24,000 Ather Scooters Are Now Mapping Pune’s Potholes
Pune will get pothole data from more than 24,000 Ather scooters, and its best use is to check whether repairs and utility road cuts hold up, not to find more potholes
This post argues that the scooter data Pune signed up for on 29 October will matter most as a check on the quality of repairs, not as a faster way to find potholes. Under a one-year MoU, Ather Energy will give the Pune Municipal Corporation (PMC) aggregated, location-based data on potholes, road cuts, speed breakers and other surface defects picked up by more than 24,000 of its connected scooters in the city, presented as “Road Health Maps”.[1] Finding potholes was not Pune’s main weakness this monsoon. PMC’s own figures say 1,134 of 1,188 reported potholes were filled within two weeks in July,[6] and the traffic police alone uploaded around 500 pothole complaints through the civic app in August.[7] What went wrong was that repairs did not last, and roads dug up by utilities were not restored properly.[5][8] A sensor that rides the same roads every day can show whether a patch or a trench reinstatement has held, and that is where PMC should point it first.
The MoU is new and the first maps have not been published. Everything below separates what PMC and Ather have said from what has not been disclosed, and the one worked example is marked as hypothetical.
What the MoU actually commits to: aggregated data, one year, and no accuracy guarantee
The terms reported on signing day are narrow. PMC will use the scooter data as “an additional digital input” to assess road conditions, prioritise repairs and track spots where problems recur. It supplements, rather than replaces, existing maintenance processes and physical inspections. No personal data of citizens or Ather customers will be shared; PMC receives only aggregated, geolocation-based information. Coverage depends on where Ather scooters actually travel, the data will be used alongside field verification, and Ather’s proposal does not offer an independent guarantee of accuracy. The MoU runs for one year.[1] Marathi coverage of the signing spells out the consequence: not every road or every pothole will show up in this system.[2]
PMC Commissioner Naval Kishore Ram described the data as “an additional source of information to identify problematic roads, prioritise repair work and monitor recurring issues”, combined with physical field inspections.[1]
The data comes from a feature Ather already sells. Its AtherStack 7.0 software update, released in July 2026, added “Pothole+ Alerts”, which warn riders of potholes, speed breakers and rough roads ahead and suggest smoother routes.[4] Ather said the alerts are built from data generated by its connected scooter fleet,[3] and Autocar India reported that the company describes this data as anonymised.[11] Ather’s chief executive Tarun Mehta said the feature had been nearly nine years in the making and that “the challenge was never the idea. It was the data.”[3] The same fleet data is now being offered to a city.
| Item | Confirmed | Not disclosed as of 30 October 2026 |
|---|---|---|
| Data source | Connected Ather scooters in Pune, more than 24,000 of them by Ather’s count [1] | How many are on the road on a given day, and which wards they cover |
| Defects flagged | Potholes, road cuts, speed breakers and other surface irregularities [1] | How each defect type is classified, and how many passes confirm one |
| Output | Aggregated, geolocation-based Road Health Maps [1] | Refresh frequency, file format, and whether the maps will be public |
| Personal data | None shared with PMC; aggregated location data only [1] | Retention period and ownership of the derived maps |
| Accuracy | No independent accuracy guarantee in Ather’s proposal; field verification to continue [1] | Any measured false-positive or miss rate for Pune roads |
| Term and cost | One-year MoU [1] | Any payment by either side; no fee has been reported |
No fee has been disclosed, so whether Ather earns from Pune’s road data is still an open question
None of the public coverage of the agreement mentions a fee, a subscription or any payment in either direction. Reports describe it as a one-year memorandum of understanding under which PMC and Ather will “explore” how connected-scooter data can support road management, built on a proposal from Ather.[1][2][12] Neither PMC nor Ather has published the commercial terms, so this post cannot say whether the city pays, whether the pilot is free, or what Ather gets in return beyond visibility. Readers should treat it as a trial whose business model has not been made public.
What makes it notable is the idea behind it. Ather’s scooters already detect potholes for their riders through a software update,[3][4] so the same sensors produce a by-product a city can use: a map of road defects. For a scooter maker, turning data its vehicles collect anyway into a service for road owners is a different kind of income from selling scooters, and it grows with every vehicle on the road. Google shows that both models exist side by side: Waze for Cities shares traffic data with cities at no cost, while its Roads Management Insights product is sold to road agencies as a fixed monthly subscription.[13] Whether Ather’s road maps end up free, paid, or bundled into wider city deals is the question this pilot could answer, and PMC should publish the terms either way.
Pune’s 2026 road record shows the gap is repair quality and utility trenches, not detection
Pune already has several ways of learning where potholes are. PMC said in June that it was receiving at least 15 road complaints a day through online channels and phone calls, and that it had run a pothole helpline for years.[5] Since 1 August, police in the city’s 38 traffic divisions have been photographing potholes and uploading them, with coordinates, to PMC’s citizen app; the police said PMC repaired at least 500 potholes in the month that followed.[7]
The weak points are elsewhere. PMC lets 26 utility firms and agencies dig city roads. For 2026–27 it has permitted about 75,000 metres of digging and collected around ₹50 crore in restoration charges, at roughly ₹12,000 a metre.[5] A third-party inspection the previous year led to 33 contractors being fined nearly ₹50 lakh for poor work within the defect liability period.[5] At the start of August, after the July repair drive, the Times of India reported potholes reappearing after a few days of rain, and the standing committee approved diverting ₹114 crore for road construction and repairs.[8]
Put together, these records describe a city that can find potholes but struggles to prove that a repair or a trench reinstatement was done to standard. Road cuts are one of the defect types the Ather data is meant to flag.[1] That makes the feed directly relevant to the ₹50 crore PMC collects to restore dug-up roads.
Boston’s phone-sensor trial found sunken manhole covers, not potholes, were the main cause of bumps
Pune is not the first city to try this. Between 2011 and 2014, Boston’s New Urban Mechanics office ran Street Bump, an app that used a smartphone’s accelerometer and GPS to log bumps as residents drove. Boston says the app detected many problems while keeping false positives under 10%. Its main lesson was unexpected: residents mostly reported potholes, but sunken manhole covers caused four times as many bumps, and the city worked with utility companies to fix 1,250 of the worst ones. The project is no longer active.[9]
Two points carry over to Pune. First, passive sensor data reveals what a complaint system misses, because people report the defect they recognise, not the one that jolts them most. Second, Boston’s biggest fix was a utility problem, which in Pune maps directly onto the 26 firms digging roads.[5][9]
Indian highway agencies already work this way at a larger scale. NHAI said in October 2025 that it would deploy Network Survey Vehicles, using 3D lasers, 360-degree cameras and differential GPS, over 20,933 km of national highways in 23 states, with surveys before work starts and then every six months, and the results stored in its Road Asset Management System.[10] A scooter fleet is far less precise than a survey vehicle, but it passes the same city streets every day rather than twice a year.
Four records the Road Health Map should be checked against
The scooter feed becomes useful when each flagged spot can be compared with something PMC already holds. The table below is our own mapping, not part of the MoU.
| PMC record | What a match with the scooter feed would show | Source for the record |
|---|---|---|
| Pothole complaints and helpline, including police uploads | Rough spots nobody reported, and reported spots the fleet does not confirm | [5][7] |
| Repair log by ward (potholes filled, area patched) | Whether a patched spot is flagged again weeks later | [6] |
| Dig permits for utility road cuts (about 75,000 m in 2026–27) | Whether a trench was reinstated to a smooth surface, and who must redo it | [5] |
| Contracts still in defect liability period | Which failing stretches the contractor must repair at its own cost | [5] |
Hypothetical example, for illustration only: suppose a telecom operator restores a 200-metre trench on a ward road in November, and from January the scooter feed starts flagging that stretch as rough. If PMC’s dig-permit register holds the trench’s location and restoration date, the ward engineer can send the defect back to the operator under the restoration terms before the road fails in the monsoon. Without the permit register in digital, mapped form, the same signal becomes one more pothole for PMC’s own crews to fill.
This is the same principle Pune applied to its city CCTV project, where the state released payment only for cameras a consultant had verified as installed and held back money for missing poles, as noted in our weekly roundup of 19 to 26 October. Road repairs can be paid against verified condition in the same way.
Five things to settle before the one-year pilot ends
- Publish what counts as a defect. PMC should ask Ather to document how a pothole, a road cut and a speed breaker are classified, how many passes are needed before a spot is flagged, and how often the map refreshes. None of this has been disclosed.
- Map the coverage gaps. Data depends on where Ather scooters travel,[1] so PMC should publish which wards and road classes the feed covers, and keep inspecting the rest.
- Link the map to the dig-permit and defect liability registers. Every flagged road cut should be matched to the permit holder and every flagged repair to the contractor still under defect liability, so the cost goes back to whoever did the work.[5]
- Measure a repair-holding rate, not only a filling rate. PMC reports potholes filled.[6] The pilot should also report how many repaired spots are flagged again within 30, 90 and 180 days.
- Write the data terms down before scaling. The MoU already says only aggregated location data reaches PMC.[1] Any extension should state who owns the derived maps, how long they are kept, and whether they can be shared with other agencies or other fleet operators.
Cities with a command and control centre can display this feed alongside complaint and work-order data, as described in our guide to command and control centres. Over time, a road layer like this is also one input to the city models discussed in our piece on digital twins in Indian cities.
Planning a command and control centre? Talk to Trisim Global Solutions.
Trisim’s view: a road sensor earns its place when it can send a bad repair back to whoever made it
Pune’s scooters will find rough roads that nobody bothered to report, but the city already fills most of the potholes it hears about. The pilot will justify itself if, a year from now, PMC can show how many trenches and patches the feed caught failing, and who paid to redo them.
Sources
- Punekar News, Pune Municipal Corporation Partners with Ather Energy to Use Scooter Data for Road Maintenance, 29 October 2026
- The Karbhari (Marathi), Pune PMC-Ather करार; खड्डे शोधण्यासाठी स्कूटर्सच्या डेटाची मदत, October 2026
- The Economic Times, Ather Energy rolls out pothole alert feature to its Gen 2, above electric scooters, 29 July 2026
- Ather Energy, Ather OTA Updates: AtherStack 7.0, July 2026, accessed 30 October 2026
- The Times of India, Pothole complaints pour in to PMC as rains begin; civic repair and maintenance system criticised, 25 June 2026
- Hindustan Times, PMC fills 1,134 potholes in two weeks; 54 still remain, 23 July 2026
- The Times of India, Pune city traffic police take to using PMC’s pothole app for citizens, submit around 500 complaints to facilitate repairs, 3 September 2026
- The Times of India, PMC standing committee approves diversion of Rs114 crore for road repairs; activists question shoddy work, 1 August 2026
- City of Boston, Street Bump (New Urban Mechanics), last updated 13 April 2026
- Press Information Bureau (Ministry of Road Transport and Highways), NHAI to Deploy Network Survey Vehicles across the country for over 20,000 km of National Highways, 22 October 2025
- Autocar India, Ather rolls out Pothole+ Alerts for Gen 2 scooters, 30 July 2026
- Pune Pulse, Pune: PMC to use data from connected scooters to identify potholes and prioritise repairs, 30 October 2026
- Google for Cities, FAQs: Is there any cost associated with these partnership programs?, accessed 30 October 2026