Vehicle capture
Areatec-equipped vehicle
Optics, positioning and mounting are defined for the route, operating speed and assets that need to be observed.
Digital urban maintenance · computer vision for cities and roads
Digital urban maintenance that turns routes into inventory, evidence and action
Vehicles equipped with Areatec technology and approved smartphones travel along streets and roads capturing images and geographic context. The platform locates, classifies and organizes occurrences for technical review, integration and follow-up.
Mobile capture · central AI · map, mosaic and territorial history
One pass · multiple assets
A route builds an inventory the city can use
The same architecture organizes different observable classes while preserving capture source, location and the history of every record.
- 01Pavement
- 02Vertical signage
- 03Horizontal signage
- 04Drainage
- 05Accessibility
- 06Cleaning and environment
- 07Urban assets
Three capture modes
The operation chooses the source; the platform preserves context
Collection can be vehicle-mounted, performed by field teams or connected to compatible sources defined for the project.
Field capture
Approved smartphone
The dedicated application guides capture, records essential context and sends the material for central processing.
Project sources
Compatible cameras and systems
Existing images can enter the workflow when quality, context, security and integration meet the requirements defined for the operation.
From the street to management
Every occurrence keeps its context through follow-up
The chain combines capture, interpretation, review and integration without losing the relationship between image, route, position and history.
- 01
Capture
A vehicle, smartphone or compatible source records the scene defined in scope.
- 02
Contextualize
Position, route, date, source and operating parameters accompany the image.
- 03
Interpret
Proprietary AI locates assets and suggests observable classes and conditions.
- 04
Review
The responsible team examines context and applies the operation's technical criteria.
- 05
Integrate
Reviewed records proceed to dashboards, APIs or compatible institutional systems.
- 06
Follow up
Map, mosaic and history support comparison across routes, segments and later inspections.
Mobile capture and central AI
Simple field capture. High-capacity processing in the data center.
The field application shows only what the team needs to record the scene. Most inference runs in Areatec's high-capacity AI-accelerated infrastructure.
On the smartphone
- Scene framing
- Position and time reference
- Preliminary category
- Secure processing submission
On the central platform
Models process images, organize classes and return results to the mosaic, map and project-defined workflows.
Operational mosaic and map
From image volume to territorial insight
The interface organizes signals by category, route, date, source and treatment status. The mosaic brings captures together, while the map places occurrences across the territory, enables asset filters and supports comparisons between segments and later inspections.
Capability atlas
What Areatec technology organizes along an urban maintenance route
Each group contains visible signals that can be located, classified and contextualized according to the project's technical scope.
Pavement
Potholes, cracks and visible wear
Locates potholes, patches, cracks, deformation, surface wear and apparent unevenness for organization and follow-up.
Vertical signage
Presence, condition and visibility
Organizes regulatory, warning and information signs by category, position, visibility, obstruction, damage, wear and apparent orientation.
Horizontal signage
Lines, arrows and road markings
Records lines, lanes, arrows, legends, crossings and other road markings, including segments with apparent wear or loss.
Drainage
Drains, gutters and obstructions
Identifies drainage elements, obstructions and apparent accumulation that need to enter the inspection workflow.
Accessibility
Ramps, tactile paving and crossings
Organizes ramps, lowered curbs, tactile paving and observable obstructions without automatically declaring regulatory compliance.
Cleaning and environment
Waste, debris and vegetation
Locates illegal dumping, waste, debris, invasive vegetation and obstruction in public spaces.
Urban assets
Lighting, street furniture and protection
Inventories poles, lights, traffic signals, guardrails, shelters, benches, bins and other contract-defined assets.
Concession roads
Route inspections for monitoring conservation and contractual obligations
On concession roads, Areatec supports structured field surveys and georeferenced evidence for pavement, horizontal and vertical signage, drainage, protection elements, lighting, right-of-way and other groups defined by the contract. The operation can repeat routes, compare segments and organize information according to the road operating program, frequency and criteria applicable to each concession.
The system helps locate, organize and follow occurrences. Tests, inspections by accredited bodies, technical reports and professional responsibility continue to be performed whenever required by the contract or applicable rule.
Official references on Brazilian road inspection and monitoringANTT · Standard monitoring reportsANTT · Road infrastructure inspection manualANTT · General road information
Road signage · inventory and visible condition
A route reads vertical and horizontal signage, not just one sign
The same pass organizes signage found across the territory and preserves the image, position and context for technical review. The inventory can include signs, lines, lanes, arrows, legends, crossings and other elements defined in the operation's scope.
- Vertical signage
- Regulatory, warning and information signs can be organized by category, position, visibility, obstruction, damage, wear and apparent orientation.
- Horizontal signage
- Lines, lanes, arrows, legends, crossings and other road markings enter the inventory with their visible condition and segment context.
Operational foundation
Technology ready to operate with integration and traceability
The architecture connects field work, central processing and institutional management without exposing technical complexity to the inspection team.
Operation
Olho Vivo City and control center
Mosaic, map, filters, history and workflows organize incoming volume and the treatment defined by the authority.
Explore Olho Vivo CityContext
Pintrust
Authenticated geolocation can link position, time, movement and device signals to the record when included in the project.
Explore PintrustIntegrity
AreaChain
Digital fingerprints and event chaining preserve integrity and sequence whenever chain of custody is part of the scope.
Explore AreaChainIntegration
APIs and institutional workflows
Reviewed records can proceed to authorized platforms and systems with fields, authentication and returns defined for each integration.
Plan an integrationAreatec ecosystem
Technologies already operating in the field
Each page explores one layer of the architecture without mixing this landing's intent with specialist products.
Frequently asked questions
What municipalities, concessionaires and technical teams need to know
Which assets can the digital urban maintenance platform identify?
The scope may include pavement, vertical and horizontal signage, drainage, accessibility, cleaning, waste, vegetation and urban assets such as lighting, poles, traffic lights, guardrails, shelters, benches and bins. Observable classes and criteria are defined for each operation.
How does smartphone capture work?
The field application brings together framing, position, time and a preliminary category. Intensive processing takes place in Areatec's central infrastructure and the results return to the mosaic, map and workflows defined for the operation.
Does artificial intelligence decide whether an asset is compliant?
Technology locates, classifies and organizes observable signals. Contractual criteria, diagnosis, priority, reports and technical responsibility remain with people and competent authorities whenever required by the applicable rule or contract.
How does the solution support inspections on concession roads?
The operation repeats routes and organizes georeferenced evidence for pavement, signage, drainage, protection elements, lighting, right-of-way and other groups defined by the contract. Frequency, criteria and deliverables follow the road operating program and each concession's requirements.
Can records be integrated with existing systems and work orders?
Yes. Compatible APIs and institutional workflows can receive reviewed records, categories, evidence, location and treatment status. Fields, authentication, return flows and contingencies are defined in each project's integration.
Does mapping a Brazilian R-6b sign confirm that the street segment is paid parking?
No. Under Brazil's Traffic Signage Manual, R-6b indicates regulated parking and means that parking is permitted. Category, time limits, charging, boundaries and other conditions depend on supplementary information and the signed segment. Mapping organizes the image, location and context for review; by itself, it does not establish the rule, an infringement or an automatic citation.
Can a city use vehicles, smartphones and cameras it already owns?
Existing sources can be incorporated when they are compatible with project requirements. Positioning, image quality, geographic context, connectivity, security and processing capacity are defined before operational configuration.
How are privacy, security and traceability handled?
Each project begins with defined purpose, scope and access profiles. The architecture can apply minimization, event records, retention, disposal, authenticated geolocation and an integrity chain according to the authority's needs and applicable law.
Technical assessment
Plan an inspection with the right scope for your territory
Tell us about the operation, routes, priority assets and systems that need to receive the data. We support projects in Brazil and Latin America.
- Municipalities
- Concessionaires
- Engineering teams