Fire & Security

Blog post: 05/11/2026 5:14 pm

Author: Spark Team

Fire detection, access control and intruder alarm engineers routinely interact with electrically powered equipment. Control panels, power supplies, batteries, interfaces and field wiring all require appropriate technical competence and safe working practices. Unlike many other aspects of product training, incorrect electrical procedures can have immediate consequences. This makes safe electrical testing and isolation one of the strongest applications for immersive training.

Blog post: 23/10/2026 4:58 pm

Author: Spark Team

Access control systems sit at the intersection of physical security, IT, electrical engineering and building operations. What appears to the user as a simple card reader may depend on controllers, locks, power supplies, request-to-exit devices, door contacts, network communications, software permissions and interfaces with fire and other building systems. That complexity creates an excellent opportunity for VR training before the job and AR assistance during the job.

Blog post: 12/10/2026 12:57 pm

Author: Spark Team

Intruder alarm technology may be familiar to experienced security engineers, but modern systems can involve complex combinations of detection, signalling, zoning, communications and integration. Engineers may work with PIR detectors, magnetic contacts, glass-break sensors, keypads, control equipment, sounders, signalling devices and alarm receiving centres – all while following defined commissioning and maintenance procedures. Virtual Reality offers security companies an opportunity to recreate these workflows before engineers enter a customer's premises.

Blog post: 29/09/2026 3:10 pm

Author: Spark Team

Emergency lighting is easy to overlook during normal building operation. When it is required, however, it forms an important part of the building's life-safety arrangements. For maintenance teams, facilities engineers and electrical contractors, effective training needs to cover much more than recognising an illuminated exit sign. Engineers need to understand inspection procedures, system architecture, test arrangements, fault conditions, documentation and the relationship between emergency lighting and evacuation. Virtual Reality and Augmented Reality can make these procedures much easier to visualise.

Blog post: 16/09/2026 4:27 pm

Author: Spark Team

A fire detector activating is only the beginning of what may happen inside a modern building. Depending on the design, a confirmed fire condition could influence lifts, access-controlled doors, smoke-control equipment, plant, sounders, visual alarm devices, fire curtains, ventilation systems and other safety-related equipment. Understanding these relationships is fundamental when commissioning, testing or diagnosing integrated fire systems. It is also difficult to teach using drawings alone which is were Virtual Reality provides a different way to learn the same logic.