Cities run on awareness. Atomrock's AIOT Smart City platform turns every district into a connected sensing fabric, where AI cameras, IoT sensors, and identification systems converge into a single operations layer. Incidents surface in real time and response coordinates seamlessly across police, fire, and municipal services.
Citywide cameras turn ordinary surveillance into actionable intelligence. The system identifies people, vehicles, and incidents the moment they appear on screen, supporting investigations, missing-person searches, and rapid response as events unfold across the city camera network.
Distributed IoT sensors, combined with Vision AI cameras, give the city environmental awareness. Temperature, humidity, water level, vibration, and air quality data feed the same platform, triggering automated alerts for floods, heatwaves, and infrastructure failures long before they escalate into emergencies. The platform also applies tiered user-permission management across a flexible hierarchy of agencies, districts, and buildings, automatically routing alerts, live video, smart notifications, and weekly analytics to the operators responsible for each scope, ensuring the right information reaches the right role at the right time and closing the loop from environmental awareness to coordinated response.
From parking lots and agriculture to public transportation and crowd flow analysis, more than a dozen vertical applications draw from the same AI building blocks. Object classification, motion detection, photo search, occupancy analysis, each tuned for the specific scene but running on one shared infrastructure.
Outdoor pole-mounted, vehicle-mounted, and mobile tower installations link to the central management cloud via 4G LTE and 5G. Indoor deployments connect through corporate firewalls and LAN switches. Both feed into the same Atomrock Cloud, where operators manage the entire network from a unified command center on web and mobile.
Beyond outdoor surveillance, the platform extends inside the buildings the city runs on. Facial recognition gates handle entry to municipal offices, schools, coworking spaces, and public facilities, paired with NFC cards, wristbands, and biometric backup for layered authentication. The same wearables also track personnel, emergency responders, and at-risk residents such as children and elderly in real time, so building operators and dispatch teams always know who is where, from the front lobby to the last room.
A unified ops layer that integrates citywide video, audio, and IoT data with AI analytics to coordinate public safety, emergency response, traffic, and municipal operations from a single platform.
Crime prevention, disaster response, citywide monitoring, community protection, traffic flow management, and emergency dispatch coordination across police, fire, and municipal teams.
Through standard RTSP, ONVIF, and IoT protocols. Existing cameras, sensors, and devices stream into AtomCloud where they are processed by Atomrock’s Vision AI models and surfaced in unified web and mobile interfaces.
Object classification, motion detection, facial recognition, license plate recognition, occupancy analysis, anomaly detection, audio AI (gunshot, glass break, crash detection), and custom-trained scene-specific models.
Yes. Atomrock’s smart-city solutions have been deployed across Japanese cities and port logistics environments, with emphasis on multi-agency coordination and operator-led response rather than passive sensing.