The Greater Bengaluru Authority is exploring a complaint-response system that could send repair teams to pothole sites within minutes, but the proposal exposes a larger problem: Bengaluru’s road damage is being produced by the interaction of ageing underground utilities, repeated road cuts, construction activity, monsoon rain and weak restoration practices. Faster attendance may reduce the time a dangerous pothole remains open. It will not, by itself, resolve why the same road surfaces continue to fail.
GBA Chief Commissioner M Maheshwar Rao said the civic body was working towards a system in which residents could report a pothole and receive a prompt inspection or repair response. He compared the approach with the quick-commerce model, where a service is expected to reach the customer quickly. The comparison is significant because it shifts attention from whether potholes are eventually repaired to whether the civic administration can create a predictable, trackable and time-bound response.
The proposal remains under exploration. The supplied report does not establish that a citywide service has been launched, that repair teams are already operating within a fixed response time, or that a new funding and accountability framework has been notified. What it does establish is that the GBA leadership recognises a persistent gap between citizen complaints and visible action on the road.
That gap has direct safety consequences. Residents quoted in the report said that unattended potholes can grow into larger craters, slow traffic and increase the risk of two-wheeler crashes. Bengaluru has recorded fatal incidents associated with potholes and uneven road surfaces. In September 2025, 20-year-old college student Dhanushree was thrown from her scooter and run over by a truck while negotiating a pothole near Budigere Cross, according to the report. In August 2024, 32-year-old Medha Akarsh died after losing balance while avoiding a pothole near Ananth Nagar in Hebbagodi and falling from her two-wheeler before being run over by a goods vehicle.
The report also lists earlier deaths. In November 2022, a 55-year-old man identified as Mahesh died after skidding on an uneven, gravel-covered road near Rajajinagar and being run over by a tractor. In November 2021, Aswini, 30, died after her vehicle hit a large crater on the Outer Ring Road. These cases show why response time is not merely an administrative performance indicator. On a city road used by two-wheelers, buses, goods vehicles and pedestrians, the period between a defect appearing and an authority acting can become a safety issue.
Yet the GBA’s own explanation suggests that the pothole problem cannot be reduced to a complaint-disposal exercise. Rao said roads are placed under pressure as cities grow, particularly where construction and utility work take place. Roads are excavated for leaks, maintenance, water and sewage pipelines, and other essential works. Metro construction and road widening add to the number of projects that can disturb the carriageway. The result is a road surface that may be repaired repeatedly while the systems below it remain old, leaky or insufficient for changing urban demand.
This is the institutional difficulty behind the proposed quick-response model. A pothole is visible to the resident, but its cause may sit below the road or outside the immediate control of the team sent to repair it. A damaged surface can be linked to seepage from a water pipeline, a drainage network failure, a recent utility cut, construction activity or rain entering a weakened section of the road. If the response system treats every complaint as an isolated surface defect, it may improve the speed of patching without improving the durability of the road.
Rao said many water pipelines and drainage networks are 20 to 30 years old. He also said that wet-mix repairs can provide only temporary relief and that more durable repairs require drier weather. This creates a conflict between the urgency of public safety and the technical conditions required for a lasting intervention. During the monsoon, a civic body may need to make an immediate repair to reduce risk even when the weather is unsuitable for permanent road work. The temporary repair can then fail again, producing another complaint and another call on public funds.
The challenge, therefore, is not simply how quickly a team arrives. It is whether the complaint system can distinguish between an emergency response and a permanent repair, record the cause of the defect, identify the agency responsible for nearby utility work, and ensure that the road is restored properly once the underlying work is completed. The supplied report does not provide details of the proposed platform, staffing model, response-time guarantee, inspection protocol, repair standards or mechanism for monitoring repeat failures. Those details will determine whether the proposal becomes a service reform or only a faster version of the existing patch-and-return cycle.
## The road as a shared urban system
Bengaluru’s road surface is also the meeting point of several infrastructure networks. Water supply, drainage, sewage, electricity, telecommunications, metro construction and road expansion all depend on access to corridors that are already heavily used. When one network requires excavation, the immediate impact is borne by road users. But responsibility for the final condition of the road may be distributed among the civic authority, utility agencies, contractors and project operators.
Rao said the city has tried to shift utilities to one side of the road, while acknowledging that residents continue to complain when roads are dug up. The administrative issue is not whether utilities should ever be excavated. Essential maintenance and leak repairs cannot be eliminated. The issue is how the city plans, coordinates and closes those works. If a utility cut is not restored to the required standard, or if separate agencies repeatedly open the same corridor, the road becomes a record of fragmented infrastructure management.
The pressure is expected to increase as multi-storey buildings replace older structures, according to Rao. More intensive development can increase demand on water, sewage and drainage networks. If underground systems are not upgraded alongside changes above ground, failures may be expressed on the road surface through leaks, seepage, subsidence and repeated cuts. In that sense, potholes are not only maintenance defects. They can be visible symptoms of a mismatch between the pace of building activity and the capacity or condition of urban utilities.
This is why a pothole-response system needs to be connected to wider municipal information. A complaint should ideally reveal whether the location has a history of repeated damage, whether a utility project recently occupied the road, whether nearby pipelines are leaking, and whether earlier repairs lasted. The report does not say that the GBA’s proposed mechanism will include such a database. But without that institutional memory, every complaint risks being handled as a new event even when the location has failed several times.
## From complaint handling to accountability
The strongest element of the proposed model is its promise to prevent complaints from disappearing into an administrative file. Resident Avinash Shenoy said a reported pothole should trigger an immediate inspection, repair or explanation for delay. That expectation points to a basic governance requirement: a resident should be able to know whether a complaint has been received, which authority is handling it, what action has been taken and why a permanent repair may take longer.
Such a system would also make performance more visible. A fast response could be measured by the time between complaint and inspection. Repair quality could be assessed through repeat complaints at the same location. Accountability could extend to the contractor or utility agency responsible for the excavation. Without these distinctions, a high number of closed complaints may conceal a low level of durable road maintenance.
The GBA’s funding for pothole repairs was raised in the discussion, but the report does not provide the amount allocated, the number of complaints received, the number of repair teams or the present average response time. It also does not state whether the proposed model has an approved budget or a defined implementation schedule. These are important gaps because a quick-response service depends on more than an announcement. It requires staff, equipment, verified location data, traffic-management arrangements, repair materials and authority to act across different types of road defects.
Weather further complicates the administrative promise. A city may be able to inspect a pothole within minutes but may not be able to execute a durable repair during persistent rain. The distinction should be communicated clearly to residents. An immediate safety intervention and a later permanent reconstruction serve different purposes. Treating them as the same outcome can create unrealistic expectations and make it difficult to assess whether the system is working.
The longer-term answer described by Rao is an upgrade of underground utilities alongside better roads and faster complaint handling. That places pothole control within the city’s broader infrastructure planning rather than treating it solely as a roads-department task. It also raises questions about coordination: whether agencies share construction schedules, whether road-cut permissions include restoration obligations, and whether the condition of older pipelines and drainage networks is known before new development adds pressure.
## What the proposed model can and cannot solve
A faster response could produce immediate public value. It could reduce the period during which a dangerous defect remains unattended, help prevent a small pothole from becoming a larger crater, and provide residents with a visible channel for escalating road-safety concerns. These are meaningful improvements in a city where residents can reportedly encounter unattended potholes for days, weeks or months.
But response speed is only one part of road reliability. If the road is weakened by a leaking 20- or 30-year-old pipeline, if a utility cut is poorly restored, or if rain repeatedly damages a temporary patch, the defect will return. The civic authority would then be measuring how quickly it responds to failure rather than whether it is reducing the causes of failure.
The available evidence supports a more precise reading of the GBA proposal. It is not yet evidence that Bengaluru has solved pothole management. It is evidence that the authority is considering a new service expectation while acknowledging that road damage is connected to ageing infrastructure, construction and utility coordination. The central test will be whether the final mechanism links emergency repairs with durable restoration and underground-utility renewal.
For residents, the next important developments are not only the launch of a complaint channel or the deployment of repair teams. They are the publication of response standards, the identification of responsible agencies, the treatment of repeat locations and the progress of pipeline and drainage upgrades. Until those details emerge, Bengaluru’s quick-service pothole idea remains a potentially useful front end for a problem whose causes lie much deeper than the road surface.
