Photo-verify the pre-trip before the truck leaves the yard.
Nuclear-verdict jury awards against trucking fleets now routinely exceed $10M — and plaintiff counsel opens every CMV case by subpoenaing the pre-trip DVIR. PacketUpload replaces the tap-through checkbox with photo-verified inspection against 49 CFR 396, FMCSA Appendix G, and CVSA OOS Criteria — so the evidence of a real inspection exists before the truck rolls.
Built for CFOs, Risk VPs, and Safety Directors at FMCSA-regulated fleets whose insurance rates and nuclear-verdict exposure depend on inspection integrity.
Checkbox DVIRs are compliance theater.
Today’s electronic DVIR is a paper checklist with a touchscreen wrapper — every line is a tap, every tire passes, and FMCSA CSA BASIC Vehicle Maintenance violations under §§ 393.75 and 393.47 tell the same story: the paperwork was pristine, the inspection never happened.
Every tire passes on a tap-through DVIR
Eight checkboxes, zero evidence. Compliance holds until an OOS violation hits the MCMIS record.
Completed DVIRs do not prove the walk-around happened
Safety Investigators score documentation integrity, not whether a brake chamber was ever inspected.
Drivers resent checkbox DVIRs
If the tool adds friction, drivers rush a 45-second tap-through. Nobody benefits.
Safety directors defend on completion, not evidence
You cannot defend a wrongful-death deposition with a DVIR completion rate.
Photo-verified inspection. Real defect detection. Audit-ready records.
Drivers aim the camera at the tire, the brake chamber, the coupling pin, the air line, the headlamp. Our AI confirms tread depth against §393.75 minima, brake wear against §393.47, lamp function, coupling integrity, and fluid levels — against the 49 CFR Appendix G periodic inspection standard. The defect report is the work, not a checkbox after the fact. Low-confidence readings route back to the driver for a retake — and ambiguous cases surface to your maintenance team with reason codes.
Point-and-shoot, Appendix G-aligned
Driver aims the camera at each required component; PacketUpload analyzes for defects — tread depth (including steer vs. drive-axle minima per §393.75), brake pad and drum condition, CVSA-reportable air leaks, lamp and reflector function, coupling device integrity, hose and line condition, fluid levels. 49 CFR Appendix G coverage out of the box.
OOS-criterion flagging before the road
Real-time alerts on the spot. When the AI detects a defect that would trigger a CVSA Out-of-Service determination (tread below 2/32” steer, brake stroke out-of-adjustment, air leak ≥ 3 psi/min), the driver and dispatcher know before the truck rolls — not when the inspector reads the tag at a weigh station.
Evidence the walk-around actually happened
Every DVIR has timestamped, geotagged photos and driver confirmation — not a tap-through. When a plaintiff’s expert asks for the pre-trip record on the day of the incident, you produce the actual photos of the actual components, not a CSV of green checkboxes.
Audit-ready exports the way FMCSA asks
Records retained per 49 CFR 396.11(c) retention requirements (at least 3 months), exportable in the formats FMCSA Safety Investigators and state DOT enforcement request. Mapped to the CSA BASIC Vehicle Maintenance violation taxonomy — including the §393-series codes your audit team already knows by heart.
What a DVIR looks like when the box isn’t just checked.
Six 49 CFR §396.11 components. Each evidenced with a two-second capture, geotagged, stamped, and tied to the tractor ID. Defects are flagged, not silenced.
From yard to road — inspection that’s actually an inspection.
PacketUpload slots into the pre-trip and post-trip steps your drivers already perform — and adds the one missing thing: evidence.
Today Tap-Through DVIR
- Driver opens the ELD / TMS app. Samsara, Motive, Geotab, Verizon Connect, Omnitracs — DVIR is a screen inside the driver’s primary app. 8 categories. Tap-tap-tap-tap.
- Pre-trip completed in 45 seconds. Driver skips the kick-the-tire walk-around. Every line is checked OK. System records “inspection performed, no defects.”
- Truck rolls with an OOS-criterion defect. Steer tire 1/32”. Or a brake slack adjuster beyond §393.47 limits. Or an air leak a roadside officer is about to hear with a 3 psi drop test.
With PacketUpload Evidence-Based
- Driver opens PacketUpload inside the ELD. PacketUpload lives inside the Samsara / Motive / Geotab flow. No new app. Driver walks the truck. Camera overlays show exactly what shot to take for each Appendix G component.
- AI verifies at the point of capture. Tread depth measured from the photo. Brake stroke evaluated. Lamp function confirmed. Coupling pin lockdown verified. If a shot is blurry or the angle is off, the app asks for a retake — on the spot.
- Defects flagged before the truck rolls. OOS-criterion findings (§393.75 steer tread, §393.47 brake adjustment, air leakage) surface with a red flag and a specific §-code reference. Driver and dispatcher see it at the same moment.
Slots into the ELD, TMS, and maintenance systems your fleet already runs.
Drivers do not learn a new app. PacketUpload is the DVIR module inside the primary telematics platform your fleet standardized on — and the defects flow straight into the work-order system your shop already uses.
PacketUpload integrates with the big telematics platforms (Samsara, Motive, Geotab, Verizon Connect, Omnitracs), the TMS layer (McLeod, Trimble TMW), and the fleet-maintenance systems (Fleetio, J. J. Keller). No driver learns a new app. Defect records flow straight into the work-order and the CSA BASIC audit trail — aligned with FMCSA 49 CFR 396, CVSA OOS Criteria, and the §393 violation taxonomy your audit team already uses.
Grounded in the federal and industry frameworks your safety, maintenance, and audit teams already work under
What safety directors, VPs of maintenance, and fleet managers ask.
What components does PacketUpload verify from photos?
Tires (tread per §393.75 including steer-axle 4/32” minimum and drive-axle 2/32”, sidewall condition), brakes (pad/drum wear, slack adjuster position per §393.47, air-system leak detection), lamps and reflectors (function per §393.9, §393.11, §393.13 via photo-based illumination check), coupling devices (pins, locks, safety chains per §393.70), hoses and airlines, fluid levels, windshield damage, and mudflaps. Full FMCSA Appendix G periodic-inspection component coverage.
Does this replace my ELD, TMS, or maintenance system?
No. PacketUpload plugs into the driver-facing app your fleet already runs — Samsara, Motive (formerly Keep Truckin), Geotab, Verizon Connect, Omnitracs — and slots into the DVIR step. Defect records flow into Fleetio, J. J. Keller, McLeod, or Trimble TMW. Drivers do not learn a second app. Shop does not learn a second work-order system.
How does this hold up during an FMCSA compliance review or OIG audit?
Every inspection produces timestamped, geotagged photos, driver confirmation, AI-verified defect determinations mapped to §-code, and a tamper-evident audit trail. Export format matches what FMCSA Safety Investigators request for compliance reviews and what plaintiff counsel requests in discovery. Retention defaults exceed the 49 CFR 396.11(c) three-month minimum.
What about CSA BASIC Vehicle Maintenance percentile exposure?
The CSA BASIC Vehicle Maintenance category is driven primarily by roadside-inspection violations under §§ 393.75 and 393.47. Catching OOS-criterion defects pre-dispatch keeps your CMVs out of those statistics entirely — which is the only way to actually improve the percentile. Every defect caught pre-trip is a violation not logged to your DOT number.
How do drivers use it — is it a big add to the pre-trip?
Average time-to-inspect with PacketUpload runs 3–6 minutes for a full walk-around pre-trip — about the length of an actual inspection, which is the point. The app guides the driver through the Appendix G sequence with camera overlays, accepts retakes when images are poor, and hands off to the ELD workflow when complete. No typing, no long forms, no compliance theater.
Works for private fleets, not just for-hire carriers?
Yes. Private fleets (retail, grocery, beverage, waste, utility bucket trucks, construction CMVs over 10,001 lbs) operate under the same FMCSA Part 396 DVIR requirements and the same CSA / SafeStat exposure. PacketUpload applies identically — often more valuable, because private-fleet safety directors have fewer dedicated maintenance staff to review DVIR exceptions.
What does PacketUpload decide, and what stays with our safety team?
PacketUpload captures evidence, flags defects against §-code criteria, and surfaces OOS-risk findings. It does not override a driver’s judgment, approve a truck for dispatch, or replace a qualified mechanic’s determination — your driver, dispatcher, and maintenance team own the final call. Low-confidence readings route for retake or human review with specific reason codes.
Safer fleets. Better records. Fewer surprises.
Walk us through your current DVIR stack — we’ll come back with fit, the first defect checks we’d encode, and a pilot scope within two business days.
Tell us your fleet size, telematics platform (Samsara, Motive, Geotab), current DVIR workflow, and CSA BASIC Vehicle Maintenance posture. Prioritizing multi-state carriers with meaningful CSA percentile exposure.
Request a pilot discussionOr email us directly at join@packetupload.com