Atomic Semi

MiTek is a global construction technology company transforming how the world designs, makes, and builds. The company exists to revolutionize the building industry through better building solutions that enable partners to work more collaboratively and unlock value from every project. MiTek's Design-Make-Build™ approach represents a paradigm shift in construction, optimizing the process by designing for off-site components earlier to achieve superior outcomes across all phases of building. Operating across North America, Europe, Middle East, Africa, and Asia Pacific, MiTek serves diverse industries including single-family and multi-family housing, commercial offices, and warehouse distribution. The company's comprehensive solutions span engineered systems and products, automated manufacturing solutions, design and planning software, and technical consulting services. By advancing the adoption of off-site construction, MiTek addresses critical industry challenges including labor shortages, material waste, and energy efficiency while delivering higher quality, increased speed, and enhanced sustainability.

In 2017, Aquabyte was founded with a bold vision: to harness the power of AI and computer vision to transform aquaculture. What started with early prototypes in a San Francisco bathtub has evolved into a global leader in advanced aquaculture technology, trusted by fish farmers across Norway, Chile, the UK, Iceland, and the Faroe Islands. The founders recognized that while oceans cover 70% of our planet, they produce only 5% of our protein - and saw an opportunity to make aquaculture more sustainable through data-driven innovation. Today, Aquabyte combines Silicon Valley innovation with deep aquaculture expertise to deliver a comprehensive monitoring platform that empowers fish farmers with real-time insights. Their custom underwater cameras capture over 1.3 million images daily, which AI algorithms analyze to provide accurate data on fish weight, lice levels, welfare indicators, and behavior. This technology has evolved from simple weight estimation to a full suite of products including automatic lice counting, welfare monitoring, behavior tracking, and feeding optimization. With a team of 51-200 employees working across offices in Norway, San Francisco, and Chile, Aquabyte continues to push the boundaries of what's possible in sustainable food production, helping farmers make smarter decisions that improve efficiency, fish health, and environmental outcomes.

Modern semiconductor manufacturing demands unprecedented precision. Today's advanced chips feature more transistors than people on Earth, with structures 10x smaller than a virus and control requirements at the atomic scale. These devices power everything from smartphones to AI, 5G to autonomous vehicles - yet scaling these processes requires sub-nanometer measurement of increasingly complex 3D structures that traditional metrology cannot reliably deliver. Infinitesima solves this fundamental challenge through revolutionary atomic precision 3D metrology technology. Spun out of the University of Bristol in 2001 by CTO Professor Andrew Humphris, Infinitesima developed the Rapid Probe Microscope (RPM) - a fundamentally different approach combining atomic force microscopy with high-speed laser activation and interferometric accuracy. The RPM delivers picometer precision at speeds 100x faster than conventional probe techniques, enabling cost-effective in-line 3D process control essential for continued semiconductor advancement. With flagship products like Metron3D and RPM Scanner, Infinitesima's technology has been qualified by leading semiconductor companies worldwide, backed by investors including Applied Ventures, and deployed to enable the next generation of powerful semiconductor devices.

The Nuclear Company is building a fleet-scale deployment platform to modernize nuclear construction in the United States. The company's approach centers on a design-once, build-many methodology using proven reactor technology, combined with project management and deployment services that coordinate across communities, regulators, utilities, and industry partners. The company works with named partners including Palantir and Nucor to rebuild America's nuclear supply chain and deliver standardized nuclear power plants at scale. The technical scope spans nuclear construction modernization, standardized and module-based reactor deployment, supply chain development, regulatory compliance, systems integration, and safety engineering. The platform aims to address a significant infrastructure gap: while the U.S. constructed over 100 nuclear reactors between 1960 and 1990, only two reactors have been built since then. The company's deployment priorities emphasize speed, safety, and scale, focusing on establishing repeatable construction processes rather than one-off projects. Led by CEO Jonathan Webb, The Nuclear Company positions its work as part of reclaiming U.S. leadership in nuclear energy infrastructure. The company's operational model integrates partnership management, community engagement, and regulatory coordination with technical deployment capabilities. The stated goal is to enable fleet-scale nuclear deployment comparable to America's major infrastructure buildouts, using proven technology to deliver reliable baseload power generation.

At NIOZ, we believe scientific excellence thrives in an environment that values collaboration, independence, and openness. Our team of marine scientists and support staff work together across two locations in Texel and Yerseke, united by a shared mission to understand and protect our oceans. We cultivate an inclusive culture where people from diverse backgrounds can bring their talents and develop them further. Our leadership fosters transparent decision-making and shows visible commitment to creating awareness of bias, ensuring everyone has the freedom to succeed in their research and contributions. Working here means being part of a community that balances rigorous scientific inquiry with practical seagoing operations. Our researchers have access to state-of-the-art vessels and equipment, conducting fundamental research that addresses the pressing questions of climate change and biodiversity. We maintain strong international collaborations while serving as the Netherlands national oceanographic institute. Our core values of sustainability, responsibility, and accountability guide not just our research but how we work together - creating a healthy working climate where innovation can flourish and where science makes a real impact on society future.

Ekumen operates as a distributed engineering services firm focused on robotics software, extended reality, and simulation systems. Over 13 years, the company has delivered 90+ projects for 50+ clients across the Americas and Europe, working primarily as an embedded technical team that integrates with client development cycles. Core competencies center on ROS/ROS 2 implementation, Gazebo-based simulation environments, and the integration of AI components into robotic systems. The technical stack spans C++ and Python for robotics middleware, Docker for containerized deployments, and Apache Beam/Spark for data pipeline work. Engineers contribute directly to open-source projects including ROS and Gazebo, with company structure supporting cross-timezone collaboration on both greenfield development and legacy system migration. The firm positions itself as a service provider rather than a product company, handling full-stack robotics software from perception pipelines through control systems and simulation validation. Operationally, Ekumen maintains a remote-first engineering model with an internal mentorship program described as a "tech dojo" for knowledge transfer across projects. The company's project portfolio includes work across the robotics ecosystem - from autonomous systems to manipulation platforms - with engagements structured around delivering production-ready software rather than research prototypes. Engineers are expected to take ownership of subsystems end-to-end, with direct client interaction common during integration phases.