The optimal solution for every vision

• Fast prototyping – Compact physical rapid prototyping platform with full compatibility to CAN, LIN and Ethernet.
• Flexible & adaptable – Tailored interface configurations for specific use cases, easily integrable into existing systems.
• Efficient & cost-saving – Low acquisition and integration costs, quick validation of functions already in early development phases.
• Wide range of applications – Supports Model-in-the-Loop, Software-in-the-Loop, Processor-in-the-Loop and B2B testing.

Application examples:

• Prototype demonstration: smart vehicle fan control
  Early function demonstration: customer functions can be experienced already during the concept phase, while challenges in control and hardware design are identified and resolved early.
• Validation of sensor replacement functions
  Proof-of-concept project for validating functions that replace costly vehicle sensors through a combination of existing information.

Further areas of application:

• Automotive – Testing and integration of new ECUs, validation of function concepts.
• Industrial automation – Development and validation of control logic for machines and systems.
• Medical technology – Safe, fast prototyping of embedded devices for diagnostic and therapy systems.
• Telecommunications – Simulation and testing of new communication protocols.
• Energy & smart grid – Validation of controls for energy management and grid regulation systems.
• Education & research – Practical teaching and demonstration tool for universities and research institutions.

Product description:
The Genie Box is a compact rapid prototyping platform for embedded systems. It enables fast testing, adaptation, and validation of functions – offering maximum flexibility at minimal cost.

With compatibility to standard interfaces (CAN, LIN, Ethernet), flexible interface configuration, and support for simulation and testing methods (MiL, SiL, PiL, B2B), the entire development process is accelerated. Customer functions can be experienced already at the concept stage.

Whether for automotive, industry, or research – the Genie Box is the optimal solution to bring innovations to market faster while reducing development risks.

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• Realistic & flexible simulations – Highly detailed environments with freely configurable scenarios, from everyday situations to safety-critical tests.
• AI-powered data generation – Automatic creation of large datasets (camera, LiDAR, radar, vehicle state) for training AI models.
• Self-learning & expandable – Continuous simulation enables the reproduction of new scenarios and adaptable data structures.
• Digital twin technology – Closed feedback loop between real vehicle and digital twin ensures maximum precision and practical relevance.

Application examples:

• Training driver assistance systems (ADAS)
  Simulates traffic situations – e.g. sudden braking vehicles or pedestrian crossings – and provides the right data to make driver assistance systems safer and more reliable.
• Testing robots in warehouses
  Before real robots are deployed, their tasks – such as transporting goods – can be virtually replicated. This allows processes to be optimized and security risks to be reduced.

Further areas of application:

• Collaborative robotics – Validation of robot cells and automation units.
• Healthcare robotics – Support in care or rehabilitation through robotic assistants.
• Disaster management – Simulation and training of autonomous systems for emergency response.
• Smart home systems – Development and testing of cleaning robots and autonomous assistants.
• Smart agriculture – Simulation of drones and robots for targeted irrigation and field management.
• Logistics & retail – Virtual training and optimization of robots in warehouses or retail environments.
• Education & training – Interactive learning and training tools with realistic scenarios.

Product description:
TwinLabGenie is a flexible, AI-powered simulation and data preparation system based on digital twin technology. It combines realistic 3D environments with self-learning mechanisms and enables the automated generation and analysis of complex datasets.

Thanks to its modular design, scenarios can be freely created, AI models integrated, and mixed-reality applications implemented. A wide range of sensors such as LiDAR, cameras, or radar can be seamlessly integrated. The platform combines perception, odometry, sensor fusion, and trajectory planning with powerful functions for creating digital twins and virtual environments.

The platform is suitable across industries – including automotive, robotics, industry, agriculture, and smart home. It delivers clear advantages: automation, cost reduction, material flow optimization, improved safety, enhanced quality, and digitalization.

With flexible sensor integration, the option for both real and virtual test environments, and Automotive SPICE-compliant design, the system is ideal for development and testing processes as well as productive use in demanding industrial environments.

Interested?
Contact us!