← Writing

Artificial Intelligence and Traffic Security in Lebanon: Linking Registration, Policing, and Cities

Lebanon’s roads are not only congested; they are under-governed. Fatalities and near-misses rarely stem from a single failure. They come from fragmented data, weak coordination between the Traffic and Vehicle Registration Authority (the Nafaa), the police, and large municipalities that already function as small cities in population and traffic load. Artificial intelligence will not replace the rule of law. Used properly, it can connect those institutions so that a plate, a motorcycle’s papers, a phone held at the wheel, or a pedestrian darting across a highway becomes visible in time to prevent harm, and accountable when harm occurs.

One identity for every vehicle, shared in real time

Today, registration records, police stops, and municipal camera feeds often live in separate silos. An AI-ready architecture starts with a single vehicle identity: plate, chassis, owner, licence class, insurance, and inspection status, continuously reconciled between the Nafaa and the police. Large municipalities such as Beirut, Tripoli, Sidon, Tyre, Zahle, and similar urban centres should receive read-access alerts when a vehicle entering their network is unregistered, expired, or flagged. Algorithms do not invent guilt; they surface exceptions for human officers to verify. The legal baseline remains the same: lawful processing of data, clear retention rules, and audit trails so that automation cannot become arbitrary power.

Motorcycles: speed, papers, and anonymity

Motorcycles dominate many Lebanese corridors. They also concentrate risk: high speeds in mixed traffic, incomplete documentation, and frequent plate or registration gaps. Computer vision on fixed and mobile cameras can classify two-wheelers, estimate speed, and cross-check plates against Nafaa validity. Where plates are missing, obscured, or mismatched, the system should escalate to police patrols and municipal traffic units, not as a substitute for presence on the street, but as a force multiplier. Fines and seizure procedures must stay in statute and in court; AI’s role is detection and prioritisation, not silent punishment.

Pedestrians on highways: design and detection together

Crossing a high-speed road on foot is not a lifestyle choice; it is often the only path between neighbourhoods divided by asphalt. That behaviour endangers pedestrians and every occupant of a vehicle forced into sudden braking. AI cannot alone rebuild footbridges, but it can map hotspots where crossings recur, count near-misses from camera analytics, and push real-time warnings to roadside variable signs and to connected patrol units. Municipalities that know their densest informal crossing points should feed those coordinates into a national traffic-risk map shared with the police. Enforcement against reckless highway walking must be paired with safe alternatives; technology without infrastructure is theatre.

Phones at the wheel: detection and deterrence

Distracted driving is now as lethal as alcohol in many jurisdictions. Modern roadside and dash-mounted systems can flag drivers holding or looking down at handsets with increasing reliability. Lebanon should treat phone use while driving as a priority offence: automated detection, officer confirmation where required, graduated penalties, and licence points that actually stick in the Nafaa record. Privacy concerns are legitimate. The answer is narrow purpose (road safety only), transparent notice that monitoring exists on designated corridors, and independent review of false positives. Deterrence works when drivers believe the chance of being seen is real.

Divide Lebanon into traffic zones, and tender each zone

Centralised ambition without local execution will fail. A practical reform is to divide the country into defined traffic management zones, aligned with governorates or with clusters of municipalities, and to award each zone, through open public tender, to a specialised operator under police and ministerial oversight. The operator’s mandate would be clear: camera and sensor uptime, data feeds into the shared registration and police platform, motorcycle and phone-use detection targets, pedestrian hotspot reporting, and service levels published for citizens. Tendering forces competition on price and quality; it also creates measurable contracts instead of vague promises. The state keeps sovereignty over law, identity data, and enforcement authority. The private partner supplies technology, maintenance, and performance: audited, replaceable, and bound by Lebanese public-procurement rules.

What success looks like

Success is not a dashboard. It is fewer motorcycle crashes from unlicensed or unfit machines; fewer highway pedestrian deaths; fewer phone-related pile-ups; and a Nafaa record that updates when a fine is unpaid or a vehicle is seized. Large municipalities become operational partners, not spectators. The police receive fewer anonymous plates and more actionable alerts. Citizens see that rules apply equally whether in Beirut traffic or on a coastal expressway.

Artificial intelligence is a tool of coordination. Lebanon’s traffic crisis is a failure of connection between registration, policing, and the cities that live with daily chaos. Link those three; tender zone performance in the open; keep human judgment and courts at the centre. That is how technology serves security on the road, without surrendering the Republic’s authority over it.