Defense XR · Immersive training · Digital twins

Founder-led in Southern California

Capabilities

One system, from physical task to digital evidence.

PropelAR combines XR engineering, real-time 3D, networking, computer vision, and delivery leadership around specific readiness outcomes.

Service areas

Choose the problem. We’ll shape the stack.

Capabilities can be engaged independently or composed into an end-to-end prototype, pilot, or production system.

01 / Capability

XR-guided inspection & maintenance

Bring approved procedures, equipment context, and inspection evidence into the maintainer’s field of work.

PropelAR can design hands-free and tablet-based workflows that recognize or register equipment, sequence technical steps, visualize hidden relationships, record progress, and connect users with remote expertise.

  • Spatially aligned work instructions
  • Inspection coverage and orientation feedback
  • Equipment-aware procedures
  • Connected and offline modes
  • Remote expert collaboration
  • Progress and completion records
02 / Capability

Immersive training & simulation

Create repeatable practice for tasks that are dangerous, expensive, rare, or difficult to schedule.

We architect single-user and multiplayer experiences with believable interaction, physics, role-based controls, instructor visibility, and performance capture across standalone headsets and PCs.

  • Part-task and whole-task trainers
  • Multiplayer role-based scenarios
  • Instructor and observer stations
  • Physics-driven equipment behavior
  • After-action review inputs
  • Standalone and PC deployment
03 / Capability

Digital twins & real-time 3D

Turn scans, CAD, geospatial sources, and technical data into interactive environments that perform.

PropelAR bridges high-fidelity source data and real-time delivery through decimation, retopology, LOD strategy, texture baking, content tooling, and system-aware visualization.

  • Scan and CAD conversion
  • Mesh and texture optimization
  • Interactive equipment models
  • Terrain and facility environments
  • Asset and metadata pipelines
  • Cross-device performance tuning
04 / Capability

Computer vision & spatial registration

Keep digital guidance aligned with the people, sensors, and equipment it is meant to support.

We evaluate model targets, fiducials, spatial anchors, device tracking, sensor transforms, and shared coordinate systems to find the registration approach that fits the operational environment.

  • Object and model recognition
  • Persistent spatial anchors
  • Shared coordinate systems
  • Sensor-to-device alignment
  • Calibration workflows
  • Registration confidence UX
05 / Capability

Connected, offline & secure workflows

Design for the actual network, device, and information constraints around the mission.

PropelAR can connect XR clients to approved services and data while planning for intermittent networks, closed WLANs, local operation, remote deployment, analytics, and administrative tools.

  • API and data integration
  • Local and remote networking
  • Offline-first task flows
  • Azure Commercial and Government patterns
  • Administrative and analytics views
  • Deployment and update planning
06 / Capability

Applied AI for technical knowledge

Help users find and understand approved information without separating them from the task.

We prototype retrieval, speech, and workflow-assistance patterns using local or hosted models, with explicit attention to source grounding, human review, information boundaries, and graceful failure.

  • Grounded technical Q&A
  • Speech-to-text and text-to-speech
  • Retrieval-augmented workflows
  • Local-model evaluation
  • Human-in-the-loop review
  • Audit-friendly interaction design

Production stack

More than an experience layer.

Useful XR depends on content, software, data, integration, devices, and program delivery working as one system.

Layer 01

Experience

Spatial UI, interaction, voice, gesture, task sequencing, accessibility, and operator feedback.

Layer 02

Real-time system

Unity, C#, OpenXR, physics, multiplayer, device services, state, and performance.

Layer 03

Content & data

CAD, scans, 3D assets, procedures, metadata, documents, analytics, and knowledge sources.

Layer 04

Delivery

Architecture, estimates, risk, backlogs, testing, deployment planning, documentation, and handoff.

Ways to engage

Start at the level the mission needs.

Not every problem needs a full platform. We can begin with a focused decision, a high-risk interaction, or an existing system that needs a stronger path forward.

Need a capability statement?

Start with the requirement.

Share the program context, target users, operating environment, and decision timeline. We’ll respond with the most useful next conversation.

Contact PropelAR