Every morning a city's worth of empty seats drives itself to work. Drivv seats you with verified commuters going your way — for a fraction of what you pay now.
Cities don't need more cars.
They need the cars already moving
to carry more people.
That's the whole idea.
Zero-touch is the product. You never open an app. You never pick a POD. You never type a time.
Drivv wakes before you do, forms your pod, and simply tells you the plan — the Drivv Agent. The future of the urban office commute.
Your morning POD is confirmed. Nothing for you to do.
No fare. No surge. No profit on the trip — the system caps collection at what the vehicle actually costs to run.
your share = (distance × vehicle cost per km) ÷ people in podJoin the waitlist and tell us your route. We open the corridors with the most commuters first.
They need the cars already moving to carry more people. That's the whole idea.
Every weekday morning, Delhi-NCR puts millions of cars on the road — and roughly 70% of their seats travel empty. Everyone leaves from similar places, at similar times, for similar destinations. The demand is astonishingly predictable. Nobody was coordinating it.
Ride-hailing made this worse, not better: it optimises for more rides, which means more vehicles. Carpool apps asked strangers to browse listings and hope. Both missed the point — the office commute is the most predictable travel pattern in any city, and predictability is something an AI can orchestrate.
“To put the fewest possible vehicles on the road for the most possible people — and to make that the easiest way to get to work.”
To become the operating system for urban commute — the layer cities rely on to manage congestion, cut emissions and get more out of the roads they already have.
Build India's first verified commuter network, corridor by corridor, until sharing a car to work is simply the obvious choice — cheaper, safer and less hassle than driving alone.
Ride-hailing activates a car per booking. Drivv reads who is actually travelling, then switches on only the vehicles the corridor needs.
You pay your share of fuel and wear on actuals. The system caps collection at the vehicle's running cost — profit is impossible by design.
Every commuter is tied to a real employer with a real face on file. Anonymity is what makes ride-sharing feel unsafe — so we removed it.
We open one corridor at a time and saturate it. A corridor with 500 committed commuters beats a city with 50,000 scattered ones.
As the engine learns your habits, it forecasts demand before anyone declares — orchestrating tomorrow's commute while you sleep.
Get to work for ₹23–60 instead of ₹400–800, in a verified car with people they know.
Recover most of their running cost on a drive they were making anyway.
Fewer parking spaces, punctual staff, and a real ESG number they can report.
Fewer vehicles per commuter — congestion and emissions fall without building a single road.
More commuters make matching better, which makes Drivv more useful, which brings more commuters.
…and round it goes. Every new commuter makes the next match better.
Drivv is pre-launch by design. The orchestration engine had to survive stress-testing before a single commuter depended on it.
Every mobility company on earth reports rides completed. We report VKED — Vehicle Kilometres Eliminated per Day. When your north-star metric is the mathematical inverse of everyone else's, you are not competing inside their market. You are creating a different one.
These are simulation results on the anchor corridor, not live traction. Full methodology, unit economics and the live engine are shown in person.
Predictable recurring revenue, uncoupled from ride volume — so growth never conflicts with taking cars off the road.
Capturing intent before departure is a different system, not a feature toggle on a dispatch engine.
Corporate verification, Crews and Favourites compound into a graph that cannot be bought.
Every commute sharpens prediction; better prediction raises reliability, which deepens density.
Cost-recovery with zero trip profit is structurally compliant — a commission model cannot follow.
Delhi-NCR first, corridor by corridor. We show the full engine, unit economics and simulation methodology live.
Density is what makes matching work. A corridor with 500 committed commuters beats a city with 50,000 scattered ones — so we saturate one before opening the next.
Thirty-two origin clusters along the Noida Expressway, each matched into Gurugram East business districts. This is our anchor corridor — live and filling now.
The same origin network, extending west across Gurugram. Opening as each corridor reaches launch density — join the waitlist for yours and you move it up the queue.
Pick where you travel from and to. Active corridors are open today; the rest open as they fill.
Questions about your corridor, your company, or getting Drivv where you work — we read everything.
Drivv opens corridor by corridor. Join the waitlist and we'll tell you the day yours goes live.
Investing? See the investor page or write to hello@drivv.co.in.