EasyMile

As autonomous #technology gets increasingly mature it can meet shared needs of different sectors, In this blog we look at how our software is driving applications at both #airports and #industrial sites: 🌐 Automation technologies are instrumental in streamlining operations, reducing manual labor, and boosting productivity across both domains. ⏱ Efficient routing, scheduling, and optimal utilization of equipment and resources are critical to maximizing throughput and minimizing delays. 👷🏼 Adherence to industry regulations and standards is essential for maintaining safe operations, while robust safety protocols are necessary to protect both workers and equipment, thereby reducing the risk of accidents and injuries. 📈 Scalability is another key requirement, allowing solutions to grow with the increasing volume or complexity of operations. 🔋 Energy-efficient technologies help reduce operational costs and environmental impact, while adopting sustainable practices and materials minimizes the ecological footprint. 💰 Effective strategies to control and reduce operational costs without compromising on efficiency or safety are vital, as is ensuring that investments in new technologies and equipment deliver a tangible return on investment (ROI). Link to article in comments 🔗

EZDolly has been featured on the cover of Ground Handling International's GHI Magazine! This recognition of TractEasy's new solution powered by our #driverlesstechnology highlights the growing discussion around autonomous cargo handling in airport ground operations. Check out the cover and full feature here: https://lnkd.in/e5BtRWQb

#Safety in autonomous driving isn’t just about advanced technology; it’s about building trust in every environment. The solutions driven by our software incorporate multiple layers of safety features, in line with our rigorous safety protocols. For instance, the EZTow uses a redundant system architecture to ensure operational continuity, even in the event of component failure. Additionally, the integration of LiDAR, cameras, and radar sensors enables continuous monitoring of the vehicle’s surroundings to avoid hazards. In situations where an object or person comes too close, the vehicles are equipped with automatic emergency braking systems, which engage if the vehicle does not decelerate in time. Our autonomous systems also comply with international safety standards, including ISO 26262. This ensures that the highest levels of functional safety are embedded throughout the design and operational phases. At EasyMile, safety is not a one-time check—it’s an ongoing commitment to making environments like #airports and #logistics hubs safer and more efficient, through every mile of #driverless operation.

We're pleased AGV NETWORK has featured TractEasy's launch of the #EZDolly, powered by our #driverlesstechnology. This brand-new autonomous cargo dolly is is designed to enhance ramp operations in airport environments by optimizing cargo handling efficiency and supporting seamless autonomous operations. Read more about the EZDolly and its potential to streamline ground support processes in the full article, link in comments 👇 #AutonomousMobility #AirportOperations #CargoHandling #GroundSupport #AutonomousTowing

Our most recent blog explored how our technology is leveraging #crossindustrial learnings to enhance versatility and performance of the EZTow in both industrial and airport settings. If you missed it, now's a great time to dive in and see how advancements in one sector are strengthening operations in the other. For instance, refined safety protocols and navigation algorithms developed in industrial warehouses are being applied to the dynamic challenges of airports. This cross-domain approach has led to improvements in key features like: 🔀 Intersection management 🪝 Automatic hooking and unhooking 🚘 Circumvention ⭐ Dynamic mission management By integrating solutions across sectors, TractEasy continues to deliver increasing value, ensuring optimized performance and adaptability in evolving environments. 🔗 Find the blog link in comments!

3 weeks to deploy? ✅ Setting up our #driverlesstechnology with the #EZTow autonomous tow tractor in a factory environment like here at the Bosch facility in Blaj, Romania is a streamlined process that TractEasy can deliver from preparation to 24/7 operation in just three weeks. 🕗 Here’s how they do it: Before deployment begins, the EZTow is prepared by our engineering team to ensure it is configured for the site-specific environment and requirements. Next, we conduct a site assessment—surveying the factory layout, identifying challenges, and defining optimal routes to ensure smooth autonomous operations. 📝 Once the site is ready, the EZTow is delivered, and we begin deployment. This involves creating a virtual map of the site from scratch, accurately mapping buildings and structures, defining main and EZTow-specific routes, and adding stations for loading, unloading, and charging. Behaviors at intersections and pedestrian crossings are also programmed to prioritize safety and efficiency. ⚡ After deployment, we hand over the fully operational EZTow system, seamlessly integrated into the factory's logistics workflows for continuous, round-the-clock operations. TractEasy continues to provide support and maintenance to ensure peak performance, minimize downtime, and maximize efficiency. 🛠️ From vehicle preparation to full-scale operations in three weeks, EZTow enhances factory logistics, ensuring more productive and efficient workflows. 🚀

What is the role between #driverlesstechnology and humans? There are several. In a typical, daily operation powered by our technology, a human operator: 📱 Launches the mission to begin service 🗣️ Communicates with ground staff if needed ⚠️ Rearms the vehicle in case of an emergency stop #innovation #future #autonomousvehicles #humanintheloop

Enhancing airport efficiency with #driverlesstechnology ✈️ Airports are highly dynamic environments, and the efficient movement of baggage and cargo is critical for timely flight operations. The EZTow autonomous tow tractor represents a significant advancement in airside logistics, addressing several operational challenges with precision and reliability. 🎯 By automating baggage and cargo transport between terminals and aircraft, EZTow improves the efficiency of ground operations. Its autonomous capabilities mean consistent, predictable handling of baggage carts, ultimately reducing turnaround times for flights. ⏱️📦 By assuming repetitive, labor-intensive tasks, EZTow not only mitigates safety risks but also supports a more favorable work environment for employees. Ground staff can focus on roles that require human decision-making and problem-solving, rather than physically strenuous and potentially hazardous activities. 🤖 EZTow is built to navigate the complex infrastructure of airports, including corridors, tunnels, and intersections. Equipped with an array of sensors, it efficiently maneuvers through these areas, autonomously adapting to dynamic conditions. 🚧 EZTow is a testament to the practical application of autonomous mobility in the aviation sector. It reflects a broader movement towards automation aimed at addressing the industry’s core needs—improving operational efficiency, enhancing safety, and optimizing labor utilization. 🚀 Autonomous tow tractors like EZTow are not merely concepts for the future; they are functional solutions driving measurable improvements in today’s airport operations. ✅

[#Blog] EasyMile's #driverless technology powers the EZTow autonomous tow tractor. It is uniquely positioned with dual applications across both #industrial sites and #airports, leveraging insights from each sector to deliver powerful performance. As the only autonomous tractor provider with a proven track record in both industrial and aviation contexts, it sets itself apart in the market. This blog article delves into the significant impact of EZTow in these sectors and highlights the benefits of cross-industry learning. Read the full post here: https://bit.ly/3zKKvXD

As KelRide concludes, we are proud to share key takeaways from more than 3 years of our #DriverlessTechnology powering the service. The innovative public transport initiative in the Kelheim district in Bavaria, Germany, integrated autonomous and conventional vehicles into a seamless and efficient transport system. It represents the largest deployment of EasyMile's #AutonomousDriving software in its history and the most extensive continuous coverage of highly automated traffic in public spaces across Europe. Funded by the Federal Ministry for Digital and Transport with 15.6 million euros there are six project partners: EasyMile as consortium leader, the district of Kelheim, the Technical University of Berlin, TÜV Rheinland Group, Via and the P3. KelRide focused on dynamic routing and the efficient integration of autonomous vehicles into the broader public transport network, moving beyond the constraints of fixed lines to offer improved service flexibility. Key learnings: 🧑🔧️ Technical: Development of competencies in the deployment of a large road network rather than single trajectories. 📈 Market penetration: Operation of a mixed fleet together with conventional vehicles cover wide range of use cases is of benefit. 🌍 Definition of further going requirements on autonomous vehicle Operational Design Domains (ODD)’s in order to further expand service. 🚌 Platform reliability and availability key for market penetration. These takeaways will continue to influence the broader autonomous mobility industry. The insights gained, particularly in terms of user acceptance, traffic optimization, and technology reliability, will be invaluable as we move forward. KelRide has proven that autonomous shuttles can be a crucial component of future transportation systems.