01 / Production Floor
Assembly & Procedure Guidance
Step-by-step overlays anchored to the physical equipment, with object recognition confirming each step before advancing to the next.
HoloLens 2Object Recognition
AR Training & Simulation
Development for Enterprise
A manual tells someone what to do. Augmented reality shows them, overlaid directly on the equipment they're standing in front of — so training happens on the floor, not in a classroom weeks before it's needed.
OUR
IMPACT
50+
AR apps shipped
4.9★
Clutch rating
$40K
Starting scope
4-9mo
Typical delivery
CLASSROOM
VS
AR
What Changes When Instructions Move Onto the Equipment
Classroom and video training teach a procedure once, days or weeks before someone needs it. AR training puts the same instruction on the equipment itself, at the exact moment the task happens.
Classroom / Video TrainingTraditional
| Factor | Traditional |
|---|---|
| Retention | Learned once, applied days or weeks later — retention decays before the task happens. |
| Scheduling | Trainer or session availability sets the schedule, not the operation's need. |
| Ramp-up | New hires shadow an experienced worker until confident, tying up two people. |
| Quality | Errors get caught after the fact, during inspection or QA. |
Choose classroom / video when you need broad awareness training before people reach the equipment.
AR-Guided, On-the-JobRecommended
| Factor | AR-Guided |
|---|---|
| Retention | Instruction appears at the point of task — nothing to recall, just follow the overlay. |
| Scheduling | Available whenever the shift runs, no trainer scheduling required. |
| Ramp-up | New hires work independently sooner, with guidance instead of a shadow. |
| Quality | Step confirmation and object recognition catch mistakes before they happen. |
Choose AR-guided training when the goal is fewer mistakes, faster ramp-up, and confidence that scales with every shift.
WHAT
WE
BUILD
What We Build for Manufacturing, Field Service & Operations
Most programs combine two or three of these — a training module rarely stands alone from support and compliance needs.
02 / Safety Programs
Hazard & Emergency Simulation
Practice high-risk or rare scenarios — lockout-tagout, chemical spill response, equipment failure — without real-world consequences.
SimulationCompliance
03 / Field Service
Remote Expert Assist
A technician's camera view streams to a remote expert, who annotates directly onto what the technician sees — no site visit required.
Live ShareRemote Support
04 / Onboarding
New-Hire Ramp Programs
Self-paced guided walkthroughs for new employees, reducing how long an experienced worker needs to shadow before independent work.
Self-PacedMobile + HoloLens
05 / MRO
Maintenance & Repair Overlay
Diagnostic data and repair steps overlaid directly on the machine, pulling live sensor readouts where the equipment supports it.
DiagnosticsLive Data
06 / Regulated Industries
Certification & Compliance Tracking
Timestamped completion logs and pass/fail checkpoints exportable for audit — built for environments where training has to be provable.
Audit LogsReporting
ENTERPRISE
ROLLOUT
How Enterprise Rollouts Usually Go
Almost nobody starts with a facility-wide deployment. The programs that stick follow roughly this path.
Pilot on One Procedure
Start with one high-value procedure or line. Keep scope tight so you can measure training time and error rates against your current method.
Typical scope
Fixed price4–6 monthsFacility or Dept. Rollout
Expand proven content across related procedures. Add a CMS layer so your team can update steps as processes change on the floor.
Typical scope
Dedicated teamOngoing workEnterprise-Wide Standard
Make AR the default for onboarding and procedures across sites, with analytics that show where errors and slowdowns actually occur.
Typical scope
Multi-siteAnalytics
DEVICE
COMPARISON
Choosing the Right Device for the Task
Device choice is usually decided by one question: does the person's hands need to be free while they follow the instruction?
| Factor | HoloLens 2 / Smart Glasses | Apple Vision Pro | Tablet / Mobile |
|---|---|---|---|
| Best for | Hands-free assembly, MRO | Premium spatial training, simulation | Inspections, onboarding, checklists |
| Hands-free | Yes | Yes | No |
| Deployment cost | Hardware + development | Higher hardware cost | Uses existing devices |
| Rollout speed | Slower, hardware provisioning | Slower, premium hardware | Fastest — no new hardware |
| Typical use case | Production floor, field service | Surgical, high-precision simulation | Onboarding, remote expert assist |
Many programs start on tablets to prove value fast, then move core hands-free tasks to HoloLens once budget for hardware is approved.
COST
&
TIMELINE
Cost & Timeline by Program Type
Ranges based on projects we've delivered — final scope depends on device type, content volume, and how much facility-side integration is needed.
Mobile AR Training App
$40K – $80K
4-6 months
- Marker or markerless overlay
- Step confirmation flow
- Basic analytics
HoloLens / Smart Glasses
$90K – $200K
6-9 months
- Spatial mapping
- Hands-free guidance
- Object recognition
Multi-Facility Rollout
$150K – $400K+
9-18 months
- CMS for content updates
- Multi-site deployment
- LMS / analytics integration
Hardware procurement (HoloLens units, rugged tablets) is scoped separately and typically handled by the client's IT or procurement team. Full breakdown on the AR development page
Tell us the procedure and the device — we'll scope a pilot in 48 hours.
Framework, hardware fit, and a fixed-price range before you commit to anything. See the full AR development process or how we've built for real estate and retail.
OUR
TESTIMONIALS
Our Work
Speaks For Us
Speaks For Us
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Contact
Us
Partner with Us for
Custom AR Enterprise Training Development
and On-the-Floor Training Systems
Custom AR Enterprise Training Development
and On-the-Floor Training Systems
YourBenefits
Procedure-First Pilot Scoping
Unity / Vuforia / HoloLens & Mobile AR
Hands-Free & Tablet Guidance Options
CMS for Live Procedure Updates
LMS & Analytics Integration
We Stick Around After Launch
What happens
next?
next?
We Schedule a call at your convenience
We do a discovery and consulting meeting
We prepare a proposal
FAQ
Frequently Asked
Questions
A mobile AR training app with step-by-step overlay and object recognition typically runs $40,000–$80,000 over 4–6 months. Full HoloLens or Vision Pro deployment with spatial mapping and hands-free guidance runs $80,000–$200,000 over 5–9 months. Complex manufacturing or MRO programs with diagnostic integration can reach $100,000–$250,000 across 6–12 months.
Tablets and phones work well for training that doesn't require both hands free, like inspection checklists or onboarding walkthroughs. HoloLens or smart glasses matter when technicians need hands-free guidance while actively working on equipment, since holding a device defeats the purpose.
We build a CMS layer so your training or operations team can update step sequences, annotations, and 3D overlays without touching code — this matters more here than in most software categories, since floor procedures change faster than typical release cycles.
Yes. We build completion logging, timestamped step data, and pass/fail checkpoints into the training flow, exportable for audit and certification records — standard for regulated environments like manufacturing safety programs and medical device training.
Yes. A technician wearing a headset or holding a tablet can share their live camera view with a remote expert, who can annotate directly onto what the technician sees — useful for field service calls where flying someone out isn't practical.
Most enterprises pilot on a single procedure or production line first, which typically takes 4–6 months including content creation, before deciding on a department or facility-wide rollout. Piloting narrow keeps risk low while proving the training-time and error-rate impact internally.