Cerebras Systems, Inc. is the undisputed pioneer and world leader in wafer-scale computing, fundamentally revolutionizing the semiconductor and artificial intelligence hardware industries. Founded in 2015 by veteran computer architects Andrew Feldman, Gary Lauterbach, Sean Lie, Michael James, and Jean-Philippe Fricker, Cerebras conquered the semiconductor industry's greatest unachieved milestone: manufacturing an entire 300mm silicon wafer as a single continuous supercomputing chip. Its flagship processor, the Wafer-Scale Engine 3 (WSE-3), packs an unprecedented 4 trillion transistors, 900,000 AI-optimized cores, and 44 gigabytes of on-chip SRAM, delivering 21 Petabytes per second of memory bandwidth. Today, Cerebras generates over $250 million in annualized run-rate revenue, powers multi-exoflop supercomputers for G42 and US national laboratories, and filed for a landmark Nasdaq initial public offering valued over $7.0 billion under the visionary leadership of CEO Andrew Feldman.
Cerebras Systems operates a high-margin semiconductor systems, exascale supercomputing deployment, and recurring cloud software business model. Its revenue architecture spans three core engines: First, turnkey supercomputer systems sales: sovereign governments, research universities, and enterprise conglomerates purchase Cerebras CS-3 systems cabinets at multi-million-dollar price points, complemented by high-margin multi-year software maintenance, cluster orchestration, and customer support contracts. Second, exascale supercomputing constellation agreements: multi-hundred-million-dollar strategic infrastructure contracts (such as its historic partnership with UAE technology group G42) to construct and manage the Condor Galaxy network, interconnecting dozens of wafer-scale engines into distributed multi-exoflop clusters. Third, the Cerebras Inference Cloud: a high-margin, rapidly compounding serverless API consumption platform where developers and enterprise clients pay usage fees per million tokens consumed to access the world's fastest LLM generation speeds (exceeding 1,800 tokens per second).