19+ PROVEN USE CASES

Mining RevolutionRevolution

From search and rescue missions to environmental monitoring, our autonomous robots deliver proven results in 19 critical mining applications.

$20.0M+
Total Annual Savings
60%
Average Cost Reduction
19+
Mining Use Cases

Real-Time Operations

24/7 autonomous monitoring and response

Enhanced Safety

Zero human exposure to hazardous areas

Proven Results

Industry-tested across 19+ applications

Filter by Category

High Priority

Search & Rescue

Autonomous Search and Rescue: Faster, Safer, Smarter

Problem

Mining search and rescue (SAR) operations are often dangerous, slow, and resource-intensive. Human-led rescue teams face high risks and visibility challenges in confined, unstable environments, delaying response times and increasing victim probability.

Oinride Solution

Deploy AutoJoe® equipped with thermal and environmental sensors to autonomously locate and assist trapped or injured personnel. The robot can deliver life-saving supplies and relay real-time thermal imaging and gas data to responders without further endangering human lives.

Impact & Benefits

Dramatically improves rescue speed and situational awareness
Reduces human exposure to unstable areas
Operates in poor visibility, collapsed, or gas-filled tunnels
+ 1 more benefits
High Priority

Post-Blast Inspections

Safer, Faster Post-Blast Entry – Powered by Robotics

Problem

Manual post-blast inspections in underground mines are risky, time-consuming, and often lack the data accuracy required for decision-making. Workers are exposed to unstable conditions, and inspection delays can lead to costly production stoppages.

Oinride Solution

AutoJoe® autonomously enters post-blast areas to perform highly detailed visual, thermal, and structural inspections using integrated sensors. It collects real-time environmental and structural data without endangering human lives.

Impact & Benefits

Enables immediate re-entry assessments after blasting
Captures detailed visual, thermal, and LiDAR scans
Significantly reduces inspection time
+ 1 more benefits
High Priority

Gas or Radiation Detection

Autonomous Environmental Monitoring Where It Matters Most

Problem

Manual gas and radiation monitoring in underground mines is not only dangerous and labor-intensive; it's often unreliable and incomplete. Detection delays can lead to serious health risks, operational shutdowns, or even fatalities.

Oinride Solution

AutoJoe®, equipped with explosion-proof sensors, autonomously monitors toxic gases or radiation in real-time. It continuously scans air quality in tunnels, transport routes, and confined spaces, delivering alerts immediately to your command center.

Impact & Benefits

Continuous detection of methane, CO, NOx, and other gases
Real-time alerts and data logging
Reduces reliance on human-performed inspections in dangerous areas
+ 1 more benefits

NDT Testing

Automated NDT Inspections Without Downtime or Danger

Problem

Traditional NDT inspections often require operational shutdowns, causing expensive delays and exposing personnel to dangerous situations. Human-performed inspections are also prone to inconsistencies, especially in hard-to-reach or hazardous areas.

Oinride Solution

AutoJoe® can be equipped with advanced NDT sensors including ultrasonic, eddy current, and thermal imaging modules to perform continuous, automated structural integrity inspections without stopping production. With robotic arm precision and accurate navigation, it delivers repeatable results without human exposure.

Impact & Benefits

Enables real-time inspections of pipelines, supports, shafts, and critical equipment
Reduces downtime and labor costs by avoiding manual entry
Improves consistency with sensor-based data logging
+ 1 more benefits

3D Mapping

High-Resolution 3D Mapping Without Risk or Delay

Problem

Traditional underground mapping methods are slow, dangerous, and prone to human error. Survey teams often work in unstable post-blast areas or poor lighting conditions, compromising both safety and data accuracy.

Oinride Solution

AutoJoe®, equipped with LiDAR and depth sensors, autonomously generates centimeter-accurate 3D point clouds of underground spaces. It collects topographic and geospatial data in real-time, enabling faster, safer, and more accurate mine modeling.

Impact & Benefits

Generates high-resolution 3D maps of tunnels, stopes, and shafts
Supports structural planning, blast design, and equipment clearance
Reduces reliance on manual survey teams
+ 1 more benefits

Thermal Conveyor Inspections

Autonomous Thermal Monitoring That Prevents Downtime Before It Happens

Problem

Manual conveyor pulley inspections are time-consuming, high-risk, and inconsistent. They often miss early signs of overheating or mechanical wear leading to costly failures and unexpected shutdowns. Workers are also exposed to dangerous conditions during routine checks.

Oinride Solution

Our mobile robot, equipped with thermal imaging and AI-driven diagnostics, performs continuous inspections of conveyor systems. It detects abnormal temperature rises in real time—flagging faults before they turn into failures.

Impact & Benefits

Real-time thermal anomaly detection for pulleys and bearings
Reduces fire and failure risks from undetected overheating
Enables predictive maintenance and scheduled servicing
+ 1 more benefits

Blast Hole Inspection

Autonomous Blast Hole Inspection for Safer, Smarter Mining Operations

Problem

Inspecting blast holes for angles and geometry can be dangerous, time-consuming, and prone to human error. Conventional inspection methods often lack precision and put workers at risk in hazardous environments.

Oinride Solution

Autonomous mobile robots equipped with advanced sensors provide continuous, real-time environmental data. This enables accurate blast hole geometry assessment while eliminating the need for manual inspection in risky zones.

Impact & Benefits

Improves inspection accuracy for blast hole angles and geometry
Reduces risk by removing personnel from hazardous zones
Accelerates data collection and decision-making processes
+ 1 more benefits

Blast Movement Monitoring

Autonomous Retrieval of Transceivers from Hazardous Post-Blast Zones

Problem

Blast events scatter critical transceivers across rocky terrain, making manual retrieval slow, dangerous, and error-prone. Human workers face high-risk exposure and inconsistent success rates.

Oinride Solution

Our mobile robot autonomously navigates blast sites, using onboard sensors and AI to locate and retrieve transceivers safely without endangering personnel or delaying operations.

Impact & Benefits

Fast and precise recovery of blast transceivers after detonation
Reduces human exposure to hazardous post-blast environments
Speeds up the reconciliation of ore movement for better mine planning
+ 1 more benefits

Block Cave Mining

Robotic Cavity Inspection for Safer, More Detailed Subsurface Analysis

Problem

Cavity inspection in block cave mining is hazardous and often lacks precise data. Traditional manual inspections risk safety and provide limited insight, slowing decision-making and increasing operational risks.

Oinride Solution

A purpose-built autonomous robot equipped with LiDAR and PTZ camera enables high-resolution, real-time 3D analysis of cave structures. It navigates safely without human exposure, delivering accurate subsurface data.

Impact & Benefits

Enhanced cavity visualization with high-resolution mapping
Removes need for human presence in unstable or dangerous zones
Delivers continuous data to support predictive planning
+ 1 more benefits

Core Drilling

Robotic Core Drilling for Safer, Faster Geological Insight

Problem

Manual core drilling in remote or underground mines is labour-intensive, hazardous, and prone to errors. Conventional drilling methods lead to costly downtime, slow progress, and imprecise geological data.

Oinride Solution

A mobile robotic drilling platform equipped with a high-precision robotic arm and core drill. It uses advanced sensor fusion and autonomous navigation to collect real-time geological data safely and efficiently.

Impact & Benefits

Accurate, repeatable core sampling with minimal human error
Reduces operational downtime and risk exposure
Real-time geological feedback for faster decision-making
+ 1 more benefits

GPR Scans

Autonomous Underground Scanning with Reliable, Consistent Data

Problem

Manual GPR (Ground Penetrating Radar) scanning is labor-intensive, risky, and often produces inconsistent, incomplete data. It relies on handheld equipment, exposes workers to hazardous terrain, and leads to survey gaps especially in rugged or remote zones.

Oinride Solution

Our autonomous mobile robot, equipped with advanced GPR and environmental sensors, performs continuous underground scans. It collects high-resolution subsurface data safely, consistently, and more efficiently than traditional crews.

Impact & Benefits

Delivers uninterrupted, precise GPR scans across large or complex terrains
Reduces human error and improves geophysical data quality
Operates autonomously—no need for manual deployment or on-foot data collection
+ 1 more benefits

Hyperspectral Scanning

Autonomous Mineral Composition Scanning With Hyperspectral Precision

Problem

Traditional mineral composition scanning is slow, labour-intensive, and risky, often yielding incomplete data due to inconsistent manual coverage and limited visibility.

Oinride Solution

Our autonomous mobile robot, equipped with hyperspectral imaging systems, conducts precise geological surveys. It gathers high-fidelity data on mineral composition across complex terrains eliminating human error and increasing coverage.

Impact & Benefits

High-resolution spectral data for accurate material identification
Reduces labour risks and exposure to hazardous environments
Cuts scanning time dramatically with automated workflows
+ 1 more benefits

Assaying

Automated Assaying That Cuts Costs While Improving Data Accuracy

Problem

Manual assaying is labour-intensive, risky, and often yields inconsistent or incomplete data. Delays and human errors can compromise exploration and production decisions.

Oinride Solution

Our mobile robot, equipped with advanced spectroscopic sensors, performs automated assaying directly in the field. It delivers precise, repeatable, real-time elemental data, minimizing lab dependencies and safety risks.

Impact & Benefits

On-site mineral composition analysis with laser-based sensors
Reduces labour costs by 75% and eliminates insurance burdens
Generates consistent, high-resolution data across exploration sites
+ 1 more benefits

Retreat Mining

Automated Retreat Mining for Enhanced Safety and Efficiency

Problem

Sensor retrieval in retreat mining is hazardous, as devices placed on pillars to monitor activity often require manual collection. This exposes workers to collapse risks and delays critical data collection.

Oinride Solution

An autonomous mobile robot equipped with a robotic arm and gripper retrieves USB or wireless data storage devices from pillars safely. It eliminates human exposure and enables fast, remote data extraction.

Impact & Benefits

Safely retrieves monitoring data from high-risk locations without human intervention
Enables continuous data collection for better hazard prediction
Speeds up monitoring cycles with wireless or automated access
+ 1 more benefits

Security Patrols

AI-Powered Robotic Patrolling for Safer, Smarter Mine Security

Problem

Vast, remote mining areas make manual patrols risky, expensive, and limited in scope. Human teams can't consistently cover large territories 24/7 and are prone to delayed response or missed intrusions—compromising asset security and worker safety.

Oinride Solution

Our mobile security robot leverages advanced sensors, autonomous navigation, and AI-based anomaly detection to provide continuous, real-time surveillance across remote mining environments. It monitors perimeters, detects threats, and alerts teams instantly, no rest needed.

Impact & Benefits

Continuous 24/7 perimeter monitoring with real-time threat detection
Eliminates patrol gaps and human fatigue
AI-driven anomaly detection and smart alerts
+ 1 more benefits

Slope Stability Monitoring

Continuous Slope Monitoring with Autonomous Precision

Problem

Manual slope stability monitoring in open-pit mines is risky, slow, and prone to human error. Traditional setups often lack continuous data and require personnel to work in hazardous, unstable environments.

Oinride Solution

AutoJoe® robots equipped with radar and advanced sensors conduct autonomous slope scans. The system ensures real-time, high-frequency monitoring improving detection of slope movement while keeping people safe.

Impact & Benefits

Continuous and accurate monitoring of slope changes
Eliminates human exposure in unstable zones
Faster detection of geotechnical risks
+ 1 more benefits

Stockpile Measurements

Accurate Inventory Without Risk or Delays

Problem

Traditional stockpile measurements are time-consuming, costly, and risky often producing inaccurate volumetric data and inventory errors.

Oinride Solution

Our mobile robots, equipped with LiDAR, 3D scanners, and photogrammetry, perform on-demand, high-precision stockpile volumetric analysis. No manual climbing, no drone scheduling just real-time, accurate data.

Impact & Benefits

Precise volumetric data for real-time inventory tracking
Removes human exposure to unstable piles and high platforms
Enables more frequent, low-cost inventory checks
+ 1 more benefits

Stranded/Dormant Assets

Revitalizing Stranded Assets with Autonomous Robotic Solutions

Problem

Exploring old mines has become critical to reactivate these sites, which often shut down long ago due to technological limits or unviable economics. Manual inspection is risky, slow, and may overlook key geological indicators.

Oinride Solution

Autonomous mobile robots equipped with advanced sensors perform safe and continuous environmental scanning. They deliver real-time data without exposing humans to unsafe zones, enabling better-informed resource recovery strategies.

Impact & Benefits

Delivers real-time geological and environmental intelligence for better decision-making
Eliminates human exposure in structurally unstable or toxic environments
Enables full autonomous scanning of deep and complex areas
+ 1 more benefits

Water and Air Quality

Continuous Environmental Monitoring for a Safer, Healthier Mine

Problem

Manual water and air quality monitoring is slow, error-prone, and risky, often delaying detection of environmental hazards. Limited frequency and human error reduce the effectiveness of traditional monitoring efforts.

Oinride Solution

Autonomous mobile robots equipped with advanced sensors collect continuous, real-time environmental data. These robots operate without exposure risks, ensuring faster hazard detection and more reliable compliance with environmental standards.

Impact & Benefits

Continuously monitors water and air quality with real-time sensors
Reduces human error and improves sampling consistency
Accelerates detection of contamination or safety risks
+ 1 more benefits

Ready to revolutionize your operations?

Let's discuss how our robotic solutions can be tailored to your specific needs.