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Virtual Reality

Spatial Computing (VR) for safer skills, faster learning, proven results.

Virtual Reality

Spatial Computing (VR) for safer skills, faster learning, proven results.

Train faster. Fail safer. Remember more. At dilium we design, build and ship Virtual Reality experiences for training and operations. With Spatial Computing (VR) we turn procedures, risks and checklists into immersive simulations teams can practice anywhere, anytime.

We started on early headsets like Oculus and Samsung VR and have evaluated dozens of devices over the years. Today we deploy across the best hardware on the market and advise clients on device strategy based on goals and budget. Not every use case needs a premium headset - the right tool is the one that maximizes outcome per euro.

Why VR for training

Independent research shows strong gains in speed, attention and retention when learning in VR:

  • 4x faster to train than classroom and 4x more focused in-session, with learners 275% more confident to apply skills after training. (PwC, 2020)
  • +8.8% higher recall compared to desktop learning in controlled tests. (University of Maryland, 2019)
  • Systematic reviews report improved engagement and procedural skill acquisition in immersive setups vs traditional methods. (Computers and Education, 2020)

Recent projects

FS Logistix - Immersive Training for Freight Car Inspection
Presented at Expo Ferroviaria 2025, this VR application (Meta, Pico, Apple Vision Pro) recreates real-life inspection procedures for freight cars in a safe, controlled environment.

  • Realistic weather and lighting conditions (rain, snow, night-day)
  • Interaction with virtual tools and technical checklists
  • Integration with the official "Manuale di Mestiere Verifica" by Mercitalia Rail
  • Gamified modules for engagement and skill assessment
  • Highly optimized pixel-perfect design and user experience

Forklift Operation and Safety Training
A VR environment focused on safety and operational excellence.

  • Realistic physics for balance, loads and driving conditions
  • Interactive controls simulating levers and steering
  • AI-driven performance feedback in real time
  • Error tracking and certification-ready assessment tools

Workplace Safety and Fire Prevention
Immersive modules for industrial environments.

  • Handling heavy loads, environmental cleaning, confined space safety
  • Emergency management and fire suppression exercises
  • AI-assisted decision-making and scoring
  • LMS integrations and certification workflows

Operational and Maintenance Simulation
Spatial Computing (VR) applications for mechanical, electrical and plant maintenance.

  • Interactive procedures with step-by-step visual guidance
  • Component visualization with exploded views and hotspots
  • Remote assistance and real-time collaboration

How we work

Every experience shares the same DNA at dilium: pixel-perfect design, a strong UX focus, adaptive AI logic and dynamic scenes powered by data-driven scenarios. Nothing is static because real work is never static.

Device strategy and support

We validate use cases and select the right headset for each roll-out across Meta, Pico and Apple Vision Pro. From proof of concept to multi-site deployment, we optimize for usability, cost-benefit and long-term maintainability.

Explore more

See how we approach Spatial Computing across use cases: Spatial Computing.
Discover who we are and how we build: Who we are.
Browse selected work: Projects.
Talk to our team: Contacts.

References

PwC. The Effectiveness of Virtual Reality Soft Skills Training in the Enterprise, 2020. pwc.com
Krokos, Plaisant, Varshney. Virtual memory palaces: immersion aids recall, Virtual Reality, 2019. springer.com
Radianti et al. A systematic review of immersive VR for education, Computers and Education, 2020. sciencedirect.com

Updated: 2025-10-05 - By dilium editorial team.

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