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AutoTrack Systems

System architecture

ATIS moves your vehicle and you together — at 120 mph, on solar energy, under autonomous control. Here is the full round trip: seven steps out to Houston, five back to Dallas.

Concept film

Dallas to Houston, and back again.

7:49

Concept visualization of the full out-and-back trip, 7 minutes 49 seconds. Figures shown are design targets, not operating data.

Outbound leg · Dallas → Houston

01 · Reserve — T-24H

Reserve

Select a five-minute departure window. Our intelligent queue management engine pre-assigns your lane, staging slot, and cradle before you leave home.

LANE 07CRADLE 2214

02 · Arrive — T+0:00

Arrive

Your plate is read at 400 meters. Your lane assignment appears on overhead signage before you reach the apron.

400 M

03 · Verify — T+0:02

Verify

Dimension and weight verification happens in eight seconds at 5 km/h. You never stop.

L 4.82 MH 1.46 MM 1,840 KG

04 · Stage — T+0:05

Stage

LED pavement guidance brings you to your slot with ±150 mm stop accuracy. Engine off. For EVs, the charging pantograph deploys.

05 · Secure — T+0:08

Secure

Your cradle arrives. You drive on. A four-point electromagnetic clamp engages in 22 seconds and is verified three independent ways before the system will accept departure.

HYDRAULICENCODERMEMS

06 · Transit — T+0:09 → T+2:05

Transit

Linear induction propulsion accelerates the convoy to 120 mph. No engine. No contact. No emissions. Your EV charges to 95% on the way.

07 · Arrive in Houston — T+2:05

Arrive in Houston

Clamps release. You drive off the platform into Houston, in your own car, with your own cargo, 95% charged.

95%

Return leg · Houston → Dallas

08 · Re-enter — R+0:00

Re-enter

Back on the Houston apron, the same plate read at 400 meters and the same overhead lane assignment start the trip home.

400 MHOUSTON APRON

09 · Verify & stage — R+0:02

Verify & stage

Dimension and weight checks run again in eight seconds at 5 km/h, then LED pavement guidance walks you to your slot. Engine off; the charging pantograph deploys.

RETURN8 SEC5 KM/H

10 · Secure — R+0:08

Secure

Your cradle arrives and the four-point electromagnetic clamp engages in 22 seconds, verified three independent ways before the system accepts departure north.

22 SECTRIPLE VERIFIED

11 · Transit home — R+0:09 → R+2:05

Transit home

Linear induction pushes the convoy back up to 120 mph on solar power — no engine, no contact, no emissions — and your EV charges to 95% on the way north.

NORTH

12 · Home in Dallas — R+2:05

Home in Dallas

Clamps release. You drive off the platform into Dallas in your own car: 480 miles round trip, one vehicle, no fuel burned on the line.

95%DALLAS · 480 MI ROUND TRIP

Underlying systems

ACIP

Convoy Intelligence

Three-tier autonomous formation control with a 2 ms response loop.

AVSCLVS

Vehicle Securement

Automated four-point clamping with triple-redundant verification.

MLPVSIA

Terminal Loading

24 parallel lanes moving up to 1,600 vehicles per hour.

SIBSCA

Solar Canopy

33.6 MW of integrated bifacial generation above the corridor.

CRLHTRM

Cradle Return

A continuous loop that inspects every cradle on every circuit.

DWCGMP

Weather Response

965 corridor sensing nodes feeding predictive speed governance.

TSCIEVPCS

In-Transit Charging

150 kW pantograph charging while you travel.

XAIATRACE

Explainable Audit

Every autonomous decision recorded in an immutable, reviewable trail.

What each step gives you

Conventional driveATIS corridor
Time behind the wheel4 hours0 hours
Journey duration3.5–4.5 hours~2 hours
Fuel / energy cost~$48Included
Emissions~95 kg CO₂Zero
Arrival conditionFatiguedRested
Vehicle at destinationYesYes
EV charge on arrivalDepleted95%

Comparison based on design specifications and published I-45 corridor averages.

Safety framework

ATIS is designed for a 10⁻⁹ probability of undetected securement failure — one in a billion. Formal safety properties are specified in signal temporal logic and continuously monitored in operation, with every autonomous decision written to an immutable audit trail.

MECHANICALSENSINGSOFTWAREAUDIT10⁻⁹