Telecoms infrastructure security

Security fails in the gaps between patrols, visits, and intermittent visibility. Perimeters are breached, assets are moved, gates are left unsecured, equipment is tampered with, and the first real evidence arrives after the event. Critical security monitoring only matters when it changes outcomes in time: earlier detection, clearer escalation, and a defensible record of what happened and what was done about it.

Squared Technologies builds security sensing over a low-power RF network designed for estates and hard environments. That means deployments where Wi-Fi is unreliable or unavailable, where coverage is fragmented, where access is constrained, and where the operating reality is distributed teams and multiple sites. The objective is not more cameras or more dashboards. It is operational visibility that produces reliable events and clean handovers.

The core pattern is simple: detect meaningful changes, route them to the right team with context, and record the event trail. That includes tamper signals, door and gate status, movement in restricted zones, presence where it should not be, and asset-level monitoring where high-value items are targeted. Events are designed to be actionable rather than noisy. When a boundary is breached or a critical access point changes state, the alert must be unambiguous.

For many sites, cameras are necessary but insufficient. They generate volume and require attention at exactly the wrong time. Critical security needs a layer that creates priority: a small number of high-quality signals that trigger the right response workflow. That can mean escalation paths, acknowledgement rules, and structured handover to on-call teams or third-party security. The outcome is faster response and fewer missed incidents.

Evidence matters as much as detection. In investigations, insurer discussions, and internal assurance, you need timestamps, sequence, and context: what changed, when it changed, and what response followed. A defensible timeline reduces ambiguity. It also protects operational teams by replacing guesswork with facts, which is particularly important in high-value estates and regulated environments.

Deployments are engineered around coverage, power, access, and maintenance. Low-power sensors allow long runtimes and discreet form factors. Commissioning and placement checks confirm that signals behave as expected once installed. Where sites are complex, we design the sensing plan around the actual risk geometry: entry points, routes, vulnerable zones, critical assets, and the operational reality of how teams can respond.

Critical security also benefits from integration. Events often need to land in existing workflows and systems, not sit in a separate tool. Where required, we support clean routing and reporting so security signals become operational actions and evidence packs, not stranded data. The focus remains practical: clear alerts, reliable timelines, and a pilot plan that proves measurable outcomes before scaling across an estate.

If you are protecting high-value sites, perimeters, and secure estates, we will design the sensing, connectivity, and operational workflows so teams get the right alert, with the right context, and can act fast with evidence.