HireHenry provides an autonomous mobile robot platform that uses GPS‑based localization, computer‑vision perception, and real‑time obstacle mapping to navigate outdoor and semi‑structured sites without human operators. The system enables enterprises in logistics, construction, utilities, and agriculture to automate tasks such as payload transport, site surveying, and routine inspections, reducing labor costs, improving safety, and increasing productivity through a cloud‑connected mobile app and API‑based integration.
Funding
Funding not disclosed
Founders
Product
Problem
Many industries that rely on material handling, site inspection, or outdoor monitoring face high labor costs, safety risks, and limited operational efficiency due to the need for human operators to navigate complex, unstructured environments.
Solution
HireHenry offers an autonomous mobile robot platform that combines GPS‑based localization, computer‑vision perception, and real‑time obstacle mapping to navigate outdoor and semi‑structured sites without human intervention. The robot’s onboard autonomy stack performs continuous obstacle avoidance and path planning, while a cloud‑connected mobile app allows operators to configure missions, monitor status, and fine‑tune autonomous behavior remotely. By delivering tasks such as payload transport, site surveying, or routine inspections, the system reduces manual labor, enhances worker safety, and improves overall productivity. The platform is designed for scalable deployment across multiple sites, supporting integration with existing workflows through a core communication API.
Target Audience
Primary customers are enterprises in logistics, construction, utilities, and agriculture that need autonomous outdoor robots for material transport, site inspection, or routine field tasks.
Features
- High‑precision GPS localization fused with visual odometry for reliable positioning in GPS‑challenged environments
- Real‑time computer‑vision pipeline that generates obstacle maps and enables dynamic avoidance of static and moving hazards
- Autonomous navigation engine with adaptive path planning and tunable behavior parameters accessible via a mobile app
- Cloud‑based mission management and telemetry dashboard for remote monitoring, reporting, and autonomy tuning
- Modular communication interface allowing integration with enterprise systems and third‑party sensors
- Energy‑efficient hardware design aimed at reducing operational carbon footprint