Figures from a completed municipal deployment:
Pilot data showed concentrated road-condition issues at a location that later received municipal action.
Following the pilot, Dedham deployed additional RoadPulse sensors and renewed its commitment to a long-term partnership.
Road-condition decisions become harder when information is outdated, priorities cannot be compared consistently, or supporting records are difficult to retrieve.
See How RoadPulse HelpsPeriodic inspections can leave long gaps between a road changing and that change appearing in municipal records.
RoadPulse gathers condition signals from vehicles already traveling the network, making updates more frequent without adding dedicated survey routes.
Resident reports provide useful context, but complaint volume does not produce consistent network coverage.
RoadPulse adds systematic road-condition coverage that is independent of where complaints are submitted.
Priority decisions are difficult to defend when observations are recorded using different methods or standards.
RoadPulse organizes detected issues into a consistent, ranked review queue with supporting evidence.
Early intervention is harder to justify when deterioration is not documented before failure.
RoadPulse preserves location-based condition records that can support budget and maintenance discussions.
Photos, notes, complaints, and work records are often stored separately across municipal workflows.
RoadPulse keeps each reviewed location and its supporting evidence together for reporting and follow-up.
Limited field time makes frequent, network-wide manual inspection difficult to sustain.
RoadPulse uses routine fleet movement for collection, allowing coverage to scale without matching increases in inspection labor.
Periodic inspections can leave long gaps between a road changing and that change appearing in municipal records.
RoadPulse gathers condition signals from vehicles already traveling the network, making updates more frequent without adding dedicated survey routes.
Resident reports provide useful context, but complaint volume does not produce consistent network coverage.
RoadPulse adds systematic road-condition coverage that is independent of where complaints are submitted.
Priority decisions are difficult to defend when observations are recorded using different methods or standards.
RoadPulse organizes detected issues into a consistent, ranked review queue with supporting evidence.
Early intervention is harder to justify when deterioration is not documented before failure.
RoadPulse preserves location-based condition records that can support budget and maintenance discussions.
Photos, notes, complaints, and work records are often stored separately across municipal workflows.
RoadPulse keeps each reviewed location and its supporting evidence together for reporting and follow-up.
Limited field time makes frequent, network-wide manual inspection difficult to sustain.
RoadPulse uses routine fleet movement for collection, allowing coverage to scale without matching increases in inspection labor.
Periodic inspections can leave long gaps between a road changing and that change appearing in municipal records.
RoadPulse gathers condition signals from vehicles already traveling the network, making updates more frequent without adding dedicated survey routes.
Resident reports provide useful context, but complaint volume does not produce consistent network coverage.
RoadPulse adds systematic road-condition coverage that is independent of where complaints are submitted.
Priority decisions are difficult to defend when observations are recorded using different methods or standards.
RoadPulse organizes detected issues into a consistent, ranked review queue with supporting evidence.
Early intervention is harder to justify when deterioration is not documented before failure.
RoadPulse preserves location-based condition records that can support budget and maintenance discussions.
Photos, notes, complaints, and work records are often stored separately across municipal workflows.
RoadPulse keeps each reviewed location and its supporting evidence together for reporting and follow-up.
Limited field time makes frequent, network-wide manual inspection difficult to sustain.
RoadPulse uses routine fleet movement for collection, allowing coverage to scale without matching increases in inspection labor.
Periodic inspections can leave long gaps between a road changing and that change appearing in municipal records.
RoadPulse gathers condition signals from vehicles already traveling the network, making updates more frequent without adding dedicated survey routes.
Resident reports provide useful context, but complaint volume does not produce consistent network coverage.
RoadPulse adds systematic road-condition coverage that is independent of where complaints are submitted.
Priority decisions are difficult to defend when observations are recorded using different methods or standards.
RoadPulse organizes detected issues into a consistent, ranked review queue with supporting evidence.
Early intervention is harder to justify when deterioration is not documented before failure.
RoadPulse preserves location-based condition records that can support budget and maintenance discussions.
Photos, notes, complaints, and work records are often stored separately across municipal workflows.
RoadPulse keeps each reviewed location and its supporting evidence together for reporting and follow-up.
Limited field time makes frequent, network-wide manual inspection difficult to sustain.
RoadPulse uses routine fleet movement for collection, allowing coverage to scale without matching increases in inspection labor.
Periodic inspections can leave long gaps between a road changing and that change appearing in municipal records.
RoadPulse gathers condition signals from vehicles already traveling the network, making updates more frequent without adding dedicated survey routes.
Resident reports provide useful context, but complaint volume does not produce consistent network coverage.
RoadPulse adds systematic road-condition coverage that is independent of where complaints are submitted.
Priority decisions are difficult to defend when observations are recorded using different methods or standards.
RoadPulse organizes detected issues into a consistent, ranked review queue with supporting evidence.
Early intervention is harder to justify when deterioration is not documented before failure.
RoadPulse preserves location-based condition records that can support budget and maintenance discussions.
Photos, notes, complaints, and work records are often stored separately across municipal workflows.
RoadPulse keeps each reviewed location and its supporting evidence together for reporting and follow-up.
Limited field time makes frequent, network-wide manual inspection difficult to sustain.
RoadPulse uses routine fleet movement for collection, allowing coverage to scale without matching increases in inspection labor.
Start with a free, non-binding scoping conversation about the roads, decisions, and reporting requirements your team wants to address. A pilot can then be defined around a selected coverage area and a small number of existing fleet vehicles.
Select the coverage area, participating vehicles, reporting needs, and evaluation criteria.
Fit each participating vehicle with a RoadPulse sensor in approximately five minutes.
~5 min / vehicleCollect road-condition signals during routine driving without adding a dedicated survey vehicle.
Review the condition map, ranked locations, evidence records, and reporting exports.
Accessible by end of week one
Proprietary vehicle-mounted hardware records road-condition observations linked to time and anonymized location data.
Primary source of truthAvailable aerial and satellite imagery adds visual context to sensor observations.
Complaints, work orders, and related records connect observations to municipal history.
Approved municipality-specific datasets add context from existing local operations.
Measurements are map matched, repeated observations are combined, and severity and confidence are calculated.
Grouped pothole locations with severity and confidence information.
A network-level view of relative road-surface roughness.
Observation differences over time for review, comparison, and auditing.
Calculated severity and confidence values attached to reviewable locations.
Location and observation records prepared for municipal reporting workflows.
A sample view of public road issue records organized into an operating map. In a pilot, each marker can include collection source, severity, location, review status, and reporting history.
Each marker can combine public reports, sensors, satellite, and AI signals.
Locked fields preview the severity, cost, and scheduling logic available in a full deployment.
The map turns scattered complaints and detections into a shared operating picture.
This demo shows how scattered road issue records become one operating map. In a full deployment, each marker can be enriched by sensor data, imagery, AI analysis, and municipal records.
Municipal teams can move from raw detections to a shared repair queue, with priority, location, evidence, and reporting history kept in one place.
RoadPulse is currently running free pilot programs with municipalities. Initial discussions are also free and non-binding, so your team can explore a practical scope before making any commitment.