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CASE STUDY > PANASONIC

How Panasonic Cut Emergency Response Time by Up to 40% with VR Training

How BALCO’s VR training deployment is setting the benchmark for safety culture in aluminium smelting

AutoVRse helped Anchor by Panasonic simulate two critical safety scenarios in VR, giving workers realistic practice without real-world risk.

Project Snapshot

2 VR safety modules deployed
2 high-risk emergency scenarios simulated
Up to 40% faster emergency response targeted

Project Snapshot

2 VR safety modules deployed
2 high-risk emergency scenarios simulated
Up to 40% faster emergency response targeted

Challenge: Preparing for the 1% Emergencies That Cause 99% of the Damage

At its Vapi manufacturing plant, Anchor by Panasonic faced a common industrial challenge:

How do you train people for emergencies that are too dangerous to recreate?

The two highest-priority scenarios were:

Fire emergencies around HSD storage tanks
Work at height on scaffolding

Both demand immediate action.

A delayed response can mean injuries, equipment damage, production loss—or worse.

Traditional classroom sessions and SOPs explained what to do, but they couldn't recreate the urgency, stress or decision-making required during a real emergency.

And practising with real fires or live scaffolding incidents simply wasn't an option.

That left a dangerous preparedness gap.

At its Vapi manufacturing plant, Anchor by Panasonic faced a common industrial challenge:

How do you train people for emergencies that are too dangerous to recreate?

The two highest-priority scenarios were:

Fire emergencies around HSD storage tanks
Work at height on scaffolding

Both demand immediate action.

A delayed response can mean injuries, equipment damage, production loss—or worse.

Traditional classroom sessions and SOPs explained what to do, but they couldn't recreate the urgency, stress or decision-making required during a real emergency.

And practising with real fires or live scaffolding incidents simply wasn't an option.

That left a dangerous preparedness gap.

Two Immersive VR Modules That Let Workers Practise the Impossible, Safely

To close that gap, Panasonic turned to VR. AutoVRse built two realistic, plant-specific training modules that placed workers inside emergency situations—without exposing them to any actual risk.

The training covered:

Fire Safety Around HSD Tanks

Workers learn how to identify hazards, report incidents quickly and respond safely during fuel storage fires.

To close that gap, Panasonic turned to VR. AutoVRse built two realistic, plant-specific training modules that placed workers inside emergency situations—without exposing them to any actual risk.

The training covered:

Fire Safety Around HSD Tanks

Workers learn how to identify hazards, report incidents quickly and respond safely during fuel storage fires.

Working at Height

Workers practise safe scaffold operations, emergency reporting and the correct response during fall-risk situations.

Every scenario was developed in close collaboration with Panasonic's plant safety experts to accurately reflect real operating conditions.

Working at Height

Workers practise safe scaffold operations, emergency reporting and the correct response during fall-risk situations.

Every scenario was developed in close collaboration with Panasonic's plant safety experts to accurately reflect real operating conditions.

Built For Faster Decisions When Every Second Counts

The modules don't simply teach procedures. They build muscle memory.

Workers repeatedly experience high-pressure situations, make decisions in real time and learn from mistakes inside a safe virtual environment.

The objective is simple: Respond correctly before panic takes over.

Results: Up to 40% Faster Emergency Response Through Repeated VR Practice

Following deployment at Panasonic's Vapi facility, workers began practising both emergency scenarios in VR before ever facing them on the shop floor.

The programme is designed to improve emergency response speed by up to 40% between a worker's first training session and final assessment.

Faster responses mean:

Earlier hazard reporting
Faster evacuations
Reduced exposure to danger
Lower likelihood of incidents escalating into major accidents

The Panasonic team rated the project a success, recognising VR as a practical way to strengthen emergency preparedness without introducing operational risk.

Future: From 1 Plant to a Scalable Enterprise Safety Platform

The two VR modules were designed to be reusable across Panasonic facilities.

Discussions are already underway to deploy the programme at the company's Haridwar plant, with additional emergency response modules being evaluated.

What began as two VR training experiences is now evolving into a scalable safety training infrastructure that can be expanded across multiple plants, teams and risk scenarios.

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