Metrolla's News and Articles

How LiDAR-Based People Counters Improve Accuracy in High-Traffic Areas

LiDAR-based people counters are transforming the way businesses, transportation hubs, and public spaces track foot traffic. Unlike traditional methods like cameras and infrared sensors, LiDAR (Light Detection and Ranging) technology provides highly accurate, privacy-compliant tracking by using laser pulses to map human movement in 3D.

Robosense LiDAR: Empowering Autonomous Systems with Advanced Sensing Technology

Robosense LiDAR delivers high-precision 3D mapping using advanced laser sensing. Ideal for autonomous systems, robotics, smart cities, and more, it ensures reliable performance in all lighting and weather conditions while enabling enhanced safety and navigation in real-time applications. for a couple of seconds Robosense LiDAR delivers high-precision 3D mapping for autonomous systems. Its innovative design and robust performance power safer, smarter solutions across transportation, robotics, and smart cities.

Ouster LiDAR: Pioneering the Future of Autonomous Sensing Technology

Ouster LiDAR is a cutting-edge sensing technology designed to revolutionize autonomous systems. Utilizing laser pulses to create detailed 3D maps, Ouster LiDAR enables highly accurate environmental perception, essential for applications like self-driving vehicles, robotics, and smart city infrastructure. The technology operates by emitting laser beams, capturing their reflections from objects, and measuring the time-of-flight to determine precise distances. This process generates dense point clouds that are analyzed using advanced digital signal processing and AI-driven algorithms.

Hesai LiDAR: The Future of Perception with Spinning and Directional Sensors

Hesai LiDAR is revolutionizing autonomous perception with its advanced spinning and directional sensors. As a leader in LiDAR technology, Hesai’s solutions provide unmatched accuracy, high-resolution 3D mapping, and superior reliability in all weather conditions. Their sensors are widely used across industries such as autonomous vehicles, robotics, smart cities, industrial automation, rail transportation, security, and work zone safety.

The Power of a Layered Approach: Reducing Roadside Injuries by 80%

Learn how a layered safety approach combining TMAs, traffic systems, and the Metrolla Lightship Proximity Alert System delivers an 80% reduction in roadside work zone injuries and fatalities.

The Risks Faced by Mobile Roadside Construction Workers and How Metrolla’s Lightship is Revolutionizing Safety

Discover how Metrolla’s Lightship, powered by advanced LiDAR technology, revolutionizes roadside construction safety. Proactively protect mobile workers with dynamic hazard detection, predictive collision warnings, and multi-modal alerts. Learn how Lightship enhances visibility, reduces accidents, and complements traditional safety measures like collision attenuators. Contact Metrolla today to transform safety at your work zones.

Revolutionizing Rail Yard Management with LiDAR Technology

LiDAR technology is revolutionizing rail yard management by automating the detection, classification, and counting of rail cars, addressing inefficiencies inherent in traditional manual operations. Using laser-based 3D scanning, LiDAR precisely identifies rail car types such as tankers and boxcars, integrates real-time data into inventory systems, and enhances operational efficiency while reducing delays and human error. This technology not only improves scheduling and safety by minimizing manual tasks but also provides long-term data for trend analysis and predictive maintenance. As advancements like AI integration further enhance LiDAR capabilities, it is poised to become a cornerstone in modern, sustainable rail yard operations.

Enhancing Workzone Safety for Mobile Roadside Workers

Mobile roadside workzones present significant risks for workers due to their dynamic nature and proximity to traffic. Despite existing safety measures, incidents remain common, with the FHWA reporting 774 workzone fatalities in 2021. These accidents often result from speeding, inattentive driving, and poor visibility, creating a pressing need for innovative solutions. Key safety measures include traditional traffic control systems, high-visibility gear, and advanced technologies such as smart cones and automated flaggers. However, LiDAR (Light Detection and Ranging) is emerging as a powerful tool for enhancing safety.

The Pros and Cons of Video vs LiDAR: A Guide to Sensor Fusion

Perception systems play a pivotal role in numerous industries—from construction work zones to remote rail operations and intelligent transportation systems. Two of the most widely used technologies in this field are Video (camera-based) systems and LiDAR (Light Detection and Ranging) sensors. While both have their strengths and weaknesses, the future lies in their combination through sensor fusion.

Metrolla wins second at Dallas Startup Week

Metrolla, led by CEO Adam Szablya, was one of several standout startups chosen to participate in the Capital One Accelerator Program, which focuses on empowering entrepreneurs in the mobility sector.

Comparative Analysis of Long-Range LiDAR Sensors for Non-Automotive Applications

The Future of 3D Perception Technology: Comparing Seoul Robotics, Outsight, Cron AI, and Metrolla

The Pros and Cons of Video vs LiDAR: A Guide to Sensor Fusion

What is the Difference Between LiDAR and RADAR: A Comprehensive Comparison

Video vs LiDAR vs RADAR for Autonomous Systems: Pros and Cons of Leading Perception Technologies

The Benefits of Spatial Intelligence with 3D LiDAR

LiDAR and Its Use in Construction Work Zones for Safety Applications

Deploy Metrolla Software with Ansible

Lets learn about how to install Metrolla perception software and automation software with Ansible, Docker, and Kubernetes!

How to Download and Run Metrolla Software

So you want to run our software on your hardware? We will explore how to do this in this article.