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Seevia ATLAS

Digitisation and automation of urban asset management. It combines data from mobile and fixed platforms, cameras, LiDAR, GPS and other sensors with 2D/3D perception, turning urban routes into structured, georeferenced inventories.

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How it works

Capture happens on the vehicle and analysis on the server, so inspection campaigns can be reprocessed and use cases added on data already recorded.

  1. Front camera image and LiDAR point cloud captured by Seevia ATLAS
    01

    Capture

    LiDAR, cameras and RTK-corrected GNSS, synchronised on the vehicle.

  2. Detection and segmentation of vehicles, pedestrians, road and trees in the image and in the point cloud
    02

    Detection

    Every asset detected and classified in the image and in the point cloud.

  3. Seevia ATLAS point cloud fused with GNSS over the satellite view of a roundabout
    03

    Georeferencing

    Image, LiDAR and GNSS fused in absolute coordinates.

  4. Seevia ATLAS web platform: asset inventory on the map, coloured by condition
    04

    Access

    Inventory in the web platform, in your GIS or via API.

Use cases

ATLAS does not depend on the asset: different modules work on the same capture. These are some of them.

  • Seevia ATLAS asset inventory over the satellite view

    Asset inventory

    Street furniture, signage and road elements, located on the map with their record and condition.

  • Tree measurement on the Seevia ATLAS point cloud

    Urban trees

    Trees and empty tree pits located, with height, trunk and crown, cross-checked with your inventory.

  • Potholes detected on a road surface

    Road condition

    Potholes and pavement damage, measured and located, and the road's readiness for automated driving.

  • Your case

    We design the module you need, and it also applies to the captures you already have.

Specifications

Capture

Seevia ATLAS mobile platform

Cameras, LiDAR, RTK-corrected GNSS and IMU, chosen for each inspection campaign

Stable sources

Cartography and surveys · manual measurements · satellite and weather data

Active infrastructure

Counters at key points · signage and connected beacons

Processing

Perception

LiDAR and image detection software.

Localisation

RTK-corrected GNSS, LiDAR and IMU.

Data

Sensor data fusion and source aggregation, business indicators and predictive models. Offline processing, on the server.

What it inventories

Urban elements

Trees, street furniture and roads, with condition tracking.

Road

Road condition information and AD readiness assessment.

Exploitation

Data and metrics

List of assets, incidents and actions; detailed information on each asset.

Management

Planning, execution and closure of actions; contract monitoring and cost forecasting.

Integration

With GIS and third-party APIs.

Formats

CSV · GeoJSON · Shapefile; web platform and APIs.

Operation

Field team

Control screen · real-time diagnostics · geofencing · remote monitoring over 4G or 5G.

Service

Installation and start-up · calibration · training · preventive, corrective and evolutionary maintenance.

Privacy

Data protection

People and vehicles blurred on the vehicle before storage · encrypted storage · only the data needed · restricted access.

AI Act

Minimal-risk system under Regulation (EU) 2024/1689.

Service model

Options

Projects, pilots, proofs of concept, licences of use and SaaS.

Get in touch

Write to us and let's talk.