Exsensia
Exsensia Robotics provides AI-powered software that lets industrial robots learn complex tasks through demonstration rather than traditional programming. Operators physically show the robot a motion or activate sensors, and the platform captures both the action and intent, auto-generating fully editable block-based code. The brand-agnostic platform works with robots and sensors from any manufacturer and scales from a single robotic cell to distributed systems.
- Industrial Automation
- Robotics
- Manufacturing / Industry 4.0
- Artificial Intelligence
- Hardware
- Software Only
- Data & Analytics
- Logistics & Supply Chain
Funding
Founders
Founder details are not available yet.
Product
Problem
Industrial and commercial operations often face challenges with repetitive, hazardous, or precision-critical tasks that are difficult to automate with traditional machinery. Existing robotic solutions can be inflexible, expensive to integrate, or lack the adaptability needed for dynamic work environments, limiting productivity and increasing operational risks.
Solution
Exsensia Robotics develops AI-powered software that enables robots to learn complex tasks through demonstration rather than traditional programming. Operators physically show the robot the desired motion or activate sensors, and the system's learning-from-demonstration engine captures both the action and the intent behind it. The software then auto-generates fully editable block-based code, allowing for rapid customization and deployment without writing a single line of code. This approach cuts weeks of development, debugging, and training time from automation projects. The platform is compatible with robots and sensors from any brand and scales from a single robotic cell to distributed systems without rewriting code.
Target Audience
Primary customers are manufacturing facilities, logistics centers, and commercial enterprises seeking to automate material handling, assembly, inspection, and other precision-dependent processes, particularly those with complex or high-criticality automation needs.
Features
- Learning-from-demonstration engine that captures both observed actions and underlying intent, enabling accurate replication of complex tasks
- AI-powered auto-generation of fully editable block-based code, eliminating the need for manual programming
- Brand-agnostic compatibility with robots and sensors from multiple manufacturers
- Scalable platform architecture supporting deployments from single robotic cells to distributed systems
- Patented technology developed in collaboration with research centers of excellence in Genoa and Pisa
- Field-tested on high-criticality, multi-brand industrial projects including real-world electrical wiring applications