ESA

ESAB is a global manufacturer of welding and cutting equipment with approximately 9,000 employees operating across 147 countries. Founded in 1904 by Oscar Kjellberg, who invented the world's first coated electrode, the company has built its fabrication technology portfolio around welding equipment, cutting systems, automation and robotics solutions, filler metals, personal protective equipment, and digital workflow tools. The company serves shipyards, construction sites, automotive manufacturing facilities, and energy production operations. The automation and robotics division develops solutions for fabrication processes, integrating with the company's broader equipment ecosystem. ESAB's technical approach spans the complete fabrication workflow - from manual welding equipment through robotic cells, supported by consumables and digital tools for process monitoring and optimization. The product architecture addresses hardware integration challenges across welding power sources, cutting systems, and robotic controllers, with particular focus on repeatability and process control in high-volume manufacturing environments. ESAB's engineering work addresses practical constraints in metal joining and cutting: thermal management in high-duty-cycle applications, arc stability across varying material conditions, and sensor integration for adaptive process control. The digital workflow solutions provide data capture and analysis capabilities for fabrication operations, connecting equipment performance metrics with production planning systems. The company's scale - serving multiple heavy industries globally - provides exposure to edge cases across different materials, joint geometries, and production requirements from shipbuilding through automotive assembly.

WeRide is a global leader in autonomous driving technology, developing solutions from Level 2 to Level 4 autonomy. Founded in 2017 and publicly traded on Nasdaq (WRD) and Hong Kong Stock Exchange (0800), WeRide operates the world's largest autonomous driving footprint with commercial services and permits across eight countries. The company's WeRide One universal platform powers five core products: Robotaxi, Robobus, Robovan, Robosweeper, and WePilot ADAS, serving smart mobility, logistics, and sanitation sectors. With over 2,200 days of continuous operations spanning more than 55 million autonomous kilometers, WeRide has established itself as the first publicly listed universal autonomous driving company. The company's 1,600+ vehicle fleet operates in over 40 cities across 11 countries, including the world's first large-scale commercial Robotaxi operations in China and the UAE. Strategic partnerships with global automotive leaders including Renault-Nissan-Mitsubishi Alliance, Yutong Group, GAC Group, and BOSCH demonstrate WeRide's commercial viability and technical excellence.

CERN, the European Organization for Nuclear Research, operates the world's largest particle physics laboratory, conducting fundamental research into the building blocks of matter and the forces that govern them. At its core is the Large Hadron Collider (LHC), a particle accelerator generating vast amounts of experimental data that require sophisticated computing infrastructure to process and analyze. Under the leadership of Director-General Fabiola Gianotti, CERN brings together scientists, engineers, and technicians from approximately 100 nationalities in a broad international collaboration. Beyond physics research, CERN has a significant legacy in technology transfer and innovation. Notably, the World Wide Web originated at CERN in 1989 and was placed in the public domain in 1993, enabling global connectivity. The computing infrastructure required for LHC data has advanced distributed computing, data management, and information-sharing technologies. CERN operates at the intersection of fundamental physics, advanced engineering, and cutting-edge computing. Technical domains span particle physics experimentation, accelerator technology, large-scale scientific computing systems, and technology development with applications in other fields. Engineers at CERN work on complex technical challenges at scales rarely encountered elsewhere.

Astranis is building a new class of satellites - small, powerful satellites for high orbits with the latest in digital processing technology. We designed our first product, MicroGEO, to offer dedicated satellite broadband at the world's lowest cost. Today we have five satellites on orbit, with more than 10 satellites under contract for customers around the world, representing over $1 billion of satellite services sold. What we're doing hasn't been done before. High orbits like geostationary (GEO) are incredibly valuable but technically demanding - the radiation environment would fry normal computer hardware, and getting there requires specialized propulsion. We've solved these problems by building small, radiation-hardened spacecraft that were thought impossible until we built them. We design, manufacture, test, and operate everything out of our headquarters at Historic Pier 70 in San Francisco, a facility that previously built warships and now builds spaceships.

Orbem exists to shed light on the world's toughest challenges by combining rapid magnetic resonance imaging with advanced deep learning algorithms. By making MRI technology fast, accessible, and simple, Orbem unlocks hidden biological insights that were previously unattainable at industrial scale. Their AI-powered imaging platform, the Genus product family, delivers non-destructive insights for everything from poultry and fruits to nuts and human health applications. Founded in 2019 as a spin-off from the Technical University of Munich, Orbem has grown to over 200 team members across offices in Munich and Houston. The company's mission-driven approach addresses critical global challenges: reducing the 1.25 billion tonnes of produce lost annually between harvest and retail, enabling sustainable food production for 10 billion people by 2050, and transforming disease detection. By providing radical transparency through inside-out intelligence, Orbem champions ethical production while building technology that serves both business value and planetary health.

AFRY is a European engineering, design, and advisory services firm with over 18,000 experts operating across more than 40 countries. Founded in 1895 through a merger of Swedish and Finnish engineering traditions, the company maintains a 130-year legacy in technical problem-solving while executing projects in over 100 countries. The firm generates SEK 27 billion in annual net sales, with 75% of operations concentrated in the Nordic market. Its multilingual workforce speaks more than 50 languages, enabling direct technical communication across global project deployments. The company operates through three global divisions delivering end-to-end engineering solutions. The Energy division focuses on clean energy transition projects and energy sector infrastructure. The Industry division provides engineering services for manufacturing clients and secures raw materials supply chains for industrial advancement. The Transportation & Places division designs infrastructure systems and built environment projects that connect communities. Each division combines sector-specific engineering expertise with advisory services spanning project lifecycle phases from initial assessment through deployment. AFRY's technical domains include engineering design, infrastructure development, energy systems, industrial process optimization, and transportation networks. The firm positions itself as a technical partner in energy and industrial transitions, applying systems-level engineering to sustainability challenges. With a workforce distributed across Europe and established presence in Nordic countries, the company maintains both regional depth and capacity for international project execution. Led by CEO Linda Pålsson, AFRY operates from Swedish headquarters while serving industrial, energy, and infrastructure clients globally.