Benefits
X
400
increase in robot units, expanding from a single robot to hundreds
5
day
advance notice for precise robot malfunction forecasts
95
%
reduction in offline programming time, from six weeks to 3 days
50
%
faster workflows achieved through automated programming
Approach
1
Anomaly
Detection
Detection
Harness normal data distributions to anticipate and mitigate anomalies
Elevate robot motion quality with machine learning-based analysis
Deploy generative models (Normalizing Flow) to master robot motion patterns and boost accuracy
2
Operation
Optimization
Optimization
Compare motions across tasks to unearth hidden anomalies and predict future wear
Pinpoint which robots need urgent care to identify critical maintenance needs
Adapt and grow by seamlessly integrating across a diverse range of robots and manufacturers
3
OLP
Automation
Automation
Leverage AI and advanced simulation to automate the creation of manufacturing robot programs
Accelerate OLP with AI-driven 3D simulations for quick task validation and optimization
Explore a suite of features, including task distribution, automated safety interlocks, and more
Features
Insights chatbot for robotic analytics
Leverage an advanced chatbot powered by a Large Language Model (LLM) to gain actionable insights and identify maintenance needs across hundreds of robots.
Unified quality scoring with machine learning
Achieve comprehensive robot quality assessments and performance improvements using machine learning to analyze axis load factors, based on a deep learning model trained on standard data.
Advanced OLP automation validation via simulations
Enhance your OLP automation with our web-based 3D tool, designed for detailed examination and analysis of critical stages such as task verification, distribution, and robot path generation.
Scalable OLP automation for large-scale manufacturing
Enable effective OLP automation in large-scale processes involving over 200 robots through our solution's parallelization-designed modules.
