Forterra

Core Technology: AutoDrive

The cornerstone of Forterra's offerings is AutoDrive, a full-stack, platform-agnostic autonomous vehicle system. This sophisticated technology is engineered to bring self-driving capabilities to a wide array of vehicle types, regardless of their original manufacturer or intended operational domain. Key characteristics of AutoDrive? include:

• Versatility and Adaptability: AutoDrive is designed for operability across diverse and unstructured environments. This includes on-road, off-road, rural, and complex industrial sites. It can function effectively in areas with high-density pedestrian traffic, multi-obstruction scenarios, and even in GPS-denied locations. Its adaptability extends to various conditions, including low-light and low-visibility situations, and all-weather performance.
• Full-Stack Solution: AutoDrive encompasses the entire suite of software and hardware components necessary for autonomous operation. This integrated approach ensures seamless coordination between perception, navigation, and control systems.
• Human-Centric Design: While enabling full autonomy, AutoDrive is also designed with human operators in mind. The technology aims to empower human users with intuitive interfaces and capabilities that augment their skills, rather than entirely replacing them. This approach facilitates safer and more efficient execution of complex logistics and transportation tasks, allowing human personnel to be kept out of harm's way in dangerous situations.
• Intelligent Behaviors: Beyond basic autonomous navigation, AutoDrive incorporates advanced capabilities and autonomous maneuvers tailored to specific road rules, customer requirements, and unique operating environments. It is engineered to intelligently adapt its behavior to the surrounding context.

Applications in the Defense Sector

Forterra has established itself as a trusted partner for the U.S. Department of Defense (DoD), providing cutting-edge autonomous solutions designed to enhance mission effectiveness and safeguard military personnel. The company's technology is being integrated into various defense programs and applications:

• Autonomous Convoy and Logistics: Forterra has been instrumental in developing autonomous convoy vehicles for logistics applications, enabling the transport of supplies and equipment with reduced risk to human drivers in potentially hostile environments.
• Robotic Combat Vehicle (RCV) Program: The company is actively involved in initiatives like the RCV program, contributing its autonomous driving systems to next-generation military vehicles. These systems allow for unmanned operations in reconnaissance, surveillance, and combat support roles.
• Ground Expeditionary Autonomous Retrofit System (GEARS): Forterra's technology is utilized in programs like GEARS, which focus on retrofitting existing military ground vehicles with autonomous capabilities, thereby extending their operational life and utility.
• Remotely Operated Ground Unit for Expeditionary (ROGUE) Fires: Forterra's AutoDrive? system has been successfully deployed on platforms such as the ROGUE Fires launcher, demonstrating its capability in critical defense applications requiring precision and remote operation.
• Enhanced Situational Awareness and Reduced Risk: By enabling unmanned operations, Forterra's systems significantly reduce the exposure of soldiers to direct threats, such as ambushes, improvised explosive devices (IEDs), and other battlefield hazards. Autonomous vehicles can undertake high-risk missions, allowing personnel to be redeployed to safer and more strategic roles.

Solutions for Industrial and Commercial Markets

Beyond defense, Forterra is leveraging its autonomous technology to address challenges and create opportunities in various industrial and commercial sectors:

• Logistics and Supply Chain Optimization: AutoDrive? can be implemented in commercial trucking, drayage operations (short-haul transport of freight, often within ports or intermodal yards), and warehouse logistics. Autonomous vehicles can streamline operations, improve efficiency, and operate around the clock, addressing labor shortages and reducing operational costs.
• Enhanced Worker Safety: In industrial environments such as ports, manufacturing plants, and distribution centers, autonomous vehicles can take over repetitive or dangerous tasks, minimizing the risk of accidents and injuries to human workers.
• Autonomous Terminal Tractors: Forterra has partnered with companies like Kalmar to develop autonomous terminal tractors for use in ports and container terminals. These vehicles can significantly improve the efficiency and safety of cargo handling operations.
• Specialty Vehicle Automation: The adaptability of AutoDrive? allows for its integration into a wide range of specialty commercial vehicles, opening up possibilities for automation in sectors such as mining, agriculture, and municipal services.

Strategic Partnerships and Innovation

Forterra actively collaborates with other leading technology providers, defense contractors, and commercial original equipment manufacturers (OEMs) to advance the development and deployment of its autonomous systems. These partnerships facilitate the integration of AutoDrive? onto diverse vehicle platforms and accelerate its adoption across different markets. The company's leadership, including Chairman of the Board and President Alberto Lacaze, who holds numerous patents in robotics, underscores its deep commitment to innovation and technical excellence.

Forterra continues to invest in research and development to further enhance the capabilities of its autonomous systems, focusing on areas such as artificial intelligence, machine learning, sensor fusion, and cybersecurity. The company's vision is to be a key enabler of a future where autonomous vehicles play a crucial role in creating safer, more productive, and more resilient defense and industrial operations. Through its defense-proven and market-ready autonomous solutions, Forterra is poised to continue shaping the future of ground-based mobility.