Opaitra
Fully autonomous security robots with cameras, thermal imaging, LiDAR and AI software, built to patrol, monitor and detect anomalies across large commercial, industrial and public spaces.
Opaitra robots are built by a security-robotics company that Opaintelligence has signed an agreement to acquire. We will name the company when the acquisition closes. Photos and video of Opaitra will be published here at the same time.
Key capabilities
- Autonomous navigation
- Opaitra navigates with satellite positioning, visual SLAM and multi-sensor arrays. It follows pre-mapped perimeters, indoor hallways and outdoor terrain, and avoids obstacles on the way.
- Real-time surveillance
- It records 360-degree high-definition video, sees at night, and uses bi-spectral thermal cameras to detect heat and fire. Automatic license plate recognition reads vehicles as they pass.
- AI anomaly detection
- Machine-learning models running on the robot flag unusual behavior, people in restricted zones, and environmental hazards such as gas leaks and smoke.
- A person in the loop
- Opaitra does not work alone. It links to remote operations centers, where human analysts verify its alerts and coordinate the emergency response.
From alert to response
The robot detects; a person decides. If the analyst finds no threat, the robot goes back to its route.
- Step 1
Sense
Cameras, thermal imaging and LiDAR cover the area around the robot as it patrols.
- Step 2
Detect on the robot
Models running on board flag unusual behavior, a person in a restricted zone, smoke or a gas leak.
- Step 3
Send the alert
The flag goes to a remote operations center with the video and sensor readings behind it.
- Step 4
A person verifies
An analyst checks the alert and decides whether it is real.
A person decides here - Step 5
Respond
If it is, the analyst coordinates the emergency response.
Common applications
Warehouses and logistics
Watching high-value inventory, checking doors and locks, and scanning sprawling distribution yards.
Corporate and industrial campuses
Patrolling perimeters, parking lots and utility plants to deter trespassing.
Public safety pilots
Supporting local police and neighborhood associations with mobile video feeds and two-way emergency communication.
Hardware and brain
OA Chip In development
The processor we are designing to be Opaitra's primary brain, handling limb control and object recognition at the same time. It is not built yet.
Physical AI on the robot
Opaitra is built for end-to-end physical AI. It runs its neural networks on board, processing what it sees and planning its movements without relying heavily on external servers.
See how we check a robot's commands before it moves, or apply to work with us.