Capabilities
Three integrated disciplines cover the full life of an urban AI system — from the model that watches a junction to the technician who keeps it watching, year after year.
Pillar 01
Vision AI creates value only when it runs reliably on real streets, across mixed camera stock, in monsoon light. We integrate it there.
ANPR, traffic violation detection, crowd analytics, intrusion and encroachment monitoring — deployed across thousands of concurrent streams and integrated with VMS and command-centre platforms for live operations and forensic search.
Existing camera estates made intelligent: structured field survey, edge-AI enablement, network re-termination and modernisation — engineered around the mixed-brand, mixed-age reality of installed infrastructure rather than the datasheet version of it.
GPU-class edge inference where latency and bandwidth demand it, cloud processing where scale demands that — with model deployment, monitoring and retraining pipelines designed for years of production, not weeks of demo.
The operator's side of the system: video-wall and workflow integration, incident management, alarm-driven layouts, and camera intelligence — geographic, functional, incident-based and priority grouping — so a control room runs as one instrument, not a bank of screens.
Every camera, pole, pipe and asset geo-tagged onto municipal maps — ward-wise layers, KML integration, editable registries with authorisation controls, and map-driven workflows for permits, assets and field operations. When the map is the system of record, governance gets spatial.
Open-standards integration into AI-ICCC platforms: REST, MQTT, ONVIF and GIS — every device geo-tagged, every event correlated, every stream visible where operators actually work.
Pillar 02
The physical layer of the intelligent city — designed, powered, connected and brought online as one coherent system.
Multi-function poles integrating AI cameras, environmental sensing, public Wi-Fi, EV charging, digital display and emergency SOS — from foundation engineering to subsystem commissioning to unified dashboard management.
Air quality, flood, energy and asset telemetry over MQTT and edge gateways — device onboarding, health monitoring and data pipelines built for ten-thousand-endpoint scale.
Optical fibre backhaul, wireless links and street-level networking that carry the city's intelligence — surveyed, built and documented with the discipline of infrastructure, because that is what it is.
Utility coordination, metered power provisioning, protection and earthing for field electronics — the unglamorous engineering that decides whether uptime targets are achievable at all.
Pillar 03
Intelligent infrastructure is a promise about the future. Our operations practice exists to keep it — for the full life of the asset.
District-based response teams, spares logistics and escalation management designed around contractual uptime — 72-hour field response and 97%+ availability targets treated as engineering constraints, not aspirations.
Firmware currency, configuration integrity, camera health analytics and AI model performance in production — the maintenance layer that keeps an intelligent system intelligent as the city changes around it.
NOC-style monitoring of field estates, ticketing integrated with command-centre platforms, and multilingual helpdesk capability for the officers and citizens who use the system daily.
Preventive maintenance calendars, refresh planning and documentation discipline across O&M terms measured in years — because the programmes that age well are the ones somebody planned to operate.
Delivery process
Site conditions, existing estates and permissions mapped before design is frozen.
Edge-to-cloud design, integration interfaces and operations model defined together.
Parallel field execution across districts with schedule-critical dependency management.
Staged acceptance — device, integration, performance, security — to command-centre go-live.
Managed services and FieldOps through the full asset life, measured against SLAs.
Engagement models
A committed bid partner for large government programmes — bringing integration, deployment and operations scope with joint accountability from proposal to final acceptance.
End-to-end deployment delivery for system integrators and OEMs — field engineering, installation, connectivity and commissioning under your programme, at your specification.
Long-term operations of deployed estates — SLA-driven field maintenance, monitoring and lifecycle management for infrastructure others have built, or we have.
The earlier the ground layer enters the conversation, the better the architecture — and the schedule — turn out.
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