Car washes
are outdated.
Scroll to open
The car wash hasn’t changed with the car.
- More valuable
- More complex
- More sensor‑heavy
- Increasingly autonomous
Yet most automated washes still run every vehicle through the same fixed process.
Different vehicle.Same machine.Same path.
A conventional tunnel doesn’t understand the individual vehicle before it decides how to clean it.
The architectural inversion
Move the car through the machine.Move the machine around the car.
See it.Understand it.Clean it accordingly.
Introducing
Carwash‑O‑Matic
A car wash that understands the vehicle first.
Early-stage concept · capabilities shown are design targets
01 See
See the vehicle before touching the vehicle.
Camera pylons rise around the car and map it: its shape, its wheels, its sensitive surfaces and its current condition.
02 Think
Every vehicle gets its own cleaning plan.
- Where to move
- Where to spray
- Which treatment to use
- What to avoid
- What needs extra attention
03 Act
The car stays still. The robots adapt around it.
Act · Rinse
Follow the surface.
The arm traces the scanned geometry, not a preset profile.
Act · Clean
One robot. Multiple treatments.
- Water
- Body wash
- Tire treatment
- Wax
- Spot‑free finish
Act · Adapt
Not every car needs the same wash.
The scan flagged road film on the driver door. The arm slows, closes in and treats that area only.
Act · Detail
Precision where the vehicle needs it.
Wheel-specific cleaning. Stubborn spots. Localized treatment.
Automated detailing
04 Verify
Then it looks again.
A post-wash scan checks the result instead of assuming it.
Condition intelligence
Every clean creates a condition check.
Dirt disappears. Damage remains.
- Before cleaning
- After cleaning
- Compare
A running condition record for every vehicle.
- Visit 01No changes
- Visit 02Known wheel mark
- Visit 03No changes
- Visit 04New scratch detected · driver rear quarter
Today · rental and shared fleets
Manual vehicle inspection isn’t standardized.
Rental owners already document condition before and after use. But handheld photos vary in angle, lighting, distance and coverage.
What if the inspection happened automatically every time the vehicle was cleaned?
- Return
- Clean
- Inspect
- Record
- Ready
Cleaning creates the opportunity to inspect.Inspection creates the opportunity to understand the asset.
Productization
The system behind the wash.
This car wash can be productized.
Every component is designed to pack into one standard 40‑foot container.
A complete car wash. Shipped as a system.
- Order it.
- Install it.
- Connect it.
- Operate it.
Intended architecture · site requirements to be validated
One system. Different environments.
Environment 01
Airport parking garages
A compact wash and inspection lane inside the existing covered structure.
- Clean
- Inspect
- Record
- Return to service
Environment 02
Open parking lots
- Container placed
- Side walls lift into canopies
- End doors fold into ramps
- Arms deploy into the motion zones
- Cameras rise
- Vehicle drives in
The container becomes the wash environment.
Standardized system.Flexible deployment.Repeatable rollout.
Franchise model · proposed
One system. Repeated everywhere.
- Carwash‑O‑Matic
- Ship
- Install
- Connect
- Open
A standardized unit means each new location can start from the same machine, the same software and the same playbook as the first.
Franchise model · proposed
Jax World standardizes the machine.Franchisees scale the locations.Jax World connects and improves the network.
Franchise model · proposed
Who does what
Jax World provides
- Standardized Carwash‑O‑Matic hardware
- Operating software
- Central monitoring
- System updates
- Operational intelligence
- Technical standards
The franchise operator runs
- The site
- The local business
- Customers and partners
- Day-to-day operations
The Jax World platform
Centralized intelligence. Distributed infrastructure.
Every Carwash‑O‑Matic location connects to Jax World.
The Jax World platform
Every location runs locally.The intelligence improves centrally.
Machines wash and inspect on site. Small streams of operating data travel to Jax World.
The Jax World platform
Learn once.
Improve everywhere.
An improvement found at one site (a better motion path, a sharper vision model, a maintenance pattern) ships to every site. Jax World’s role doesn’t end when a unit is installed.
What the platform watches
Every site, one operating view.
- Site 01 · Airport garage
- Site 02 · Open lot
- Site 03 · Retail pad
- Site 04 · Fleet depot
- Site 05 · Parking structure
- Site 06 · Dealer lot
Fluids
Refill forecast · 5 days
- Body wash46%
- Wheel & tire71%
- Wax58%
- Rinse83%
- Chemistry levels
- Refill forecasting
Machine health
All systems running
▲ Pump B · pressure drift
- Robotic arm state
- Motors and pumps
- Camera health
- Sensors and compute
Maintenance
Next service · arm A nozzle set
- Nozzle set life22%
- Preventative maintenance
- Recurring faults
- Component lifecycle
Quality
1 clean flagged for review
- Cleaning performance
- Incomplete cleans
- Inspection confidence
- Exception review
Software
Motion planner update · staged
- Firmware updates
- Motion improvements
- Software releases
- Vehicle handling behavior
Vision
New geometry model · rolling out
- Vehicle recognition
- Geometry handling
- Anomaly detection
Two kinds of intelligence
The network learns about the machines and about the vehicles.
Machine intelligence
What is happening to the system?
- Fluids
- Maintenance
- Robotics
- System health
- Quality
Vehicle intelligence
What is happening to the asset?
- Condition
- Scratches and damage
- Cleaning results
- Changes over time
Next
Interior intelligence
What is happening inside the vehicle?
- Cabin condition
- Lost items
- Stains and debris
- Upholstery wear
Why now
A large market entering a technology shift.
~5% CAGR
- 01Computer vision is improving
- 02Robotics is improving
- 03Autonomous driving is progressing
- 04Fleet and shared-vehicle models are growing
- 05Consumers increasingly expect automated services
The car is changing. The infrastructure around it will have to change too.
AI should move
more than pixels.
- Cameras see.
- Software decides.
- Robots act.
See locally.Learn centrally.Improve everywhere.
The autonomous future
Autonomous vehicles still get dirty.And someone still has to inspect them.
Today
The driver notices.
Scratches, stains, trash, a phone left under a seat, a torn seat, a warning light. Much of this is reported by the person behind the wheel.
Tomorrow
Driverless vehicles lose the driver as the inspector.
Vehicle care has to become autonomous too.
Phase II · future capability
Next: understand the whole vehicle.
Interior robotics would close the loop: clean the cabin, inspect it, and add what they find to the same condition record.
Lost item detected
Object under rear seat
New upholstery damage
Small tear, rear passenger seat
Today
Exterior care
- Clean
- Inspect
- Compare
- Record
Next
Interior care
- Clean
- Inspect
- Compare
- Record
From autonomous washing to autonomous vehicle care.
One vehicle.
One Carwash‑O‑Matic.
One franchise location.
Several locations.
Different environments.
Connected to Jax World.
Autonomous vehicle care. Built to deploy.
Clean · Inspect · Record · Improve
