Immersive Technologies
Simulation and spatial tooling for work that's expensive to get wrong: VR training environments a team can fail in safely, AR field overlays for maintenance and operations, walkable digital twin visualization, and mixed reality sessions that put a distributed team in the same 3D space, all built on a real 2D and 3D asset pipeline.
6 capabilities, one accountable team
Jump straight to the capability you need, or read the full pillar below.
- VR Training & SimulationLet a team fail safely, before they can fail expensively.
- AR Field Operations & MaintenanceThe right instruction, overlaid on the exact part it applies to.
- Digital Twin VisualizationAn asset you can walk through before you touch the real thing.
- Mixed Reality CollaborationThe same shared 3D space, whether you're in a headset or on a laptop.
- IoT-Connected Immersive ExperiencesLive sensor data, rendered where you can actually see what it means.
- 2D & 3D Modeling & Asset DesignThe asset pipeline underneath every simulation, twin, and overlay we build.
VR Training & Simulation
Let a team fail safely, before they can fail expensively.
Virtual reality training simulations for procedures where a mistake in the real world is costly - equipment operation, emergency response, complex assembly - with performance analytics tied to defined objectives, not just a completion checkbox.
- Scenario authoring without an in-house game-engine team
- Performance analytics tied to defined training objectives
- Multi-trainee sessions with instructor oversight and replay
- Standard headset support - Quest, Vive, and enterprise fleets alike
How we engage
- Identify the procedures where simulation genuinely beats current training
- Build the scenario and validate it with the people who do the work
- Deploy to hardware and measure performance against the objective
AR Field Operations & Maintenance
The right instruction, overlaid on the exact part it applies to.
Headset and tablet AR that puts a maintenance, inspection, or assembly instruction directly in front of a technician mid-task, cutting the time spent flipping between a manual and the equipment in front of them.
- Field AR overlays for maintenance, inspection, and guided assembly
- Headset and tablet support for technicians who can't wear a headset all day
- Remote expert assist with shared-view annotation
- Offline-capable overlays for sites without reliable connectivity
How we engage
- Identify the procedures with the highest error rate or training cost
- Build and field-test the overlay with the technicians who'll use it
- Deploy to hardware and track error and completion-time improvement
Digital Twin Visualization
An asset you can walk through before you touch the real thing.
Equipment- and asset-scale 3D twins synced to live telemetry, built for immersive walkthroughs and training rather than the city-scale planning twins our GIS practice builds - the difference between simulating a single machine and simulating a district.
- Asset-scale 3D twins synced to live telemetry from the physical equipment
- Immersive walkthrough mode for training and stakeholder review
- Fault and maintenance-state visualization tied to real sensor data
- Exportable to VR training and AR field-overlay use cases directly
How we engage
- Scope the asset and the telemetry available to sync against it
- Build the twin and validate its accuracy against the physical asset
- Hand over a twin wired into training or maintenance workflows
Mixed Reality Collaboration
The same shared 3D space, whether you're in a headset or on a laptop.
Multi-user shared-space sessions across headset, tablet, and desktop, so a distributed team can review a design, walk a site, or run a training exercise together without everyone needing the same hardware in the same room.
- Multi-user sessions spanning headset, tablet, and desktop simultaneously
- Shared annotation and spatial pointing for design and site review
- Session recording for teams who couldn't attend live
- Enterprise SSO and access control for external-partner sessions
How we engage
- Identify the review or collaboration workflow currently done in person
- Build the shared session experience across the hardware your team owns
- Roll out with training and measure adoption against the old workflow
IoT-Connected Immersive Experiences
Live sensor data, rendered where you can actually see what it means.
Real-time IoT and sensor feeds streamed directly into an AR overlay or VR environment - a pressure reading rendered on the pipe it belongs to, a temperature trend rendered on the machine it came from - instead of a dashboard the technician has to context-switch to.
- Live IoT data streamed into AR overlays and VR environments
- Threshold-based visual alerts rendered directly on the relevant asset
- Historical trend playback inside the immersive session
- Works with existing IoT platforms - no proprietary sensor lock-in
How we engage
- Map the IoT feeds worth surfacing inside an immersive session
- Build the real-time data bridge into the AR/VR environment
- Deploy and validate latency against operational requirements
2D & 3D Modeling & Asset Design
The asset pipeline underneath every simulation, twin, and overlay we build.
CAD conversion, photogrammetry, and hand-built 3D asset design - the modeling work that has to happen before any VR scenario, digital twin, or AR overlay can exist, optimized for real-time rendering rather than film-quality poly counts that never load in a headset.
- CAD-to-real-time conversion for engineering and facility models
- Photogrammetry and 3D scanning for existing sites and equipment
- Hand-built asset design for training scenarios with no CAD source
- Performance-optimized models tuned for headset frame budgets
How we engage
- Assess available source data - CAD, scans, photography, or none
- Model and optimize assets against a defined performance budget
- Deliver assets ready to drop into the target VR/AR/twin build
The platforms behind this pillar
Engagements in this pillar are delivered on named platforms we build and run, not a fresh stack every time.
Immersa XR™
AR VR MR PlatformImmersive simulation and shared spatial sessions, on standard hardware.
TwinScape™
Digital Twin PlatformDigital twins for urban planning and infrastructure visualization.
Launching soonThe other 5 pillars
Most engagements draw on more than one - they're built as a single stack, not six separate practices.
AI & Data Intelligence
Data science, machine learning, and the platform underneath it - from a raw feed to a model a business decision actually depends on.
10 capabilitiesGIS & Spatial Intelligence
One live operating picture, GeoAI on top of it, and the field tooling to act on what it shows.
6 capabilitiesProduct Innovation
From a validated idea to a shipped product, and the platform engineering that lets it scale.
5 capabilitiesFractional Leadership
Named executives, embedded and accountable, matched to the leadership gap that's actually costing you.
4 capabilitiesEmerging Technologies
The platform, infrastructure, and frontier technology layer underneath everything else we build.
4 capabilitiesImmersive Technologies - the questions that come up first
Can't find what you're looking for? Ask us
What hardware do we need?
Less than most people expect. Plenty of AR field work runs on the phones your team already carries; VR training needs headsets, and we specify the smallest viable fleet for the pilot rather than an estate-wide rollout before anything is proven.
Ready to talk through your next move?
Book a 30-minute strategy session with a ECLACTRA™ lead - no sales deck, just a straight conversation about where AI, geospatial, engineering, or fractional leadership could actually move the needle.