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04/06/2026

EU International Drone Show 2026
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Dynamic robot task planning & resources orchestration

Service description

Dynamic Robot Task Planning & Resources Orchestration service focuses on optimizing robot task execution in dynamic environments. Within this service it is possible to experiment with the potential of AI to enable robots to adapt their actions based on changing environmental conditions and task requirements. Furthermore, it is possible to test the orchestration of multiple robots and other assets, such as sensors, and actuators. Through the integration of AI algorithms, the use of available resources can be optimized, idle time can be minimized, and bottlenecks can be prevented, thereby maximizing overall productivity and efficiency.
Expected results: 1. Tech provider benefit: Cost savings, optimization of industrial processing, precision improvement, user-friendly adaptations. 2. Product Benefit: Based on previous testing: a) 50% Reduction of assembly cycle time (initial:20min, achieved: 10 min) and b) 2,5x Productivity increase (initial: 16parts/shift, achieved: 40parts/shift) Deliverables: Reports with consolidated results, physical demonstration in robotic cell, performance evaluation reports
Methodology: Exploration with the client, e.g. technical analysis, feasibility concept.
Target: Technology providers looking to develop and validate AI-based task planning and multi-robot orchestration in dynamic environments. End-users wanting to optimize available resources, minimize idle time, prevent bottlenecks and maximize productivity and efficiency. Infrastracture required by customer: use case scenario, CAD files, facility layout data, operational constraints, equipment information, or existing models and algorithms
  • Organisation: LMS
  • Type: test, experiment, study
  • SUT/E: Robot automated processes
  • Average duration: 12-24 weeks
  • Contact: LMS

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