QR Scams, AI Trucks, and Real-Time Safety Alerts
DOT Tech News
October 5, 2026 · Transportation Technology Briefing
Good morning, DOT tech nerds and professionals. This week we have a cautionary tale about low-tech attacks on public infrastructure, a look at how Oregon is pushing safety data straight to drivers, and autonomous trucks rolling on federal highways. Grab your coffee -- there is a lot to dig into.
In this week's DOT Tech News:
- QR Code Stickers on NYC Parking Meters Triggered Identity Theft Indictment
- Oregon DOT Taps Rekor to Push Real-Time Safety Alerts Directly to Vehicle Dashboards Statewide
- DOT-Funded OU Research Puts AI-Guided Autonomous Trucks on I-40 and I-35
QR Code Stickers on NYC Parking Meters Triggered Identity Theft Indictment
A man faces felony charges after allegedly plastering 64 fake QR code stickers on Manhattan parking meters to harvest drivers' credit card numbers through a spoofed PARKNYC payment site.
Mihai Theodor Enescu, 39, faces five counts of second-degree identity theft and six counts of criminal impersonation. The scheme unraveled in June 2025 when a victim near East 10th Street noticed a sticker placed directly over the meter's official PARKNYC QR code. NYC DOT swept all Manhattan meters after the report surfaced, pulled every fraudulent sticker, and referred the case to the Department of Investigation, which used digital forensics to build the case.
The spoofed site mimicked PARKNYC's branding and requested credit card numbers, expiration dates, billing addresses, phone numbers, and license plate numbers — a full package for financial fraud. Manhattan DA Alvin Bragg emphasized that New York City never instructs drivers to scan a QR code at a parking meter, a distinction every agency running QR-based payment systems should communicate clearly to users.
DOT agencies and their technology vendors deploying QR-based payment systems must treat signage integrity as a security surface — regular physical audits, tamper-evident labels, and public-facing guidance on legitimate payment flows are now table stakes, not afterthoughts.
Source: NYC Department of Investigation / Manhattan District Attorney's Office
Oregon DOT Taps Rekor to Push Real-Time Safety Alerts Directly to Vehicle Dashboards Statewide
Oregon DOT awarded a $1.4 million, five-year intent to award to Rekor Systems to deliver in-vehicle safety alerts statewide through its Rekor Command® platform.
ODOT will feed incident and work zone data from its existing TripCheck traveler information system into Rekor Command®, which validates and prioritizes events before pushing location-specific alerts to approaching drivers. Alerts reach drivers through factory-installed vehicle displays, Apple Maps, Waze, and electronic logging device platforms — no roadside hardware, aftermarket devices, or new apps required. HAAS Alert's Safety Cloud® network handles vehicle-side distribution.
The program directly targets a persistent rural infrastructure problem: dynamic message signs are expensive to install and maintain along low-traffic corridors. This software-only approach lets ODOT extend safety messaging to rural highways wherever drivers have cellular coverage and a supported navigation platform. Rekor's existing Las Vegas deployment — which has delivered over 1.18 million in-vehicle alerts — gives ODOT a live proof of concept before statewide rollout.
Rekor structured the contract with independent vendor feeds, meaning ODOT retains flexibility to add other alert providers alongside Rekor, reducing single-vendor dependency.
Why it matters: State DOTs watching rural safety gaps should pay close attention — this model lets agencies extend traveler information reach without capital infrastructure spending, and vendors in the connected vehicle and navigation space now have a replicable state-level procurement to reference.
Source: GlobeNewswire
DOT-Funded OU Research Puts AI-Guided Autonomous Trucks on I-40 and I-35
The University of Oklahoma is running DOT-funded autonomous trucking and AI research along two of the country's busiest freight corridors, with real-world deployment — not just lab work — as the goal.
The centerpiece is a project called Accelerate, which puts autonomous trucks on Interstate 40 and Interstate 35 to move freight across state lines while sharing operational data. AI tools built into the system help human truck drivers respond to real-time hazards — lane closures, icy roads, debris — before those drivers encounter them. OU assistant professor Dong Zhang is leading the sensor placement, data collection, and algorithm development.
DOT Assistant Secretary for Research and Technology Seval Oz traveled to Norman to review the work firsthand. She framed the university-government-industry partnership as a template for building the next generation of transportation workforce and infrastructure. The visit signals that DOT sees academic research programs like Accelerate as serious pipelines for scalable technology, not just theoretical exercises.
The lab's scope extends beyond trucks. Researchers are also developing a robotic lawn-cutting platform that could be adapted for snow clearing on roadways — a low-cost, autonomous maintenance tool with obvious applications for state DOTs managing large highway networks.
Why it matters: DOT agencies evaluating freight modernization and highway maintenance automation now have a federally backed research partner actively testing on live interstate corridors — and vendors building AV or AI tools should watch Accelerate as an early indicator of where federal procurement interest is heading.
Source: Department of Transportation
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