Micro-scale manufacturing platform for AI hardware and advanced devices
Atomic Machines builds precision manufacturing systems at the micro-scale (MEMS 2.0), with an initial device product targeted at AI data centers. The tech stack reveals a hardware-software hybrid: Python and C++ for control systems, CAD tools (Onshape, SolidWorks, Fusion 360, Altair) for design, and a modern cloud backend (AWS, PostgreSQL, gRPC, React). The hiring velocity is accelerating across engineering and manufacturing—18 senior+ roles posted in 30 days—indicating they're scaling from prototype to multi-site production while building out the software infrastructure for networked, distributed robotics control.
Atomic Machines designs and manufactures micro-scale robotics systems for precision manufacturing at sub-millimeter scales. Founded in 2019, the company has developed the MC-1, a manufacturing technology that expands the design space for micro-electromechanical systems (MEMS) while enabling rapid iteration and scaling to high-volume production. The primary addressable market is AI data center hardware, where their device establishes a new performance tier. Operations span design, prototype machining, and multi-site factory deployment. The company is headquartered in Emeryville, CA, and is actively scaling manufacturing infrastructure and production transitions.
Python, C++, Go for control and backend logic; Onshape, SolidWorks, Fusion 360, Altair for CAD; PostgreSQL, gRPC, Protocol Buffers for distributed systems; AWS infrastructure including Direct Connect and Transit Gateway; React/TypeScript for frontend; Jira, SAP, Oracle for enterprise systems.
Product: first device unveiling and transition to high-volume production. Infrastructure: factory bring-up across multiple sites, automated manufacturing systems, scaling advanced manufacturing infrastructure. Software: networked API for distributed robotics, distributed control systems for the Matter Compiler platform, and mechatronic subsystems development.
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Atomic Machines's technology stack, projects, and hiring signals are inferred from public hiring and company data — career pages, public listings, and company web presence — then clustered and de-duplicated. Figures are estimates that refresh over time. Read our full methodology →
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