Robot Security System closes the full physical-security loop — from CCTV monitoring to active robot dispatch to human-supervised intervention. Most platforms stop at the alert. We act on it — with a human in command.
Cameras and analytics tell you something happened. They don't do anything about it. Robot Security System runs the complete loop — and keeps a human in command at every escalation.
Continuous CCTV analytics detect events across the facility — intrusions, anomalies, zone breaches — and surface them as prioritized alerts in one operator console.
The system actively sends a robot to the event — autonomous navigation to the scene for a live, on-the-ground look the moment something is flagged. No waiting for a patrol.
An operator assesses the live feed and decides. Every intervention is human-directed: the robot is a sensor and a presence, the human is in command.
Sensing flows up, decisions flow down — with a human supervising the path from perception to action.
CCTV + robot cameras and LiDAR turn the physical world into structured events.
Events are correlated into a live picture of the facility — who, where, what changed.
The system proposes a response and dispatches the right robot to the right place.
Robots navigate, observe, and relay — teleoperable on demand by the operator.
One web console. The operator sees everything, supervises, and overrides anytime.
Monitoring, live video, dispatch, and teleop converge in one supervised web interface. This is the real operator console.
Robot Security System isn't just a slide — it's built, integrated, and ready for its first field pilot in a demanding, real-world environment.
A pilot prepared in close collaboration with BlockValue for data-center protection in Japan. The system is built and deployment-ready — the on-site rollout is being scheduled and is not yet live.
When an incident is over, the data it leaves behind has to become a usable case. Forensic Studio — our companion AI forensic workspace — turns the footage, detections, and logs from an incident into a structured, evidence-grounded investigation. From “we alerted you” to “here is the case.”
A per-case workspace with integrity validation and chain-of-custody. CCTV and robot-camera footage, image crops, transcripts and logs are ingested as one organized case.
An AI co-pilot answers questions grounded in the evidence — with citations back to source. Multimodal image analysis and image-hash matching (images, not faces), with timeline and map views.
An auto-generated, exportable evidence report with an append-only audit trail — built for the people who act on it: law enforcement, corporate security, and e-discovery.
Built for the realities of physical security — low latency, on-premise control, and compliance by design.
WebRTC streaming delivers live robot and camera feeds straight to the browser — no plugins, no proprietary clients.
Live 3D point-cloud visualization gives operators spatial context the camera alone can't — depth, layout, and robot position.
Runs entirely on your infrastructure. The full command center is a web app — accessible anywhere, controlled by you.
When the situation calls for it, an operator takes direct control of a robot — drive, observe, and respond in real time.
Role-based access control and single sign-on keep authority where it belongs — every action attributable, every role scoped.
Monitoring, dispatch, video, LiDAR, and teleop converge in a single supervised interface — not a stack of disconnected tools.
The robot is a sensor that observes and alerts. A human decides and intervenes. By design, the system does not include:
The same supervised perception-to-action loop that protects a facility is dual-use-ready by design — potentially adaptable to demanding, security-critical environments, subject to the relevant licensing.
Warehouses, campuses, logistics hubs, and critical infrastructure — autonomous monitoring and rapid, human-supervised response where guards can't be everywhere at once.
A robust, self-hosted autonomy stack built for security-first deployments — potentially adaptable to defense-adjacent priorities under a human-over-the-loop doctrine, subject to the required concessions and licensing.
A multidisciplinary Polish engineering and AI team spanning robotics, computer vision, and autonomy — proven on the world stage in humanoid robotics, now focused on physical security.
Image: EngineAI / URKL · used under right of quotation
We took our humanoid into an international humanoid-combat tournament — real shoves, real strikes, stay-on-your-feet pressure. That is the hard proof of Physical-AI: our robots act under adversarial conditions, not just in a demo.
TOP 32 out of 75 teams; finished 4th in qualifiers; the only team from Poland.
Brave Mind Fighters →For investors and advisors: request a private briefing and a live walkthrough of our deployed system.
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