A Mobile App for Reporting Road Hazards in Sri Lanka
Road safety depends on timely information. Potholes, missing signs, fallen trees, damaged bridges, flooding and unsafe road edges can create serious risks for drivers, motorcyclists, cyclists and pedestrians. In Sri Lanka, a mobile application for reporting road hazards could help communities alert authorities before a local problem becomes a major crash risk.
The proposed platform would allow users to submit a photo, location and short description from a smartphone. Public agencies could then verify, prioritise and assign repairs through a shared dashboard. Status updates would show whether a report is new, under review, scheduled or resolved.
This approach fits the wider goals of ICTD-ASP: using digital tools to improve public services, mobilise partnerships and support sustainable development across the Asia-Pacific region. It could bring together Sri Lankan ministries, provincial councils, local authorities, telecommunications companies, universities, insurers and community groups.
The model also has relevance for Australian development partners. Australian users are familiar with reporting problems through council apps, transport services and state road agencies in cities such as Sydney, Melbourne, Brisbane and Perth. Those expectations provide useful design lessons, while Sri Lanka’s connectivity patterns, road conditions and administrative structures require a locally adapted solution.
Why road hazard reporting matters
Sri Lanka has a dense and varied transport environment. Buses, tuk-tuks, motorcycles, private cars, pedestrians and freight vehicles often share roads with different levels of maintenance. A small surface defect can become particularly dangerous during heavy rain, at night or on a busy route used by schoolchildren and commuters.
At present, information about hazards may reach authorities through phone calls, social media, personal contacts or informal community networks. These channels can be difficult to track and rarely provide a consistent location, image or record of follow-up action. A structured reporting app would turn scattered observations into usable maintenance data.
How the mobile platform could work
A simple interface should let a user choose a hazard category, capture a photograph, confirm the GPS location and add a brief note. Categories might include potholes, flooding, landslides, broken streetlights, blocked drains, unsafe roadworks, damaged guardrails and missing signs. The app should also work with limited connectivity by storing reports until a signal becomes available.
A web dashboard would support local authorities and road agencies. Incoming reports could be filtered by severity, location, traffic volume and the number of similar submissions. Officers could merge duplicate reports, request more information and update progress. SMS or USSD options would help people who use basic phones or have limited mobile data.
Building trust through verification
A public reporting system must prevent false, abusive or duplicate submissions. Basic safeguards could include account verification, image checks, automated location validation and a reputation score based on previous accurate reports. These controls should be proportionate so that they do not discourage first-time users or people in remote communities.
Verification could involve local government officers, police, road maintenance teams and trained community representatives. A report with a clear image, precise coordinates and several matching submissions would receive a higher priority. Publishing the reason for a decision would help residents understand why one hazard is repaired quickly while another requires engineering assessment or funding.
Connecting reports with investment decisions
A hazard app becomes more valuable when its data supports budgeting and planning. Over time, authorities could identify recurring pothole locations, flood-prone corridors, unsafe intersections and areas where road damage follows utility work. This evidence could guide preventive maintenance rather than relying entirely on emergency repairs.
The platform could also support partnerships involving development banks, technology providers and local contractors. Aggregated information may help identify where drainage upgrades, safer crossings, lighting improvements or climate-resilient roads are most needed. ICTD-ASP can provide a useful setting for sharing implementation knowledge and linking validated projects with financing opportunities.
| Feature | Value for Sri Lanka | Relevant Australian lesson |
|---|---|---|
| GPS and photo reports | Gives agencies precise evidence of road damage | Council and state road apps commonly use location services |
| Offline submission | Supports users in areas with weak coverage | Essential for regional and remote communities |
| Public status tracking | Builds confidence that complaints are being acted on | Australian residents expect digital service updates |
| Agency dashboard | Helps prioritise repairs and coordinate work | Useful across councils, transport departments and utilities |
| Privacy controls | Limits unnecessary collection of personal information | Aligns with expectations shaped by the Australian Privacy Act |
Designing for local users
The app should support Sinhala, Tamil and English from the beginning. Icons, large buttons and short instructions would make it practical for users with different literacy levels. A lightweight Android version would suit the dominant smartphone market better than a data-heavy platform designed around expensive devices.
User research should include urban and rural communities, women, older people, people with disabilities, delivery riders, bus passengers and commercial drivers. In Australia, many people report hazards while walking, commuting by car or using a smartphone at traffic lights; the Sri Lankan design must discourage unsafe phone use while driving and allow reports to be made later.
Australian road agencies also demonstrate the value of clear escalation pathways. A report may belong to a city council, state transport authority, water utility or private contractor. Sri Lanka’s platform should map similar responsibilities so that a resident does not need to know which institution owns a particular road.
Protecting data and public safety
Location information can reveal a person’s movements, while photographs may capture faces, number plates or homes. The service should collect only what is needed to assess a hazard, remove unnecessary personal details and publish reports in an anonymised form. Clear retention rules and access controls should be built into the system.
Australian partners would expect careful attention to the Privacy Act 1988 and state-based information-handling rules when sharing technical expertise or hosting data. Sri Lankan operators would need to align the project with applicable local data protection requirements, procurement rules and public-sector security standards. Privacy should be treated as part of road safety infrastructure, rather than added after launch.
Measuring whether the service works
Success should be assessed through practical indicators: the number of valid reports, average verification time, time from approval to repair, repeat hazards, geographic coverage and user satisfaction. Authorities could compare crash or near-miss patterns in areas receiving targeted interventions, while recognising that road safety outcomes are influenced by many factors.
A pilot might begin in Colombo and another high-growth city, then expand to provincial roads and smaller municipalities. The first phase should test common hazards, agency workflows and accessibility before introducing advanced analytics. Universities and civil society organisations could independently review performance and publish findings.
Turning community information into safer roads
A mobile reporting service cannot repair roads by itself. Its value comes from connecting public observations with accountable institutions, reliable funding and competent maintenance teams. It should complement inspections, emergency hotlines, traffic enforcement and long-term transport planning.
For ICTD-ASP, the initiative offers a practical example of digital cooperation: a locally designed public-service tool supported by regional expertise, private-sector technology and community participation. The clearest practical takeaway is to begin with a small, multilingual pilot that captures accurate locations, routes every report to the right agency and publicly tracks each hazard through to resolution.