Prevent incidents, protect drivers, prove what happened — AI dashcam, ADAS and driver monitoring, backed by behaviour intelligence. Most incidents are only visible after the damage is done. This closes the gap before it.
Using AI cameras for road-risk (ADAS), a driver-facing camera for fatigue and distraction (DMS), and behaviour analytics — to catch risk before the event and hold the evidence after it. Safety is not only a highway problem: risk lives on mine haul roads and inside live construction sites too.
A dashcam that only records tells you what happened once the damage is done. Preventing the next incident needs ADAS and DMS raising the alert before impact; settling a disputed claim needs evidence that survives the other side's version; and stopping the pattern needs the behaviour history behind the event. Fleet safety is prevention, evidence and coaching — not a memory card.
Only one of the six is a clip you already have on tape. The rest is prevention you didn't make, evidence you didn't keep and a pattern you didn't coach. Scroll the six — the ledger keeps score.
A long-haul driver micro-sleeps on NH48 at 03:00. The driver-facing camera sees the eyes close and warns the cab before the lane departure — not after the guardrail. · transportation
Alertness falling toward the micro-sleep — the alert fires on the way down, not at the bottom.
A highway collision, no footage, fault undisputed by default. Without a clip tied to GPS and speed, the fleet pays the version that shouts loudest. · transportation
Same collision, two settlements — the clip decides who pays.
One dumper operator over-speeds on the mine haul road, every shift. A camera catches each instance; only behaviour coaching stops the twentieth. · mining
An unmanaged risk profile across the transporter fleet — priced upward at every renewal, because there's no evidence of a managed, coached, camera-covered operation to argue the other way. · transportation · enterprise
Risk-score creeping above the benchmark an insurer prices to — quarter after quarter.
A person on foot behind a reversing tipper on a live construction site. ADAS proximity raises the alert to stop the vehicle — and if it doesn't, the days lost to a site halt and investigation begin. · construction · ADAS proximity
The alert is cheap. Everything to the right of it is what the alert prevents.
A good driver leaves carrying blame that footage would have cleared. The cost of rehiring and retraining is the invoice the fleet never connects back to the missing clip. · transportation
Retention is a safety metric — footage that clears a driver keeps a good one.
A basic dashcam records the ₹36 lakh you can already see on tape. The other ₹60 lakh is prevention — ADAS and DMS catching risk before impact — plus exoneration for the driver who wasn't at fault, and coaching the pattern before it repeats. None of that is what raw footage does on its own. Cameras are sold to catch bad driving; their more expensive job is proving good driving.
Road-facing ADAS and driver-facing DMS, running on the same device. Each event is a clip tied to GPS, speed and vehicle data — the alert in the cab, and the evidence for after.
Representative frames · ADAS and DMS running on one device
The recovery is split by the product that earns it — so you can decide what to deploy first.
Video Telematics carries the page — the camera that prevents and proves. Driver Behaviour finds the pattern before the event; Vehicle Intelligence rules the vehicle in or out of it.
The AI dashcam that does three jobs at once: ADAS reads road risk and warns before impact, DMS watches the driver for fatigue and distraction, and every event is held as evidence tied to GPS, speed and vehicle data. Prevention in the cab, proof for after.
The pattern before the event — the operator who over-speeds every shift, the harsh-braking habit that precedes the near-miss. Turns a camera event into a coached change.
Rules the vehicle in or out of an incident — a brake fault, a tyre, a fault code — so a mechanical cause isn't misfiled as driver error.
Each product you add does not just record more. It removes an explanation — turning footage into prevention, prevention into a coached pattern, and a pattern into a vehicle ruled in or out.
ADAS and DMS raise the alert in the cab and hold the clip. The incident — and the near-miss — become visible in real time.
A clip is one event; behaviour data is the trend behind it. Coaching the repeat-risk cohort stops the incident that hasn't happened yet.
Engine and fault data confirm whether a brake or a tyre — not the driver — caused it, so exoneration is complete and the claim is clean.
Safety is a programme with a sequence — and the sequence matters, because each phase makes the next one land.
ADAS and DMS on the fleet. Real-time alerts start immediately — prevention doesn't need a baseline, a person on foot behind a reversing tipper is not ambiguous.
Behaviour data ranks the drivers and routes carrying the most risk. Coaching the top cohort is where the −25–40% in risky events comes from.
Footage plus OBD makes every disputed claim answerable — and every wrongly-blamed driver clearable — so claims and retention both improve.
ADAS — Advanced Driver Assistance Systems — uses AI road-facing cameras to detect road risk in real time: forward-collision, lane departure, tailgating and proximity to people on foot. The point is the alert before impact, not just the recording afterwards.
A DMS is a driver-facing camera that watches for fatigue and distraction — eyes closing, head nodding, phone use, looking away — and warns the driver in the cab the moment risk appears, so a micro-sleep is caught before it becomes a lane departure.
Yes. Video Telematics holds road- and driver-facing footage tied to GPS, speed and vehicle data, so a driver who was not at fault can be exonerated with evidence that survives the other side's version — and a good driver isn't lost to blame that footage would have cleared.
Video Telematics provides ADAS, DMS and evidence. Driver Behaviour surfaces the risky pattern before the event and coaches it. Vehicle Intelligence rules a vehicle fault in or out of an incident. Together they prevent incidents, protect drivers and prove what happened.
No. A dashcam records the incident after it happens. It cannot warn the driver, detect fatigue, score behaviour, or tell you which driver on which lane is most likely to crash next. Improving safety requires ADAS, driver monitoring and behaviour analytics together.
