Matrix Design Group Releases AI-Powered Collision Avoidance

Matrix Design Group

In the world of industrial and mining safety, technology plays a crucial role in ensuring the well-being of workers and the productivity of operations. Matrix Design Group, a leading provider in this field, has recently unveiled the OmniPro® Vision AI collision avoidance system. This state-of-the-art technology utilizes visual artificial intelligence to detect potential hazards and provide timely alerts, enhancing drilling safety and mitigating risks.

The Power of OmniPro Vision AI

The OmniPro Vision AI collision avoidance system is designed to provide real-time alerts when pedestrians, vehicles, and other potential dangers are detected in the path of mobile equipment. One of the key features that sets this system apart is its ability to work in low-light and adverse weather conditions, making it suitable for a wide range of equipment applications and operating environments.

With its high-speed processing rate, the OmniPro Vision AI system minimizes false positives and nuisance alerts that can desensitize workers to alarms. Unlike traditional collision avoidance systems that require personal wearable devices or tags, this innovative technology can identify individuals wearing personal protective equipment (PPE) and pedestrians in various postures, including standing sideways, crouching, kneeling, or in partial view.

Customizable Zones for Enhanced Safety

One of the standout capabilities of the OmniPro Vision AI system is its fully customizable zones. This allows customers to tailor the system to their specific needs and create zones that align with their operational requirements. Whether it’s delineating areas with high foot traffic or setting boundaries for equipment movement, this feature empowers companies to optimize drilling safety in their unique work environments.

Seamless Integration and Comprehensive Reporting

The OmniPro Vision AI system seamlessly integrates with original equipment manufacturer (OEM) controls, enabling the slowing and disabling of machine movement when potential hazards are detected. This integration ensures a smooth workflow and enhances the effectiveness of the system in preventing accidents and injuries.

In addition, the system can be aligned with the OmniPro InFocus cloud application, a powerful tool that provides 24/7 access to an advanced dashboard with real-time metrics and analytics. The OmniPro InFocus application offers management essential operational insights and intelligence, enabling them to make informed decisions and improve overall drilling safety. All data, including zone breach incidents and timestamped photos, are recorded and stored for future reference and reporting. Custom reporting and analytics further enhance the ability to track performance and identify trends in drilling safety breaches over time.

Matrix Design Group: A Proven Leader in Safety Technology

With over 15 years of experience, Matrix Design Group has established itself as a leader in collision avoidance and proximity detection system technology. Their expertise extends from underground mines to surface operations, where they have developed a deep understanding of the harshest mining environments. Now, their product lines are available to customers in the industrial and commercial sectors, offering cutting-edge solutions to enhance drilling safety and improve productivity.

Summary

In summary, Matrix Design Group’s introduction of the OmniPro Vision AI collision avoidance system marks a significant advancement in drilling safety technology. By harnessing the power of visual artificial intelligence, this state-of-the-art system provides real-time alerts, customizable zones, and seamless integration with OEM controls. The OmniPro InFocus cloud application enhances the system’s capabilities, providing comprehensive reporting and analytics for improved operational decision-making. With Matrix Design Group’s proven track record and expertise in safety technology, the OmniPro Vision AI system sets a new standard for drilling safety.