Metaverse Application Development
Sigmato offers metaverse application development for businesses that want shared 3D spaces people can explore, learn in and buy from.
- Virtual showrooms, events and collaborative spaces
- Unity and Unreal Engine development
- VR headsets, desktop, mobile and browser
- 3D modelling, animation and sound under one roof
Get a Free Quote
A metaverse is a persistent, shared virtual environment where people meet as avatars, interact with objects and each other in real time, and come back to find the world as they left it. Metaverse application development turns that idea into something useful for a business: a showroom customers can walk through, a training space where staff practise risky tasks safely, or a venue for launches and events.
Sigmato’s team in Bengaluru designs and builds these experiences end to end, from concept and 3D assets to multiplayer networking and post-launch updates. We focus on clear business goals, sensible hardware requirements and experiences people actually return to.
Metaverse Development Services
We cover each layer of a virtual world, so you do not need to coordinate several studios.
Virtual worlds and spaces
Branded environments for showrooms, offices, campuses and events, with avatars, voice chat and interactive objects.
VR and AR experiences
Immersive apps for headsets and phones, built by our AR/VR development team.
Metaverse games
Multiplayer game experiences and gamified brand activations with leaderboards and rewards.
Digital twins and simulations
Accurate 3D replicas of sites and equipment for simulation and training.
3D assets and animation
Characters, environments and props modelled in Blender or Maya, optimised to run smoothly on target devices.
Web3 integrations
Optional wallets, digital ownership and NFT marketplaces where tokenised items genuinely add value.
Our Metaverse Development Process
Immersive projects carry more creative and technical risk than a typical app, so we prove the core experience early and build in stages.
- Concept. We agree the purpose, audience, devices and what visitors should be able to do, then write a short experience brief.
- Prototype. A greybox version of the space lets you walk through layouts and interactions before art production starts.
- Art and build. 3D artists create assets while developers add networking, avatars, voice and back-end services in sprints.
- Test. Performance profiling on real headsets and phones, comfort checks to reduce motion sickness, and load tests for concurrent users.
- Launch. Release to app stores, headset stores or the browser, with analytics so you can see how people use the space.
- Grow. Seasonal content, new rooms, bug fixes and engine updates after launch.
Technology Stack
The engine and target devices shape cost, visual quality and reach more than anything else. Here is how we usually decide.
| Layer | Tools we use | When it fits |
|---|---|---|
| Game engine | Unity (C#) | Cross-device reach: standalone headsets, mobile and desktop |
| Game engine | Unreal Engine (C++, Blueprints) | High-fidelity visuals for PC VR, architecture and automotive |
| XR standard | OpenXR | Supporting several headset brands from one codebase |
| 3D and animation | Blender, Maya, 3ds Max | Characters, environments and motion |
| Audio | Audacity, Pro Tools, spatial audio plug-ins | Sound effects, music and positional audio |
Why Choose Sigmato for Metaverse Application Development
- Business goals first. We define what a successful visit looks like, such as a booked demo or a completed training module, and design towards it.
- Performance discipline. Polygon budgets, texture compression and level-of-detail settings keep frame rates comfortable on standalone headsets.
- Art and engineering together. Designers, 3D artists and Unity developers work in one team, which shortens feedback loops.
- Honest scope advice. If a web-based 3D configurator or AR app will do the job for less, we will tell you.
- You own the assets. Source projects, models and code are handed over to you.
Industries We Serve
Real estate and architecture (virtual site tours), retail and automotive (3D showrooms), education (virtual classrooms and labs), manufacturing and energy (VR training simulations), and events and entertainment (virtual launches and concerts).
Metaverse Development in Bengaluru and Worldwide
Our engineering centre is in Jayanagar, Bengaluru, with a UK branch in Fleet, Hampshire. Bengaluru clients are welcome to visit for headset demos and design reviews, and we deliver remotely to clients in the UK, US, Middle East and beyond. See where we work or our page on AR/VR/MR app development in India.
Frequently Asked Questions
How much does a metaverse application cost?
Cost depends on the size of the world, visual quality, number of devices and whether it is multiplayer. As an indication, a focused single-space VR or web experience may start around USD 15,000–40,000, while large multiplayer worlds cost considerably more. We quote after a short discovery phase.
Do users need a VR headset?
No. Many virtual spaces work on desktop, mobile or directly in a web browser. Headsets give the most immersive experience, so we often support both and let users choose.
Should we use Unity or Unreal Engine?
Unity is usually the better fit for standalone headsets and mobile reach. Unreal Engine shines where photorealistic visuals on powerful PCs matter most. We recommend one after reviewing your devices and visual goals.
How long does development take?
A proof of concept typically takes four to eight weeks. A production-ready virtual space with multiplayer features usually takes three to six months, depending on scope and asset volume.
Start Your Metaverse Project
Share your idea and target audience. We’ll suggest the right devices, engine and a phased plan, usually within one business day.