We build immersive AR, VR, and digital twin platforms that bridge physical operations with intelligent digital ecosystems, including custom Apple Vision Pro and Meta Quest apps. Engineered in Bharat for enterprise clients across India, the UAE, Singapore, and the United States.
Built by Shivlam · Deployed globally · Trusted by AEC and enterprise teams
A production-grade spatial computing pipeline for immersive enterprise systems, engineered for deterministic performance, real-time telemetry, and headset-ready spatial interaction across iOS, Unity, and headset ecosystems.
Leveraging Swift, ARKit, and SceneKit, we engineer native iOS AR applications that anchor live design and BIM data onto the physical world. Full support for LiDAR-equipped iPhone Pro and iPad Pro, built for on-site spatial computing and enterprise field deployments.
SWIFT · ARKIT · LIDAROverlay real-time telemetry directly onto virtual models for live operational intelligence. Every connected sensor, from pressure and temperature to vibration and throughput, feeds straight into your spatial digital twin, enabling predictive monitoring and immersive system-health visualisation in true real time.
REALTIME · WEBGL · WEBSOCKETWe build physics-accurate 3D environments for enterprise training, industrial simulation, and immersive visualisation. Our Unity pipelines deliver real-time lighting, advanced physics, and spatial audio, deployed to Meta Quest and Apple Vision Pro.
UNITY · QUEST · VISION PROThree production-ready spatial computing workflows, each engineered for fast stakeholder alignment, precise spatial QA, and operational training at enterprise scale.
Overlay live BIM and design data onto the physical site through iPad Pro and LiDAR. Walk the build and see the unbuilt at true 1:1 scale, the way DeltaARBIM, our AR BIM product, works on live construction sites.
Sensor-fused digital twins mirror critical infrastructure in real time. Pressure, temperature, and throughput, streamed into a spatial model for predictive monitoring.
Physics-accurate VR simulations for high-risk operations and maintenance, deployed to Meta Quest and Apple Vision Pro to cut onboarding time and safety incidents.
Spatial computing is software that understands physical space. It maps a real environment with LiDAR and cameras, so a BIM or 3D model can be placed in it and checked against what was actually built. Three steps do that work, and the second one is where projects succeed or fail.
A phone, a tablet or a camera rig records the space. LiDAR gives depth directly; photogrammetry and Gaussian splatting rebuild it from images. What comes out is a point cloud or a mesh, measured in real units rather than pixels.
The capture is matched to the coordinate system that matters: the site grid, the IFC model, the floor plan. This is the hard part. Alignment is what decides whether the overlay you see on site can be trusted or has to be checked again by hand.
With the model held against the built work, the difference is visible on the spot: a wall out of position, a sleeve that was never cast, a duct fouling a joist. The answer travels back the same day instead of waiting for the next review.
And what we have built in each one, rather than what could be built.
Coordinated models are checked against what was actually built, on site, while it is still cheap to fix. As-built records are captured rather than reconstructed from memory at handover.
DeltaARBIM, our own AR BIM platform, runs on three live job sites: two commercial complexes and a hospital. It reads IFC natively, works offline with no markers, and holds ±2 cm on site.
AR BIM validation→A room is scanned before anything is designed into it, so a layout fits the space that exists. Buyers walk a unit from another city instead of reading a render.
DeltaRoomCraft lays furniture out at true scale inside a scanned room, and is in development. DeltaTapeless turns one walk through a space into its dimensions and floor plan, and is in early access.
3D capture and reconstruction→Plant equipment carries its live data where the equipment is, and a maintenance procedure is taught on the machine rather than in a slide deck.
A district cooling plant overlay in Unity and ARKit: live data labels, pipe visualisation, and maintenance training built for the floor rather than the desk.
AR and VR solutions→A physical object becomes a 3D model that can be turned, measured, printed or put on a page, captured on hardware someone already owns.
Plinth, our iPhone app on the App Store, turns artworks, objects and spaces into 3D models using 48 MP photogrammetry or Gaussian splatting.
3D capture and reconstruction→The three that reach us most often, each answered in one piece so it can be read or quoted without the rest of the page.
Studios that have shipped it and still maintain it. The question worth asking a supplier is not whether they can build an AR demo, but what of theirs is running today and who fixes it on a Monday morning. Shivlam builds for enterprise teams in India, the Gulf, the UK and the United States, and keeps its own products in production: DeltaARBIM is on three live construction sites, and we stay on for the updates after launch.
Four questions separate them quickly. Does anything they built run on a real site today, or only in a showreel? Do they read your formats natively, IFC and Revit included, or export to something lossy first? What accuracy do they claim on site, and can they say how it was measured? And who owns the code at the end? Our answers are on this site: three live sites, ±2 cm and how we measured it, IFC read natively, and the code, accounts and documentation are yours.
Not the headset. A platform scales when it runs on hardware your team already carries, works where there is no signal, and reads the model your industry already uses, so nobody has to convert a file before walking on site. We build on iPhone Pro and iPad Pro LiDAR first, with Apple Vision Pro and Meta Quest where the work is better done head-up and hands-free, and we keep IFC as the format rather than a private one nobody else can open.
A few of the teams we have built for.
Proudly engineered in Bharat, delivering scalable spatial computing and immersive tech services to the global market. Our team brings 10+ years of engineering experience and 50+ projects delivered spanning AR, VR, digital twins, mobile, and enterprise platforms, building immersive ecosystems trusted across continents.
“We engineer the spatial layer that bridges physical operations with intelligent digital systems.”
Shivlam delivered our iOS and Android apps ahead of schedule with flawless architecture. Their communication across time zones was effortless, and the final build exceeded our expectations.
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Testimonial 1 of 5: Shivlam delivered our iOS and Android apps ahead of schedule with flawless architecture. Their communication across time zones was effortless, and the final build exceeded our expectations.
What teams ask before building for Vision Pro and Quest.
It puts 3D data into the real world or a headset so people can work with it directly: training and simulation, on-site AR for construction and field work, digital twins for operations, and design review at full scale.
It depends on the use case, devices, and integrations. The fastest route to a firm number is a scoped pilot that proves the core use case first. Book a demo and we will size it with you.
Apple Vision Pro, Meta Quest, and LiDAR-equipped iPhone and iPad, plus WebXR where browser reach matters. We help you pick the right device for the job.
AR and VR describe the display. Spatial computing is the wider idea of software that understands and works with real 3D space, across AR, VR, and mixed reality, connected to your data and systems.
Yes. We build custom software and hand it over as yours, with no per-seat licensing.
Yes. We connect to your data, BIM or CAD sources, and internal systems, and work as an extension of your team, English-first with time-zone overlap.
Let's build it
A short brief is enough. We will come back with scope, timeline and a real estimate.