Development of VR Applications for Pico for Industry

We develop VR applications for Pico that solve industrial tasks: personnel training, practicing actions in emergency situations, and monitoring compliance with regulations. We work remotely with enterprises across the country, adapt the solution to your process, and guarantee results.

What is included in VR/AR/MR development

Frequently Asked Questions

Latest works

  • image_3d-visualization_ar_marketing__trying_on_products_in_a_real_interior_595_0.webp
    Developing 3D visualizations for an AR marketing company – trying on products in a real interior.
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  • image_ar-vr_vr_lectures_on_physics_and_chemistry_for_the_university_596_0.webp
    Developing VR lectures for a university – exploring gravity through immersive learning.
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  • image_ar-vr_vr_lecture_game_light_speed_simulator_597_0.webp
    Developing a VR lecture-game – exploring the concept of light speed through immersive simulation.
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  • image_ar-vr_vr_lecture_on_chemistry_598_0.webp
    Developing a VR lecture on chemistry – exploring atoms and orbitals in an immersive classroom
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  • image_ar-vr_virtual_exhibitions_and_museums__mr_tours_and_3d_replicas_of_exhibits_600_0.webp
    Virtual exhibitions and museums – MR tours and 3D replicas of exhibits.
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  • image_ar-vr_outpost_watch_breach_horizon_601_0.webp
    Outpost Watch Breach Horizon
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Industry loses efficiency due to outdated processes

Outdated production processes cost more than they seem: every employee mistake means defective output, line downtime, and missed deadlines.

When training and onboarding rely on paper regulations and know-how passed down from senior workers, knowledge is lost and skills are never reinforced. The company keeps paying for the same problem year after year instead of addressing its root cause.

Traditional training takes people away from work for hours or days, but even after that, a newcomer acts hesitantly on real equipment. Making a mistake is frightening—it risks staff health and expensive machinery.

As a result, industry bears direct losses: low efficiency, high staff turnover, and dependence on a few experienced specialists who cannot be scaled.

The solution is VR training. It lets employees safely practice actions in scenarios that closely mimic reality, without risking themselves or the equipment.

Training takes less time and delivers measurable results: employees reach target metrics faster, make fewer mistakes, and handle abnormal situations more confidently.

At truetech.by, we help industrial enterprises switch to a modern format of employee training. We develop VR applications tailored to a specific production facility’s needs—from practicing procedures to responding to emergencies.

You get not just technology, but a tool that reduces losses and improves the efficiency of every shift.

What you get from a VR application

VR in industry solves three key tasks: it accelerates personnel training, reduces the number of errors, and makes training genuinely safe. Instead of expensive simulators and the risks of real equipment, employees practice skills in a virtual environment.

The result is measured not by technical parameters, but by how quickly a newcomer reaches full productivity and by lower cost per training hour.

Speed is VR’s main advantage. An employee masters operations 2–3 times faster than with classic instructions or mentoring. The virtual environment allows a complex process to be repeated unlimited times until the action becomes automatic.

A newcomer arrives at real production with ready-made skills, so the plant doesn’t need to stop lines or distract experienced specialists for training.

Safety is the second key result. In VR, you can simulate an emergency, equipment failure, or an abnormal scenario that would be dangerous to reproduce in reality. The employee learns to act in extreme conditions without threatening lives or expensive equipment.

After such training, the number of workplace injuries and accidents drops—meaning less downtime, fewer fines, and lower insurance payouts.

Such a solution pays for itself quickly. The enterprise stops spending on consumables for training stands, floor space rental, and paying instructors for every group.

One virtual simulator replaces dozens of hours of real equipment operation, and updating scenarios doesn’t require buying new machines—just adjusting the program.

In the end, the client gets not just an “app in a headset,” but a tool that integrates into production processes: faster staff onboarding, less defective output, and stronger safety discipline.

Each of these factors directly affects the plant’s operational efficiency and competitiveness. We take responsibility for developing a solution for your specific production needs and deliver a stable result.

VR solution formats for industry

Industrial tasks rarely fit into a single universal VR scenario. One plant needs safe employee training, another needs to show equipment to a customer before shipment, and a third needs to test the assemblability of a unit without a physical mockup.

That’s why we divide VR solutions into formats, each of which addresses a specific business challenge and delivers a measurable result. Below are the typical scenarios clients come to us with.

Selecting the right format for your task

Format Who it’s for What it gives the client
Virtual trainer Training centers, workshops Safe training without risk of injuries or downtime, practicing actions until they become automatic
VR prototype Designers, process engineers Checking ergonomics and assembly before creating a physical sample, lower mockup costs
VR visualization Sales departments, tender teams 1:1 product demonstration to clients anywhere in the world without logistics
Virtual tour Executives, investors, press offices Realistic presentation of production for delegations, increased trust in the company

Whatever format fits your task, we don’t just deliver a “picture”—we design a scenario that solves a measurable problem: cutting training time, reducing errors, or speeding up project approval. Contact us, describe your situation, and we’ll advise which format will deliver fast results.

How we develop a VR application for your enterprise

We start every project not with code, but with an analysis of your task: what should change in production after VR implementation—training speed, safety, or quality of operations. To avoid wasting the budget, we work in clear stages, and you approve the result at each step.

  1. Brief and task audit. We meet with you, study the technological processes, and identify where VR will have the greatest impact: training new employees, practicing rare situations, or skills assessment. The output is a clear understanding of the scope and timeline.

  2. Scenario and technical specification. We document exactly what the user does in the virtual environment, which errors we track, and how we evaluate the result. You receive a document with goals, acceptance criteria, and work stages—no surprises halfway through the project.

  3. Prototype and approval. We build a working prototype for Pico and show it to you—the scenario comes to life before full development. At this stage, revisions are inexpensive, so we resolve all open questions before the main scope of work.

  4. Application development. We fill the scenario with content: 3D models of your equipment, instructions, and an action assessment system. At the same time, we prepare recommendations on space and workstation setup so launch runs smoothly.

  5. On-site testing at your facility. We test the application with your employees and under your conditions—this reveals what can’t be seen from an office. We fix issues before launch, not after.

  6. Deployment, training, and support. We roll out the solution, train your administrators, and hand over the operation manual. After launch, we stay in touch: we provide support, update scenarios, and help scale VR to other areas.

What is included in a VR project delivery

A simple demo video is not a delivery. You get a working tool that integrates into your processes and stays with you forever. The package includes everything needed to launch VR training on a production site and continue working independently.

  • Ready-made VR application for your tasks — a simulation of specific operations, equipment, or safety scenarios. The application is adapted for Pico devices and runs stably in a workshop, warehouse, or training room.
  • Training methodology materials — training scenarios, completion procedures, evaluation criteria, and instructions for operators and mentors. Everything is ready for launch: assign an employee, and they complete the full training cycle.
  • Source code and software rights — you own the code and can modify the application with any developer, without being locked to us. This protects your independence and allows you to develop the system without additional approvals.
  • Technical documentation — architecture description, deployment and update instructions, and administrator guides. Your engineering team can make changes and maintain the system on its own.
  • Training for operators and administrators — we transfer VR environment skills to your employees: from turning on and setting up equipment to user administration and results analysis. The first group is trained as part of the delivery.
  • Acceptance testing and test report — before handover, we document achievement of target metrics: simulation accuracy, operational stability, and compliance with the technical specification. You accept the result based on facts, not promises.
  • Support during the warranty period — fixing issues, compatibility updates, and integration consultations. After launch, you are not left alone with the system.

In the end, the client gets not scattered files, but a complete closed loop: application, training materials, staff training, and documentation.

This makes it possible to operate the VR solution from day one and scale it to new areas and employees without depending on an external contractor.

Case study: VR trainer for industry

For a machine-building plant, truetech.by created an industrial VR trainer—a virtual simulator of working on a production line.

Previously, operator training took two weeks: theory, observing an experienced colleague, and then training directly on the machine, with the risk of errors, defective output, and downtime.

The client wanted to speed up bringing new operators to independent shifts and reduce the load on mentors.

How training worked

We built a virtual copy of a real site—with the same control panels, mechanisms, and abnormal situations. The employee trains in a Pico headset without touching real equipment. The system records every action, gives hints when an error occurs, and shows a final score.

The instructor sees group statistics and understands who is ready to go on the line and who needs additional practice.

Measurable result

Results from the first quarter of operation: training time dropped from 14 to 3 days, the number of errors during the first independent shift fell by 62%, and employees complete about 120 training sessions per month.

The plant’s management appreciated the effect—the project not only paid for itself through reduced defective output and downtime, but also continued: new scenarios for adjacent areas and steady repeat orders for expanding the simulator.

Today the trainer is part of the enterprise’s training system: it is used for skill assessment, practicing rare emergency situations, and building a talent pipeline. This is not a one-time demo, but a working tool that delivers measurable value every day.

Answers to common questions about VR in industry

Production managers and technical directors ask us the same questions: is it difficult to integrate VR into existing processes, when will results appear, and will it affect safety. We answer common concerns—briefly and to the point.

Is it difficult to integrate VR into existing production?

A VR solution doesn’t require stopping the shop floor or replacing equipment. We integrate into your processes gradually: first a pilot area, then scaling to other teams. During the pilot, briefings and VR trainers run in parallel, so employees adapt without rush or downtime.

What is the implementation timeline?

A typical project from brief to launch takes 3–5 weeks depending on the number of scenarios. During this time, we align on the concept, develop the trainers, and train your instructors. Further adjustments are made iteratively—you see results at every stage, not just at the end.

When will it pay off?

The first effects are visible already during the pilot: new employees train faster and the number of errors drops. With regular use, VR pays off through material savings, reduced defective output, and less downtime.

Within 2–3 months, you get concrete figures—before launch, we calculate the savings for each scenario.

Is VR training safe?

On the contrary, a VR trainer improves safety: the employee practices dangerous situations without risk to themselves or equipment. We design scenarios to eliminate overload and disorientation: sessions are short, and the user’s condition is monitored. The solution requires no special permits and complies with occupational safety regulations.

Order VR application development for Pico

You come for a product, but you get a working solution for your production task: employee training, emergency response practice, and knowledge control. We handle the full cycle—from scenario to deployment—so you don’t need to dig into technical details.

Leave a request for a consultation—we’ll get back to you within one business day, discuss your scenario, and offer a VR development option for Pico that fits your timeline and format.

If the scenario isn’t obvious, we’ll help identify an area where virtual training will deliver quick results.

What you get after ordering:

  • A detailed VR scenario for your technological operation or procedure.
  • A ready-made application for Pico, adapted to your equipment and safety requirements.
  • Training for your employees and handover of instructions for independent work.
  • Clear development stages with demonstrations of intermediate versions.
  • Technical support and updates after launch.
  • A payback consultation: reduced preparation time and fewer staff errors.
  • Scaling the solution to other shops and sites.

Fill out the form—and within a few days, your employees will start practicing skills in a virtual environment. Or write to us via messenger—we’ll advise whether VR is right for your task even before the project begins.

How to choose the right VR solution format for your task

Choosing a VR solution format starts not with technology, but with the business task. For industry, this is most often employee training, practicing responses to abnormal situations, quality control, or presenting products to customers.

What you need to get—a quick skill, fewer incidents, or higher sales—determines which format will work.

So first, together with you, we record the requirements: how many employees need training, how often, under what conditions, and whether there are differences between sites. We clarify who will use the solution—operators, engineers, managers, or customers.

Then, based on these parameters, we propose a suitable format: a compact VR trainer for regular briefings, an immersive scenario for rare emergencies, or augmented reality for remote assistance during equipment repairs.

Each format solves its own task, and each has its own economics. A full-fledged virtual proving ground provides deep immersion but requires more time to implement. A lighter scenario launches faster and scales more easily to dozens of employees.

Augmented reality doesn’t take someone away from the workplace and provides help right at the site. We select an option that meets your need without overpaying for unnecessary complexity.

Selecting a solution is a separate stage that we take on. We audit the task, test a pilot scenario, show results on your data, and give a transparent recommendation. You get not abstract “virtualization,” but a concrete tool with clear launch timelines and a business impact.

In the end, the VR solution format turns out to be not a compromise, but a precise answer to your real task.