Engineering the extraordinary
Runeworks helps startups, research laboratories and industrial teams turn complex hardware and robotics ideas into working prototypes. From system architecture to functional proof of concept.
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We work with startups, research laboratories and industrial
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Real-Time Physics & Simulation
Merlin - GPU Accelerated Simulation Engine
Development of a real-time particle-based simulation engine designed for additive manufacturing and control system experimentation. Used for rapid prototyping, AI training environments and digital process validation.
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Additive Manufacturing Software
Custom Machine Slicer & Control Stack
Design of a dedicated slicing and machine control software for experimental additive manufacturing systems, enabling custom toolpath generation and real-time hardware communication.
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Robotics & Embedded Systems
Modular Embedded OS for Autonomous Robots
Architecture and implementation of a real-time embedded control system integrating motion control, safety logic and autonomous decision layers for complex robotic platforms.
Our Services
We help research teams, startups, and industrial innovators harness the power of simulation, AI, and automation to enter the next era of digital manufacturing.
Technical Consulting
Short expert interventions to unblock complex engineering challenges, validate technical decisions or assess feasibility.
- • Technical audits
- • Design reviews
- • Technology selection
- • R&D guidance
- • Debugging
- • Performance issues
- • Integration problems
Average Daily Rate
System Architecture & Technical Roadmap
Definition of robust hardware and software architecture before development begins, reducing technical risk and costly redesigns.
- • System architecture design
- • Hardware / software partitioning
- • Risk analysis
- • Development roadmap
- • Prototype strategy
Fixed engagement (1–2 weeks)
Prototype Development
Design and development of functional intelligent prototypes used for demonstrations, validation or pre-funding stages.
- • Embedded systems
- • Robotics & automation
- • Custom machine software
- • Sensor integration
- • Working proof of concept
Project-based (3–6 weeks)