SmartCop: AI Robotics Transforming Metro Surveillance

Bravecore is an Indian deep-tech defence and robotics venture founded in 2024 by military veterans determined to redefine autonomous security systems. Headquartered in New Delhi, the company designs and engineers advanced robotics, high-velocity drones, and precision-stabilised payload platforms. It fuses rigorous research with hard-earned operational expertise. As a result, it delivers cost-efficient, mission-ready technologies to defence and security stakeholders in India and abroad.

Moreover, Bravecore cultivates a culture of disciplined innovation and engineering excellence. Its portfolio addresses a wide spectrum of evolving defence requirements, from tactical surveillance to integrated autonomous operations. Consequently, the company is rapidly establishing itself as a formidable force in deep-tech security and defence innovation.

In an exclusive interaction with The Interview World at the India AI Impact Expo 2026, Uday J. Mathew, Founder and Chief Executive Officer of Bravecore Private Limited, articulated the company’s strategic vision and technological differentiation. He outlined Bravecore’s core robotics capabilities and value propositions. He detailed the specialised features of its surveillance systems designed to prevent suicide and enhance proactive monitoring. Furthermore, he explained the company’s roadmap to expand robotic applications across critical security domains. He also emphasised structured training programmes for institutional stakeholders to ensure precision monitoring, rapid decision-making, and synchronised response mechanisms.

The following are the principal insights from that incisive and forward-looking conversation.

Q: Could you elaborate on Bravecore’s key offerings and their value propositions?

A: We are a robotics and drone technology company operating from IIT Delhi and Maker Village, Cochin. At the India AI Impact Summit 2026, we are showcasing SmartCop, an AI-powered autonomous robotic surveillance system designed specifically for metro platforms.

This initiative is funded by the Japanese government and developed in collaboration with the Delhi Metro and Boston Consulting Group. At its core, SmartCop delivers continuous, intelligent platform surveillance.

We have deployed the system at Hauz Khas Metro Station in New Delhi, one of the busiest stations in the Delhi Metro network. An overhead rail track is installed along the platform ceiling. Mounted on this track, an autonomous robotic rover, equipped with an integrated edge-computing unit, conducts uninterrupted 24/7 patrols without fatigue or operational downtime.

We call it SmartCop because it replicates and enhances the functions of a beat constable. For instance, if the system detects a commuter sitting on the floor, it issues an immediate bilingual audio warning to discourage the behaviour. Similarly, if a passenger crosses the yellow safety line, the system monitors the action briefly to confirm intent and then broadcasts a bilingual alert.

Furthermore, if someone leaves baggage unattended, SmartCop instantly triggers an alert to the CISF and the station manager. Authorities can also upload photographs of missing persons or individuals of interest into the system. Upon detection, SmartCop automatically generates a real-time alert to the CISF for swift intervention.

In addition, the system incorporates crowd analytics capabilities. It can detect abnormal crowd density patterns and identify potential stampede risks, thereby enabling proactive crowd control and rapid response.

In essence, SmartCop transforms passive surveillance into active, intelligent, and preventive security enforcement.

Q: What specific features and operational mechanisms does SmartCop use to detect, deter, or prevent suicide attempts in front of metro trains?

A: Because SmartCop functions as a mobile, AI-enabled surveillance platform, it delivers capabilities that extend well beyond routine monitoring. Based on operational inputs from the station management and Delhi Metro authorities, we have integrated a critical preventive use case into the system.

They informed us that individuals contemplating suicide often exhibit observable behavioural patterns. Typically, such individuals stand in relatively isolated sections of the platform for five to ten minutes before attempting to jump in front of an approaching train. Recognising this pattern, we designed SmartCop to enable proactive human oversight.

Through the live video feed transmitted by the rover, station controllers can remotely pause the unit at a precise overhead position above a person who appears distressed or unusually stationary. The system then allows continuous, focused observation. If behavioural indicators raise concern, authorities can immediately alert the police or the CISF for timely intervention.

In effect, this capability transforms surveillance into a preventive safety mechanism. Importantly, Delhi Metro headquarters specifically advised us to incorporate and operationalise this use case within the system architecture.

Q: Is there a strategic roadmap to expand robotics solutions beyond metro networks to conventional railway stations?

A: Robotic solutions have clear and immediate applications across high-footfall infrastructure. They are particularly well-suited for metro stations, railway terminals, and airports. Moreover, they can operate effectively in any environment characterised by sustained high crowd density.

Because these spaces demand continuous vigilance, rapid anomaly detection, and coordinated response, intelligent robotic systems provide measurable operational advantages. They enhance surveillance coverage. They reduce human fatigue. And they strengthen preventive security frameworks in complex public environments.

Q: Which stakeholder groups are being targeted for training on your system to ensure effective monitoring, timely decision-making, and coordinated response?

A: We deliver structured, hands-on training to key stakeholders, including the CISF and officials at Delhi Metro Bhawan. Through practical demonstrations and operational simulations, we ensure that personnel can deploy, monitor, and manage the system with precision and confidence.

In addition, we have trained officers from the Delhi Police to maximise the system’s operational impact. By equipping frontline agencies with technical proficiency and procedural clarity, we enable coordinated monitoring, faster decision-making, and more effective on-ground response.