(VITE)Virtual Interactive Training ExperiencesDigital twinsFrom the lab

Train by doing, not reading.

Interactive digital twins of your equipment, where technicians practice complex, high-risk procedures until they're floor-ready. Practice happens off the production floor: no machine time, no scrap, no one in harm's way.

A hangar under a large American flag set up as a training floor at real scale: a regional turboprop airliner in the centre, a turboprop engine on its stand, an electric bus, an excavator, a CNC machine with an expert coaching a trainee, and a standby generator outlined as an interactive hotspot, with an instructor briefing three trainees in the foreground
  • ST-06 · Standby generatorLock it out before you open a panel. It's the same skill as the drill below.Try the lockout drill ↓Energy · Lockout / tagout

Fig. 01 One training floor, every industryVITE · Multi-equipment training space
(01)Try itLockout / tagout

Make the press safe.

This is how VITE feels. Lock out a hydraulic press before maintenance by working the equipment in the right order: seven steps, from warning the crew to proving nothing can move. Get one wrong and you see what would have happened, then try again.

Swipe the drawing to see the whole work cell →

Hydraulic press work cell: crew radio, hydraulic power unit with gauge and bleed valve, press, ram safety block, control panel and main disconnect CREW RADIO BLEED START STOP MAIN DISCONNECT ON OFF + ! LOCK POINT BLOCK

Simplified demo of the lockout sequence in OSHA 29 CFR 1910.147(d). A real module follows your site's written energy-control procedure.

(02)The difference07 benefits

Manuals can't keep up.

Manuals, videos and shadowing are slow and inconsistent, and they're risky when equipment is expensive and experts are retiring. Flip the switch to compare.

01

Cost per trainee

Travel, instructor days and consumables for every class.

Build it once, then run it for every new hire at every site.

02

Knowledge transfer

Know-how lives in a few senior heads, and they're retiring.

Your experts' methods, captured once in a repeatable module.

03

Safety

The first real attempt happens on live equipment.

Mistakes happen in the twin. Learners see the consequence without suffering it.

04

Consistency

Quality depends on which trainer you shadowed.

Every technician gets the same procedure, to the same standard.

05

Access

Wait for the class, the trainer and the machine.

Practice on demand, on any device, at any site.

06

Downtime

Training takes real equipment out of production.

Equipment keeps running while people practice.

07

Proof of skill

A signed attendance sheet.

Time, errors and completion for every learner, in your LMS.

(03)EstimateYour numbers

What hands-on training costs you.

Move the sliders to match your operation. The estimate uses only your inputs. It leaves out scrap, equipment damage and incidents, which VITE can also reduce.

Hands-on training today, per year$0
Cost you could take out, per year$0
Practice hours off the floor0
Equipment hours kept in production0

Estimate from your inputs, before the cost of building the module. Not a quote.

Talk through your numbers →
(04)How we build it05 stages

From your experts' heads to every technician's hands.

Sit with the people who know.

We work alongside your senior technicians and engineers to record how the job is really done, including the judgment calls that never make it into the manual.

  • Expert walkthroughs and interviews
  • Your procedures, CAD and photos or scans
  • Learning goals tied to real roles
Inputs
  1. SOP-114 Press energy control
  2. CAD · press assembly
  3. Site photos · 214
  4. Expert session · 2 h
  5. Role: maintenance tech I

Rebuild your equipment in 3D.

Our industrial and digital designers model your machines, tools and facility, accurate enough to recognize and light enough to run in a browser.

  • Custom 3D assets of your equipment
  • Your facility, layout and signage
  • Characters and crews for team procedures
Digital twin of a fishing vessel bridge and deck with a crew member

Turn the procedure into practice.

Each step becomes something to do, not something to read. We add decisions, fail-forward branches that show what goes wrong, and an assessment mode with no hints.

  • Step-by-step interactive guides
  • Fail-forward emergency scenarios
  • Guided and assessment modes
Laptop running a VITE module: an interactive 3D guide highlights a part to move into a press fixture

Put it on every device.

Modules run in the browser on desktops, tablets and phones, so dispersed teams can train at the site or at home. Results report to your learning management system.

  • Runs in the browser, nothing to install
  • Desktop, tablet and phone
  • Completion and scores sent to your LMS
A trainee holding a tablet, following a virtual instructor who demonstrates a part in front of an airliner in a hangar

See who's ready, and fix what isn't.

Every session leaves a record. You see completion, errors and time-to-proficiency. We see which step trips people up, and revise the module quickly.

  • Competency and error-rate tracking
  • Time-to-proficiency by role and site
  • Quick revision turnarounds
Cohort · sample data

First-try accuracy by step. Step 04 gets a revision.

(05)Industries07 sectors

Real-world skills, every sector.

Fig. 02–08 Training scenes by industry. Select one to see the benefits.

  • Risk-free practiceLearn specialized, expensive machinery without waste, damage or injury.
  • Reduced downtimePractice fault diagnosis and recovery for faster troubleshooting.
  • Precision & standardizationVisual instructions cut assembly errors and keep every technician on procedure.
  • Process & design reviewTest workflow changes in a digital twin before committing.
  • Safety & cost savingsRehearse complex, high-consequence maintenance without risking real aircraft.
  • Efficiency & accuracyDigital guides lead technicians through precise assembly steps.
  • Operational precisionConsistent cargo loading, positioning and pre-flight checks.
  • Design validationValidate accessibility and assembly sequence virtually to avoid rework.
  • Heavy-equipment safetyLearn crane and excavator procedures before taking the real controls.
  • Next-gen attractionGamified learning attracts and onboards new talent.
  • Error reductionRehearse lockout/tagout and code-compliant installations.
  • High-risk preparednessTrain for emergencies impossible to stage in real life.
  • Safety & compliancePractice signaling, speed restrictions and hazard response.
  • Faster maintenanceDigital tools guide correct diagnosis and repair.
  • Fewer errorsImmediate feedback reduces mis-shipments.
  • Public communicationScenarios for stops, deliveries and incidents.
  • Process reliabilityRehearse start-up, load changes and shutdown sequences.
  • Risk managementCoordinate response to leaks, fires and critical failures.
  • Workforce safetyPractice high-voltage maintenance and lockout/tagout.
  • Faster diagnosisJust-in-time guidance for field workers.
  • Reduced risk & costRehearse deck equipment, machinery checks and emergencies.
  • Competency under stressDecision-making and team coordination for voyages.
  • Operational reliabilityTroubleshoot engine and system failures before they happen at sea.
  • ComplianceTrain cargo lashing, stability and hazardous-cargo handling.
  • Better decisionsHandle HVAC, power and equipment failures under pressure.
  • StandardizationPractice tasks behind Joint Commission and NFPA 110 requirements, like the monthly generator load test.
  • Critical thinkingInterpret logs, error codes and diagnostics.
  • CommunicationPractice technical handoffs with clinical teams.
(06)QuestionsVITE

VITE questions

What is a digital twin for training?

An interactive 3D replica of your equipment or facility, such as a specialized vehicle, an aircraft component or a production line, built so people can practice on it. Unlike a static 3D model, it responds to what the learner does: controls work, steps have consequences and mistakes play out. You may need one if you have:

  • High-stakes environments where mistakes cause downtime or safety risk
  • Knowledge-transfer gaps as experienced staff retire
  • Slow time-to-proficiency for new hires
  • HMI designs to validate before physical production
How does VITE differ from traditional e-learning?

Videos and PDFs explain a task. In VITE, learners perform it: they find the right part, operate the controls in order and see what happens when they get it wrong.

Is VITE suitable for high-risk safety training?

Yes, as preparation. VITE gives workers a fail-forward environment where they see the consequence of an error, such as a press cycling or a fire spreading, without real-world danger. It supports, but does not replace, the hands-on training and authorization your safety program requires.

Can VITE integrate with our LMS?

Yes. Modules report completion, errors and time to your learning management system, so you can track progress and time-to-proficiency.

How does VITE help with retiring experts?

We record experienced engineers' expertise in a 3D virtual environment, turning tribal knowledge into a standardized, scalable training asset.