Physical protection, connected to operational workflow.
Site security systems are usually bought one at a time and integrated never. The result is a control room with six screens, six alarm philosophies and no correlation between them. We design the correlation layer first and select equipment second.
- Service areas
- 06
- Operating contexts
- 04
- Technology routes
- 01
Access control, CCTV and video analytics, perimeter intrusion detection and unified alerting across the protected site.
The work behind an operational result.
These workstreams are designed together and then scaled to the site, authority, risk profile and systems already in service.
- 01
Access control
Identities, credentials and entry points managed as one policy across a site or an estate, including contractor and visitor flow.
- 02
CCTV & camera infrastructure
Camera selection, placement and network design against defined observation objectives — detect, recognise, identify — rather than a coverage percentage.
- 03
Video analytics
Detection and classification tuned for a false-alarm rate an operator will keep responding to. An ignored alarm is worse than no alarm.
- 04
Perimeter intrusion detection
Layered sensing with automated alerting, designed so a single fence-line technology is not carrying the whole site.
- 05
Unified monitoring & alerts
Events correlated across access, video, intrusion and airspace, delivered to the team that can act on them.
- 06
Operational integration
Site alarms tied into dispatch and the command picture, so an intrusion becomes a tasked response rather than a screen flash.
From requirement to an adopted operating capability.
Five controlled phases keep architecture, acceptance, training and long-term ownership connected. Every phase ends with a usable deliverable.
- 01
Assess
Mission needs, threat landscape, site review, stakeholder interviews and an honest diagnosis of the current state — including what already works and should be left alone.
DeliverableAssessment report - 02
Design
Concept of operations, target architecture, use-case prioritisation and vendor-neutral requirements written so they can be competed rather than sole-sourced.
DeliverableTarget blueprint - 03
Integrate
Interoperability design, interface definition, deployment planning and the test scenarios that decide acceptance before anyone is on site.
DeliverableIntegration plan - 04
Deploy
Pilot execution, field validation, training, SOP alignment and go-live readiness — measured against the test scenarios agreed in the previous phase.
DeliverablePilot pack - 05
Optimize
Performance reviews, governance, maintenance planning and continuous improvement. This is the phase that decides whether the capability survives its second year.
DeliverableOperating model
The environments, equipment and products around the capability.
These relationships show where the domain applies and what may connect to it. Final selection follows architecture, site validation and jurisdictional review.
Where it applies
Critical infrastructure
Power, water, telecoms and data-centre estates where the perimeter is long, the consequence of loss is national, and the operator is judged on availability rather than incidents.
Airports & transport hubs
Airside and landside environments with a live regulatory relationship, a permanent airspace exposure and a passenger flow that cannot be stopped to accommodate a security programme.
Borders & sensitive sites
Extended boundaries with sparse coverage, difficult terrain and a detection-to-response time that is measured in the distance a patrol has to travel.
Industrial & energy sites
Large, hazardous or remote sites where inspection carries risk, response distances are long, and safety and security requirements are written by different people.
Equipment we supply
Start with the problem, not the catalogue.
A scoping session establishes what you are actually trying to achieve, what is already in place, and whether we are the right people for it. If we are not, we will say so.