.
  • Comprehensive validation of robot position accuracy, pose-detection, and sensor calibration.
  • A detailed technical report with validation results, calibration adjustments, and recommendations for AI model optimization.
Expected results:

A comprehensive technical report including:

  • Validation results for robot position accuracy and pose-detection.
  • Calibration adjustments for sensors and AI models.
  • Recommendations for optimizing AI-driven robotic systems.
  • Data visualization (optional).
Methodology:
  1. Setup: Installation of the Optitrack system in the testing environment (on-site or lab-based).
  2. Data Collection: High-precision tracking of robot movements, pose-detection, and sensor performance.
  3. Validation: Comparison of robot performance against AI model predictions or industry benchmarks.
  4. Calibration: Adjustment of sensors or algorithms to improve accuracy.
  5. Reporting: Delivery of a detailed technical report with validation results, calibration recommendations, and actionable insights.
Target:

Robotics, Automation, AI Development, Manufacturing, Logistics, and Industrial Automation.

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