VIDEO TELEMATICS TO IMPROVE MINING SAFETY

INTRO

With a 5.5% compound annual growth rate, the mining sector is expected to reach $2.825.81 billion by 2028 from $2.138.73 billion in 2023. Increased building in important countries, the use of autonomous equipment, and the expansion of infrastructure are the main drivers of this rise. The industry's dynamic growth and the vital role of sturdy machinery are highlighted by additional drivers, technological advancements, and growing investment, but these factors also present problems that must be solved.

CHALLENGE

Due to the high danger of theft and unauthorized access, mining sites—which are sometimes isolated and remote—present a serious risk to pricey equipment and valuable cargo. For businesses, the possible financial losses resulting from such accidents can be extremely distressing. For instance, even one car could be stolen or cause a catastrophic accident with substantial financial damage if an unlicensed and inexperienced person tries to operate it.

Furthermore, accidents are not only possible but often likely due to the dangerous conditions of mining activities, where visibility is frequently compromised. For instance, a construction worker may cause a major safety hazard or perhaps death if they unintentionally cross the road without a coworker seeing.

Furthermore, because mining equipment is expensive and operates in difficult conditions, insurance premiums for potential risks and damages are considerable. The financial burden is increased by frequent claims for theft and accidents, which makes it harder for mining businesses to remain profitable while protecting their workers and operations.

These issues jeopardize companies' reputations in addition to their financial health. Implementing efficient strategies to reduce risk, improve security, and minimize possible losses is necessary to address these problems.

SOLUTION

A customized video telematics system can greatly increase safety and safeguard priceless assets in response to the demanding demands of the mining sector. Our all-encompassing strategy incorporates the Advanced Driver-Assistance System (ADAS) and Driver Safety Monitoring (DSM). A strong safety and security configuration can be created by connecting both at the same time via two RS232 ports, or by connecting each independently to a car GPS tracker.

In this industry, where conditions are frequently hazardous, DSM is essential. It closely monitors the driver's actions and determines whether the person behind the wheel is the right one. Consider an unauthorized individual attempting to operate a car that is loaded with valuable metals.

DSM can quickly identify this dangerous endeavor and send control centers real-time photographs, assisting in preventing theft or mishaps that could cause large financial losses. In order to guarantee that drivers uphold the highest safety standards, it also sounds an alert for indications of driver weariness, distraction, or noncompliance with safety procedures like wearing seatbelts.

In dangerous mining settings, an ADAS solution acts as a proactive guardian. It continuously scans the road ahead, alerting the driver to any dangers—like people inadvertently stepping into the path of the car—with instant visual and aural alerts. In order to improve overall site safety and avoid potentially deadly accidents, this instant input is essential.

Telematics now provides the possibility to connect two solutions at once in order to maximize safety and successfully handle these issues. By enabling thorough monitoring of both driver behavior and road conditions, this dual-solution system greatly improves safety throughout the mining operation. This combo addresses hazards from several perspectives by monitoring a car's cabin and offering a clear picture of the outside world.

How it operates: The ADAS component continuously scans the road ahead using a camera mounted on the windshield of the car. It recognizes potentially hazardous driving situations including abrupt stops, close-by obstructions, or lane changes. Simultaneously, the DSM system monitors driver behavior within the cabin, alerting drivers to indications of exhaustion, distraction, or failure to follow safety procedures like wearing seatbelts.

The two systems are in sync with one another: ADAS instantly notifies a driver with visual and auditory alerts when it identifies a crucial occurrence on the road, enabling them to promptly take corrective action. Similar to this, DSM identifies instances of unsafe driving behavior and offers immediate feedback to stop collisions brought on by carelessness or bad driving practices. 

Both systems are connected via RS232 serial ports, and data from both are continuously captured and transmitted to a central server via a tracking device. Timely monitoring and thorough analysis for subsequent review and reporting are guaranteed by this procedure. By analyzing trends and spotting reoccurring patte s, the integration of ADAS and DSM not only improves response times but also helps to improve safety over the long run.

The two methods work together to provide a complete safety net that lowers the risk of collisions and boosts driver responsibility, guaranteeing the protection of both drivers and priceless equipment even under the most trying circumstances. For sectors that significantly rely on massive vehicles and equipment, this potent and inventive combination maximizes safety and minimizes risk, making it a priceless asset.

BENEFITS

• Road status control and driver behavior: This combination system may anticipate and stop possible hazards before they become emergencies by thoroughly analyzing driver behavior and road conditions. In order to improve overall road safety, it regularly assesses driving patte s to make sure that all safety procedures are being followed.

• The Front View and Cabin Photo/Video On Demand features give an extra degree of responsibility and oversight by enabling operators to request photographs or video at any moment to confirm important circumstances. This capability is essential for looking into accidents and confirming statements about the actions of drivers or outside traffic events.

• Instant and distinct notifications: When a safety incident is detected, the combination system makes sure the driver is informed right away via visual and aural alerts on the dashboard. This keeps the driver focused on driving and improves situational awareness.

• Road accident prevention: By maintaining strict standards for driver accountability and discipline, the system helps prevent traffic accidents by continuously monitoring and delivering feedback on driving behavior. This proactive strategy enhances fleet safety overall and lowers the possibility of expensive mistakes.