Spacesium Scout Sentry
Road Safety Compliance Toolbox (RSCT)Scout Sentry (RSCT) is part of Spacesium's advanced GeoAI mining solutions suite, built to monitor, detect, and report haul road safety compliance in challenging mining, quarrying, and civil construction environments. It delivers actionable insights from high-precision geospatial data to improve site safety and operational performance.
Detect, Analyse & Report Safety Hazards on Haul Roads.
Fully compatible with ArcGIS Pro, ArcGIS Enterprise, and ArcGIS Online, Scout Sentry transforms aerial mapping, LiDAR, and photogrammetry data into automated GeoAI-powered compliance checks.It provides real-time, location-specific insights that support both safety management and operational optimisation.
Built for ESRI ArcGIS Workflows & Custom Integration
Leverages GeoAI with Intelligent Drivable Area Segmentation (iDAS)
Harness GeoAI through iDAS (Intelligent Drivable Area Segmentation) to transform drone LiDAR and photogrammetry surveys into precise haul road geometry data files.
Seamlessly in ArcGIS, iDAS automatically measures road width, slope, and camber, delivering faster safety audits, accurate compliance reports, and better decision-making for mining and civil earthworks.
Berm/Bund Height Compliance – Automated Safety Benchmarking
Ensure haul road safety with automated berm and bund height compliance checks.
Using advanced spatial analytics, the tool detects and measures berm or bund heights from LiDAR and photogrammetry data, comparing results against predefined mining safety standards. Fully integrated with ArcGIS, it provides fast, consistent, and auditable reporting to enhance operational safety and compliance.
Automated Identification of Road Surface Hazards
Proactively manage haul road safety with Condition & Surface Hazard Mapping.
Leveraging GeoAI spatial analytics, it identifies super elevation, crossfall, and gradient issues, generating GIS-ready hazard layers for ArcGIS Dashboards.
Ensure timely interventions, improved maintenance, and safer operations across mining and civil sites.
Powerfully simple reporting
One click and PDF Reports will be generated.
Hydrology Analysis – Water Flow and Pooling Risk Assessment
Hydrology Analysis applies GeoAI and advanced spatial algorithms to predict how water interacts with haul roads, identifying flooding hazards, erosion risks, and drainage bottlenecks.
Integrated directly in ArcGIS, it enables visualization of water flow and accumulation patterns, supporting targeted drainage improvements, safer operations, and environmentally responsible site management across mining, civil, and industrial sites.
Custom Enterprise Integration
Seamless API-Based Integration Across Geospatial and Asset Management Platforms
Spacesium supports RESTful API integration, enabling direct connectivity with FME data integration workflows, ArcGIS Enterprise Servers, predictive maintenance platforms, and other third-party systems. This ensures your LiDAR, photogrammetry, and raster datasets flow seamlessly between capture, processing, and analysis stages without manual intervention.
By automating the transfer of classified point clouds, terrain models, and derived analytics into enterprise GIS environments, you can streamline multi-platform geospatial operations, reduce latency in data availability, and maintain a single source of truth across your organisation. Integration with predictive maintenance systems allows for proactive asset monitoring, using real-time geospatial insights to anticipate road wear, infrastructure stress, or environmental risks—minimising downtime and improving operational efficiency.
Whether deployed in on-premises, cloud, or hybrid environments, Spacesiums API capabilities make it easy to embed advanced geoprocessing into existing GIS, asset management, and decision-support systems at scale.
