Augmented Reality

Blog post: 13/10/2026 2:16 pm

Author: Spark Team

Finding a telecommunications fault is rarely as simple as replacing the first component that appears abnormal. Engineers need to interpret symptoms, follow diagnostic procedures, select appropriate tests and progressively isolate the cause. That makes fault diagnosis an ideal application for immersive technology. Bespoke Virtual Reality (VR) can expose engineers to many different network faults before they encounter them in the field. Augmented Reality (AR) can then provide equipment-specific diagnostic guidance and access to remote expertise during real investigations.

Blog post: 13/10/2026 9:07 am

Author: Spark Team

Installing a heat pump correctly is only one part of the skills challenge. Engineers must also be able to understand what a system is doing when something goes wrong. Fault diagnosis is an ideal application for Virtual Reality (VR) because faults that are difficult, inconvenient or expensive to reproduce on physical equipment can be simulated repeatedly. Augmented Reality (AR) can then provide contextual diagnostic support during real maintenance visits.

Blog post: 12/10/2026 9:50 am

Author: Spark Team

Electrical isolation is one of the procedures facilities and MEP teams cannot afford to approach casually. Commercial buildings can contain numerous distribution boards, local isolators, control panels, automatic systems and interconnected mechanical services, making disciplined identification and isolation essential. Virtual Reality (VR) can provide facilities engineers with a controlled environment in which to rehearse a customer's approved electrical SOP before undertaking real work. Augmented Reality (AR), meanwhile, can help authorised engineers retrieve relevant asset information and procedural references beside the equipment itself.

Blog post: 07/10/2026 3:20 pm

Author: Spark Team

Electrostatic discharge can be difficult to teach because the underlying risk is frequently invisible to the operator. Bespoke VR can visualise how static charge is created and transferred while allowing employees to practise ESD-control SOPs, with AR providing point-of-work checks and guidance during sensitive manufacturing activities.

Blog post: 05/10/2026 3:21 pm

Author: Spark Team

Fire doors are one of the most visible examples of a safety-critical building asset that depends on repeated inspection, correct identification and consistent record keeping. A fire door may appear simple, but inspectors must consider multiple elements including closers, seals, glazing, hinges, gaps, damage and whether modifications have affected performance. For organisations managing large residential portfolios, the challenge is not simply knowing how to inspect a door. It is ensuring that the correct procedure is applied consistently across hundreds or thousands of individual assets. Bespoke VR and AR provide two complementary ways of strengthening these workflows.