CleverHive provides an operational studio that turns raw robot sensor streams into actionable inspection workflows, letting users set high‑level goals for mixed fleets of drones, ground robots, and quadrupeds while keeping humans in the loop.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations that deploy inspection robots often struggle to extract actionable information from raw sensor streams, leading to manual data interpretation, fragmented workflows, and limited scalability. Additionally, reliance on single-vendor solutions hampers flexibility when mixing drones, ground robots, and quadrupeds across diverse sites.
Solution
CleverHive delivers an operational studio that converts robot signals into clear, automated inspection actions. Users define high‑level inspection goals, while the platform autonomously coordinates mixed robot fleets and flags anomalies in real time. Sensor data is aggregated into an interactive digital twin that preserves day‑by‑day site history, enabling teams to review conditions and trends. The system routes alerts to the appropriate personnel, keeping humans in the decision loop without requiring constant supervision. By being vendor‑agnostic, the platform integrates drones, ground robots, and quadrupeds from any manufacturer, supporting use cases in industrial plants, construction sites, and space exploration. Scalable deployment options—including pilot workshops, PoC support, and forward‑deployed engineering—help organizations adopt the technology incrementally and expand it across the enterprise.
Target Audience
Primary customers are industrial operators, construction firms, and aerospace organizations that run robotic inspection fleets and require coordinated, data‑driven inspection workflows.
Features
- Goal‑oriented orchestration engine that assigns high‑level tasks to heterogeneous robot fleets
- Continuous anomaly detection with automated alerts routed to designated stakeholders
- Interactive digital twin generation that visualizes sensor data and maintains chronological site history
- Post‑inspection action management tools that organize follow‑up tasks and provide statistical insights
- Vendor‑agnostic integration layer supporting drones, ground robots, quadrupeds, and mixed‑fleet configurations
- Scalable engagement model offering blueprint workshops, PoC deployments, and forward‑deployed engineering support
- API and system‑integration capabilities for seamless connection to existing enterprise workflows and data platforms