Design methodology

Turn a security need into a realistic, compliant and measurable system.

We start with the risk, not the robot.

Technology choices come after the site analysis. This discipline avoids gimmicks, limits complexity and focuses investment on scenarios that create genuine value.

Security engineers analysing a property plan before deploying sensors and security robots

Key points

Turn a security need into a realistic, compliant and measurable system.

The first stage is to understand what needs protecting, against which events and at what times. We then map entrances, blind spots, movement patterns and physical constraints.

The solution is designed around precise scenarios. For each alert, we define the necessary information, any mobile verification, the person responsible and the expected response.

A limited pilot then tests performance under real conditions. Its results help refine routes, thresholds and procedures before any wider rollout.

Maintenance is part of the design from the beginning. Device availability, charging, updates, sensor cleaning and degraded operating modes must remain compatible with day-to-day site operations.

Design

From the site to a realistic architecture.

Site audit

Mapping entrances, blind spots, movement patterns, physical constraints and priority incident scenarios.

Technology selection

Comparing sensors, robots, drones and communication systems against real operating conditions.

Response design

Defining alert levels, safe automated actions and decisions reserved for people.

Deploy

Test before scaling.

Feasibility and compliance

Assessing data protection, video surveillance and the operating conditions for drones.

Read the compliance answers

Controlled pilot

A limited deployment, measured results and on-site correction of weak points.

Propose a pilot site

Continuous improvement

Adjusting routes, thresholds, scenarios and maintenance based on observed events.

See the operating cycle