Extended Reality (XR)
Holograms & Experiential
Digital Twins, BIM & AI
Industrial & Vocational Simulators
EHS Safety VR Modules
Defense, Medical & EdTech Labs
Case studies
Industries
Culenz builds VR and mixed reality simulators for defence, aerospace and aviation training. Trainees practise firearm handling, decision scenarios and aircraft maintenance before using live equipment.
01 — Industries
Marksmanship basics and shoot or don't-shoot decisions, with after-action review.
Inspections and procedures on a full-scale virtual aircraft.
Learn new systems in mixed reality before they arrive.
Systems designed to run on restricted networks where required.
02 — In depth
Live training in defence and aviation is expensive, heavily scheduled and sometimes dangerous. Equipment, ranges and aircraft are hard to free up.
VR and mixed reality simulators let trainees practise more often, with full records. Live time then goes on what only live training can teach.
Trainees practise marksmanship basics and shoot or don't-shoot decisions in realistic scenarios. Every action can be replayed in an after-action review.
Range time and ammunition are saved for qualification and live practice.
Technicians inspect a full-scale virtual aircraft and practise procedures in manual order. Rare tasks can be repeated on demand.
Training no longer depends on hangar slots or aircraft availability.
Mixed reality lets crews learn new systems in 3D before the hardware arrives. They explore components, controls and procedures at full scale.
That shortens the time between delivery and operational use.
Engineers review assemblies, cabins and components at true scale in VR or mixed reality. They check access, clearances and ergonomics.
Issues found in a virtual review cost far less to fix than on a prototype.
Defence projects often need on-premise systems and restricted networks. Simulators can be built to run without internet access.
Security requirements are agreed at scoping, before any development begins.
Every session is logged with the trainee, scenario, score and time. Instructors see progress across a course or unit.
Records export to your training management system, within your security rules.
Instructors and subject experts shape every scenario and approve it before use. That keeps content consistent with doctrine and procedures.
We train instructors to run sessions and build new scenarios themselves.
Ground crews practise aircraft marshalling, refuelling safety and towing procedures in VR. Mistakes on a busy apron can be costly and dangerous.
Support staff also learn fire response and hazardous material handling for hangars and airfields.
Every project starts with a free scoping call about your goal, audience, sites and timeline. You then receive a written scope with dated milestones and fixed deliverables.
You review the work in the headset or on site at each stage. Changes are made early, when they cost the least.
After launch, our crew runs the experience or hands it over with training. An annual maintenance contract keeps it running.
Virtual reality suits deep, one-person experiences, such as a walkthrough or a training drill. Augmented reality suits phones and real spaces.
Holograms and projection reach crowds with no headset. A 360° live stream reaches people who can't attend in person.
On the scoping call, we recommend one format and explain the trade-offs. If a simpler option works better, we say so.
Agree what success means before the project starts, such as bookings, training scores, visitor numbers or time saved. Then measure the same figure before and after.
Our experiences can log sessions, scores, leads and usage. That data sits alongside your own business figures.
A short review after launch compares results with the goal. It also shows what to change in the next phase.
What decision or behaviour should the experience change, and how will you measure it? A clear answer keeps the project focused.
Who will use it, where, and on which devices? Who on your side will review content and sign off each stage?
Finally, who will run and maintain it after launch? Planning that early avoids an experience that stops working after a few months.
Voice-over and on-screen text can be produced in English, Hindi, Arabic or the other languages your audience uses. We agree the languages at scoping.
Experiences are designed for first-time users, with clear prompts and seated options where needed. We test comfort with real users before launch.
Holograms, projection and screen versions serve people who can't or prefer not to wear a headset.
Culenz can supply headsets, hologram boxes, screens, cameras and simulator stations, tested together before delivery. You can also use suitable hardware you already own.
Annual maintenance contracts cover preventive visits, repairs, spares and content updates. Response times are written into the contract.
Culenz is an AR, VR and mixed reality company headquartered in Jaipur, with offices in Secunderabad and Dubai. We deliver projects across India and the UAE.
One accountable team scopes, builds, installs and supports each defence and aviation project. You keep the same producer from the first call to handover.
03 — FAQs
Defence and aerospace projects often require on-premise deployment, restricted networks and vetted staff. We agree those requirements at scoping. The system is then built to run without internet access where the programme needs it.
Yes. Simulators can be designed to run entirely on local hardware within your network. Updates are delivered through the channels your security rules allow, and no data needs to leave your site.
Your instructors and subject experts review every scenario, procedure and scoring rule before release. We build only to their approved material and make changes from their feedback at each stage of the project.
VR is usually used for familiarisation and practice alongside approved training. It doesn't replace required practical experience. Your training team decides where it fits in the approved programme, and we build content for those parts.
Yes. Replica weapons, controls or tools can be tracked in VR or mixed reality, so handling feels realistic. Hardware choices, tracking methods and safety rules are agreed with your instructors during scoping.
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