Industries · Smart Cities

Safer streets, lower running costs, a city that works better.

A city answers for three things: the safety of its residents, the cost of running its services, and the quality of daily life it offers. AppVision federates the systems already installed across the territory — video, emergency call points, access control, technical and energy management, traffic and environmental sensors — into a single operating picture, and puts them to work on all three.

Sector challenges

What a city is held to.

Three things decide how a city is judged: the safety of its residents, the cost of running its services — every euro saved is a euro that does not have to be raised in tax — and the quality of daily life it offers. Urban supervision is expected to serve all three, with systems the city acquired one at a time.

Safety, in the broad sense

Public safety and crime prevention, but also natural and technological risk, assistance to people, and fire protection: the same room answers for all of it.

Systems that were never designed to work together

Video, video analytics, intercom, retractable bollards, barriers, access control: each arrived with its own console, its own vendor and its own upgrade path.

Supplier freedom over the long term

Public procurement commits a city for a decade or more. A supervision layer that locks the next purchase to one manufacturer turns a technical choice into a budget constraint.

Savings that hold up

Energy, environmental impact, staffing, return on investments already made: the cost of running the city is watched as closely as the incidents it handles.

Quality of life

Comfort of residents, mobility and the attractiveness of the city: supervision is expected to improve daily life, not only to secure it.

From routine to emergency, with teams in the field

The same room runs a quiet night shift and coordinates a flood alert or a major event — in direct contact with field teams and with the police.

Open Integration Platform · AppVision

One platform working on all three.

Unified, mapped supervision

Video and video analytics, intercom, retractable bollards, barriers, access control, technical and environmental systems are handled in a single interface, positioned on geolocated mapping. Operators see where an event is before they qualify it, and stay in direct contact with the teams deployed on site, police included.

Faster response, fewer errors

Scenarios triggered by planned or unexpected events drive several systems at once, and action guides prescribe each step of a response. Incident handling stops depending on who is on shift.

Lower running costs

Energy consumption is supervised and adjusted, maintenance moves from corrective to predictive, and equipment already installed stays in service instead of being replaced. The savings come from operations, not from a new capital program.

Mobility and daily life

Traffic and signaling systems, parking, user information and public lighting are supervised alongside security, which makes it possible to act on congestion, on comfort and on safety from the same position.

No technology lock-in

More than 400 third-party systems integrated, alongside open standards — ONVIF, Modbus, OPC, BACnet. Each future purchase is decided on merit, and network supervision through SNMP extends the picture to the infrastructure carrying it.

One database, one source for reports

Every alarm, action and decision is logged in a single database, with an incident logbook linking events to the urban assets involved. Reports are drawn from that source instead of being reassembled by hand. Note On-premise or hosted deployment. Cyber by Design.

Use cases

What cities actually do with it.

Scenario management

One click drives bollards, loudspeakers and variable message signs together during a demonstration or a planned event.

Alert devices in schools

Panic and alert boxes in schools and nurseries are managed in the platform, in line with emergency response plans.

Risk detection

IoT sensors combined with video detect flooding, wildfire and hazardous material incidents early enough to act.

Police force tracking

Geolocation combined with equipment data puts the right team on each situation.

Activity mapping

Incident data correlated with law enforcement services records highlights high-activity areas on the city’s mapping.

Traffic and lighting

Signal cycles are adjusted in real time, emergency plans triggered, and lighting zones switched according to operational needs — keeping a station forecourt lit when a train runs late, for instance.

Energy in municipal buildings

Heating and cooling are anticipated from room occupancy and booking data, and prioritized on the most cost-efficient periods.

They trusted us