Site Credits

Design: strom.works
Development: IntelligentWP
Hosting: Intelligent Hosting

Critical Infrastructure Protection

Wiseled provides optical identification, IR illumination and active deterrence systems for critical infrastructure protection.

Protecting Critical Infrastructure Against Emerging Threats

Energy generation and distribution, water, transport, communications – the infrastructure that sustains modern economies is increasingly a target. State and near-state actors now regularly plan and execute attacks against assets that were previously considered outside the scope of direct military action. The threat picture for critical infrastructure operators has changed permanently, and the protection requirements have changed with it.

The consequence is a gap in the market. Standard commercial security provision – CCTV, access control, perimeter fencing – is insufficient for the threat level that critical infrastructure now faces. Full military-specification procurement is inaccessible for most privately owned infrastructure operators in terms of budget, procurement process and regulatory framework. The W-Q62 CIP ecosystem and FALCON platform are designed for the gap between those two extremes.

Mature CIP deployments typically combine wide-area radar detection with thermal imaging for perimeter monitoring. These systems perform well at what they are designed to do: detecting that something is present. Radar provides accurate track data. Thermal imaging confirms presence and approximate classification.

What neither layer provides is positive optical identification at range in darkness, or any active deterrence capability short of requesting a physical security response. The time between radar detection and physical intervention – often several minutes for large or remote sites – is precisely when optical identification and active deterrence are most valuable.

Wiseled’s CIP capability operates in that gap. Precision IR illumination enables positive optical identification of confirmed intruders at ranges and in conditions where thermal alone is insufficient. White light deterrence and green laser dazzle provide a proportionate, scalable non-lethal response that can be initiated before physical intervention is required.

Optical identification at range

The W-Q62 CIP configuration uses 940 nm infrared illumination to extend the optical channel’s identification capability into complete darkness. The illumination beam tracks the PTZ zoom state, maintaining consistent target coverage as the system closes range on a cued contact from the radar detection layer.

The result is a positive visual identification capability at ranges and in conditions that passive thermal imaging cannot reliably support.

Thermal detection

The W-Q62’s integrated thermal channel provides continuous passive monitoring between cued events. Thermal imaging handles wide-area detection in complete darkness, through light rain and in high-contrast lighting conditions where visible cameras perform poorly.

The thermal layer drives alarm triggering; the optical layer with Wiseled IR illumination handles identification once a contact is confirmed.

Active deterrence

The W-Q62 CIP configuration supports three deterrence outputs, operable independently or in sequence as part of a graduated response protocol:

  • High-output white light illumination – immediate visible deterrence signal and high-quality colour imagery for evidential purposes.
  • Green laser dazzler – directed non-lethal deterrence at extended range for confirmed threats where white light alone is insufficient.
  • Laser range finder – precise target ranging for threat assessment and accurate location data for physical response coordination.

Deployment context

  • Energy generation and distribution – power stations, substations, wind and solar farms, offshore facilities
  • Water and utilities infrastructure
  • Transport – ports, airports, rail and pipeline infrastructure
  • Communications and data infrastructure
  • Government and defence estate perimeter protection

See also: