Minervahumanoids builds rugged humanoid robots with haptic telepresence and integrated AI for high‑risk industries such as energy, mining, nuclear and disaster response. Their platform lets operators remotely manipulate tools with real‑time force feedback, turning hazardous tasks into predictable, repeatable operations while continuously improving autonomy through collected sensor data.
Funding
Funding not disclosed
Founders
Product
Problem
Many high‑risk industries—such as energy, mining, nuclear, and disaster response—require humans to perform hazardous tasks in environments that are unsafe, unpredictable, or inaccessible, leading to injuries, fatalities, and operational delays.
Solution
Minervahumanoids builds robust humanoid robots equipped with haptic telepresence and advanced AI to perform these dangerous jobs remotely. Operators control the robots with intuitive force‑feedback interfaces, allowing precise manipulation in extreme conditions while staying safe on the ground. The robots continuously collect sensor data, which improves their autonomy and response speed for subsequent missions. Deployable on demand, the platform turns hazardous operations into predictable, repeatable processes without exposing human workers to danger.
Target Audience
Primary customers are operators of high‑risk sectors—energy utilities, mining firms, nuclear facilities, and emergency response agencies—seeking to replace human presence in hazardous tasks.
Features
- Full‑body humanoid platform designed for rugged, high‑temperature, and radiation‑intense environments
- Haptic telepresence system delivering real‑time force feedback for precise remote manipulation
- Integrated AI for autonomous navigation, obstacle avoidance, and task optimization
- Modular sensor suite (thermal, LIDAR, gas, radiation) feeding live data to operators and analytics pipelines
- Scalable cloud infrastructure that aggregates mission data to refine robot performance over time