Hitachi Rail GTS Canada Inc.

JLG Industries Inc Australia Branch is part of Oshkosh Corporation, a global industrial technology company with over 100 years of operational history dating back to 1917, when the organization developed a breakthrough four-wheel drive system. The company designs and manufactures specialized vehicles and equipment across defense, emergency services, access, and commercial applications through a network of 12 industry-leading brands. Product lines include military vehicles, fire trucks, aerial work platforms, refuse collection vehicles, and concrete industry equipment - all engineered for deployment in demanding field conditions worldwide. The engineering focus spans four core technical domains: autonomy, artificial intelligence, connectivity, and electrification. These technologies are integrated into vehicles and equipment designed to enable operators to accomplish missions safely and effectively in real-world environments. Development priorities center on reliability and performance under operational constraints, with particular attention to safety-critical applications in defense and emergency response scenarios. The company maintains a global presence, with products serving communities internationally. The organization's technical approach emphasizes sustainable innovation while building on a century-long legacy in specialized vehicle development. As the Australian branch of JLG Industries Inc, the operation contributes to the broader Oshkosh Corporation engineering and manufacturing network under the leadership of CEO John C. Pfeifer, with headquarters located in the United States. The company's engineering culture reflects both its historical foundation in solving hard mechanical problems and its current investment in advanced autonomous and electrified systems.

Gritt Robotics is building physical AI to accelerate energy infrastructure development, making construction projects faster, safer, and more efficient. The company focuses on automating renewable energy construction, specifically targeting solar infrastructure projects with AI-powered robotics that amplify labor 10x. Their technology delivers accurate placement every time, works 5X faster than manual methods, and operates reliably in challenging conditions including heavy mud and uneven terrain. Gritt has been recognized as a Top U.S. Solar Innovator by the Department of Energy, winning Round 7 of the American-Made Solar Prize after being selected from more than 800 startups. The company's AI-driven foundation models are designed for repetitive outdoor tasks, enabling rapid scaling across multi-gigawatt installations while significantly reducing costs compared to traditional installations. By minimizing heavy-load injuries and improving safety for on-site workers, Gritt Robotics allows small teams to deliver more projects with the same labor. Backed by top venture capital firms that have previously funded Uber, Notion, Lyft, and Fervo, Gritt is scaling solar construction to meet the terawatt era's demands. Their systems integrate seamlessly into existing installation workflows, are built to scale from the ground up, and represent a transformative approach to energy infrastructure development.

Terumo Blood and Cell Technologies is a global leader in medical technology, specializing in blood component collection, therapeutic apheresis, and cellular therapy technologies that impact patients' lives every second of every day. With more than 8,000 global associates and operations spanning 130+ countries, the company's innovative solutions enable healthcare providers to deliver life-saving treatments worldwide. Their products process blood components safely, treat serious medical conditions through therapeutic plasma exchange, and advance cellular therapy manufacturing - all while maintaining a patient-centered approach that drives measurable results across their core business areas. Headquartered in Lakewood, Colorado, Terumo BCT operates as part of Terumo Corporation (TSE:4543), a Tokyo-based global healthcare leader founded in 1921. The company's commitment extends beyond technology to include partnerships with organizations like The Leukemia & Lymphoma Society, comprehensive blood safety initiatives, and the 'From the Heart' global program designed to educate and empower communities. Through platforms like Quantum Flex Cell Expansion System for CAR-T therapies and Spectra Optia Apheresis System for treating conditions like sickle cell disease, Terumo BCT continues to expand access to critical treatments and shape the future of blood and cell-based therapies.

Daimler Buses Solutions GmbH is part of one of the world's largest commercial vehicle manufacturers, operating over 40 production sites globally and employing more than 100,000 people. The company develops and manufactures trucks and buses marketed under brands including Mercedes-Benz, Freightliner, FUSO, Setra, and Thomas Built Buses, spanning markets across North America, Europe, Asia, and Latin America. Production systems integrate CAD and 3D design workflows, with electrical design handled through NX Electrical Design and Capital Harness System (CHS) toolchains, supported by SAP and Microsoft Project for enterprise operations. Technical focus areas include advancing CO2-neutral driving technologies and developing sustainability solutions for commercial transport applications. The engineering work addresses constraints inherent to commercial vehicle systems - reliability requirements for fleets operating under varied duty cycles, safety systems for heavy vehicles, and integration challenges across platforms serving different regulatory environments and operational demands. The scale of deployment spans multiple vehicle classes and use cases, from urban bus transit to long-haul trucking, requiring systems engineering that accounts for diverse operating conditions and maintenance accessibility. The company's technical domains extend beyond vehicle manufacturing to include dealer operations systems, vehicle finance platforms through Daimler Truck Financial Services, and lifecycle support infrastructure. Engineering efforts support fleet electrification transitions, alternative powertrain integration, and the development of technologies that enable customers to meet evolving emissions standards while maintaining operational economics in commercial transport applications.

Fleet Robotics Inc., formerly Bluetech Robotics, develops autonomous submersible swarm robots for continuous ship hull cleaning and inspection. The company was founded by microrobotics pioneers and is headquartered in the United States, with CEO Sidney McLaurin leading operations. The core technology addresses biofouling - the accumulation of marine organisms on ship hulls that increases drag and fuel consumption - through a system designed to operate continuously at sea without requiring vessels to stop at port. The technical architecture centers on tiny autonomous robots that operate in coordinated swarms to clean and inspect hulls during normal maritime operations. These submersible units are purpose-built for extended deployment in marine environments, handling the mechanical constraints of underwater operation while maintaining autonomous navigation and task execution. The system integrates with an intelligent data platform that processes sensor data from the robot fleet to provide performance insights for vessel operators, enabling data-driven optimization of ship operations. Fleet Robotics claims its technology can reduce fuel emissions by up to 35% through proactive hull maintenance combined with performance analytics. The approach represents a shift from periodic drydock cleaning to continuous maintenance, requiring the robots to handle variable hull geometries, different coating types, and diverse biofouling conditions across global maritime routes. The company's work spans multiple technical domains including microrobotics, swarm coordination algorithms, underwater autonomy, sensor integration, and maritime data analytics, serving the shipping and marine transportation sectors.

In 1689, in the Swedish town of Huskvarna, a rifle factory was born with a relentless commitment to precision and innovation. This unwavering dedication would fuel a remarkable evolution across three centuries, transforming from crafting weapons and sewing machines to pioneering bicycles and motorcycles. But the true breakthrough came in 1959 when Husqvarna entered the outdoor power products industry, and later revolutionized lawn care in 1995 with the world's first robotic mower. Today, that pioneering spirit drives us forward as we shape green spaces and urban environments through sustainable, user-centered solutions - proving that innovation isn't just what we do, it's in our DNA. Our journey represents one of the most extraordinary business transformations in history, proving that adaptability and forward-thinking innovation can sustain a company for over 330 years. From our firearms heritage to becoming global leaders in forest, park, and garden care, we've consistently reinvented ourselves while staying true to our core values of precision, quality, and respect for both our customers and nature. Today, as we lead the charge toward battery-powered robotics and sustainable solutions, we remain that same curious, bold group of pioneers who believe that the best way to honor our heritage is to keep inventing the future.