Strayos
AI-Based Software for Mining
A cloud-based platform that uses photogrammetry and AI to generate comprehensive analyses aimed at improving mining operational efficiency and safety. Featuring AI-powered tools for mine design and management, safety and monitoring, drilling, blasting, and fragmentation analysis, Strayos has been deployed at over 50 leading mines worldwide, including Barrick, Imerys, Holcim, ArcelorMittal, and others.
- AI-Based Mine Analysis
- More Precise Blasting Optimization
- Interactive 3D Mine Models
- Faster Geotechnical Analysis
- Drone & Survey Data Integration
Live demo — contact us to schedule an on-site demonstration.
Mine Design & Management
3D Photogrammetry
Processing drone data into high-resolution 3D mine pit models for topographic analysis, mine progress monitoring, and operational planning.
- High-resolution 3D mine pit models from drone data
- Detailed visualization of benches, slopes, and terrain
- Supports volumetric analysis and mine planning
Stockpile Measurement & Reporting Tools
An automated tool for calculating stockpile volume using drone data and 3D models, making material inventory reports faster and more accurate.
- Automated stockpile volume measurement from 3D models
- Faster and more precise material inventory reports
- Supports regular monitoring of volume changes
Mineralogy Detection AI
AI technology that analyzes visual and geospatial data to identify mineral characteristics on the surface of a mine.
- AI-based mineral characteristic identification
- Real-time geological analysis of drone datasets
- Supports the evaluation of mining exploration areas
Ore Deposit Prediction AI
A machine learning algorithm for predicting ore deposit potential based on geological patterns and historical mine datasets.
- AI-based ore deposit potential prediction
- Analysis of geological patterns from historical mine data
- Supporting more efficient exploration planning
Pit Planning Tools
3D-model-based mine pit planning tools to help engineers design benches, slopes, and mining stages with greater accuracy.
- Mine pit planning in 3D models
- Analysis of mine bench and slope designs
- Supports data-driven mine planning workflows
Mine Safety & Monitoring
Haul Road Assessment AI
AI-based analysis of haul road conditions to identify potential hazards such as improper road gradients, deformation, or hazardous surface conditions.
- AI-based haul road condition analysis
- Identification of mining vehicle safety risks
- Monitoring changes in operational road conditions
Highwall Safety AI
An AI system for monitoring the condition of mine highwalls and identifying potential instability that could lead to rockfalls.
- Detection of potential highwall instability
- Analysis of mine wall geometry
- Monitoring of rockfall-prone areas
Rock Mass AI
Rock mass analysis using computer vision to identify joints, fractures, and geological structures in mine walls.
- Automated detection of rock joints and fractures
- AI-based geological structure analysis
- Supports mine slope stability assessment
Slope Stability AI
Monitoring of mine slope stability using 3D models and AI algorithms to detect changes in slope geometry that could potentially cause landslides.
- Mine slope stability monitoring
- Detection of changes in slope geometry
- Supporting mine landslide risk mitigation
Drill, Blast, and Fragmentation
Drill & Blast Design AI
An AI platform for designing drilling and blasting patterns based on geological characteristics and mine pit designs.
- AI-based drilling and blasting pattern design
- Optimization of blasting energy distribution
- Enables more consistent rock fragmentation
Drill Data Analytics
Analysis of drilling data to evaluate drilling performance and understand rock characteristics in the mining area.
- Detailed analysis of drilling performance
- Integration of drilling data with the mine model
- Supporting the evaluation of rock conditions
Fragmentation AI
Analysis of blast fragmentation using computer vision to measure rock size and evaluate blasting quality.
- Automated analysis of rock fragmentation size
- Evaluation of blasting quality
- Supports crushing process optimization
Vibration & Airblast Modeling AI
Simulation of ground vibration and air pressure impacts from blasting activities to ensure blasting operations remain within safe limits.
- AI-based blasting vibration simulation
- Analysis of airblast impacts on the environment
- Supporting safer blasting planning
AI Prediction tools
Machine learning-based predictive tools for estimating blasting results, rock fragmentation, and other operational impacts.
- Data-driven blasting result predictions
- Blasting performance analysis prior to execution
- Supporting operational decision-making
Machine Vision AI Camera
Machine Vision AI Camera
Kamera berbasis AI yang dirancang untuk menganalisis kondisi tambang secara real-time menggunakan computer vision, termasuk analisis fragmentasi batuan dan monitoring aktivitas operasional.
Analisis visual tambang berbasis computer vision
Monitoring fragmentasi batuan secara real-time
Integrasi langsung dengan platform analitik Strayos
Industry Applications
Open-Pit Mining Operations
An AI platform for analyzing open-pit mine conditions using drone data and 3D models to support mining planning, geotechnical evaluation, and mine progress monitoring.
- Visualization of open-pit mines in detailed 3D models
- AI-based geological and rock structure analysis
- Regular monitoring of terrain changes
Drill & Blast Optimization
Analysis and planning of drilling and blasting operations using AI to improve rock fragmentation quality and control vibration and airblast impacts.
- AI-based drilling and blasting pattern design
- Automated rock fragmentation analysis
- Simulation of vibration and airblast impacts from blasting
Mine Safety & Geotechnical Monitoring
Mine safety monitoring using AI analysis of slope stability, highwall conditions, and rock structures to identify potential hazards early on.
- Detection of rock fractures and discontinuities
- Monitoring of slope and highwall stability
- Analysis of operational haul road conditions
Stockpile & Material Management
Stockpile volume measurement and material inventory monitoring using 3D models derived from drone data to support mine production planning.
- Automated stockpile volume measurement
- More accurate material inventory reports
- Regular monitoring of changes in material volume
The Differences with Strayos
AI-Based Mine Analysis
Automated geological identification, fragmentation, and slope risk assessment.
Drill & Blast Optimization
Precision blasting design based on mine geological data.
Real-Time Geotechnical Monitoring
Detect potential landslides and hazards associated with pit walls.
FAQ
Strayos is an AI-powered software platform designed to assist mining operations with the analysis of drone data, photogrammetry, and geospatial datasets for mine planning, geotechnical analysis, and the optimization of drilling and blasting operations.
Strayos can process various types of mining operational data, such as:
- Photogrammetry data from drones
- 3D mine pit models
- LiDAR data
- Drilling data (drill logs)
- Geological and rock structure data
Yes. Strayos features the Slope Stability AI and Rock Mass AI modules, which are designed to analyze rock structures, detect joints and fractures, and evaluate the potential for slope instability in mines.
Strayos offers several AI-based tools, such as:
- Drill & Blast Design AI
- Fragmentation AI
- Vibration & Airblast Modeling AI
These tools help design blasting patterns, analyze rock fragmentation, and predict the vibration impact of blasting activities.
Yes. The Stockpile Measurement & Reporting Tools module enables automatic measurement of stockpile volumes using 3D models generated from drone data, allowing material inventory reports to be generated more quickly and accurately.
Strayos offers several modules to support mine operational safety, such as:
- Haul Road Assessment AI for analyzing mine road conditions
- Highwall Safety AI for monitoring pit walls
- Slope Stability AI for monitoring potential landslides
Yes. Strayos is designed to integrate with drone-based survey workflows, photogrammetry, and LiDAR, so that field data can be directly used for geotechnical analysis and mine planning.
Strayos is typically used by various roles in mining operations, such as:
- Mine engineers
- Geotechnical engineers
- Blasting engineers
- Survey teams
- Operation managers
