Robotic Autonomous Services provides AI‑powered autonomous security robots (RAD) that patrol premises 24/7, detecting humans, vehicles and license plates and issuing audible alerts to deter intruders. The system records and streams sensor data for real‑time analysis and integrates digital messaging for rapid incident response, delivering continuous physical security at a fraction of traditional guard costs.
Funding
Funding not disclosed
Founders
Product
Problem
Organizations face increasing physical security threats that require constant monitoring, rapid response, and cost-effective protection, yet traditional security guards are expensive and limited in coverage, especially for 24/7 operations.
Solution
Robotic Autonomous Services (RAS) delivers AI-powered autonomous security devices (RAD) that continuously monitor premises, detect humans, vehicles, and license plates, and engage with audible alerts. The robots operate independently without the need for on‑site facilities, providing round‑the‑clock surveillance and deterrence at a fraction of guard labor costs. All sensor data and interactions are recorded and transmitted for real‑time analysis, enabling organizations to streamline security operations while achieving immediate return on investment. The system can be customized to specific site requirements and integrates digital messaging for coordinated incident response.
Target Audience
Primary customers are businesses, property managers, and public institutions that require continuous physical security coverage while minimizing operational costs.
Features
- Autonomous patrol robots equipped with AI-driven human, vehicle, and license‑plate detection
- Audible interaction and highly visible deterrence mechanisms to discourage intruders
- Continuous 24/7 surveillance with real‑time data recording and cloud storage
- Digital messaging and automated response workflows for rapid incident escalation
- Line‑of‑sight monitoring and uptime guarantees without the need for dedicated facilities
- Scalable deployment options for both large campuses and small facilities