Adnan Hamid is the founder and core-technology inventor of Breker Verification Systems, a San Jose EDA company that pioneered graph-based, specification-driven chip verification and helped birth the industry's Portable Stimulus Standard. A Princeton-trained electrical engineer and computer scientist with an MBA from UT Austin, he earned the nickname 'The Breaker' for a simple reason: he breaks things for a living. After leading AMD's verification team to 100% coverage on an x86-class microprocessor and a stint at Cadence, he founded Breker in 2003 with his wife Maheen. He now serves as Executive President and CTO, holds more than 17 patents, and is regarded as one of the original visionaries behind teaching computers to verify the chips inside nearly every modern device.
Breker Verification Systems is a Silicon Valley EDA software company that pioneered Test Suite Synthesis - automatically generating multi-threaded, self-checking test cases that verify complex systems-on-chip far faster than hand-written testbenches. Founded in 2003 by Adnan and Maheen Hamid, Breker is a founding contributor to the Accellera Portable Stimulus Standard and a leader in RISC-V and SoC verification, with its SystemVIP libraries deployed across more than 15 commercial RISC-V projects.
JITX is a Berkeley- and San Jose-based software company building a code-driven, AI-assisted platform for circuit board design. Instead of dragging parts around a canvas by hand, electrical engineers describe what a board must do in code, and JITX selects components, places parts, routes traces, and checks the design against electrical, mechanical, and manufacturing rules. Spun out of UC Berkeley and backed by Y Combinator and Sequoia Capital, the company is used by hardware teams at firms like Honeywell Aerospace, Lockheed Martin, Northrop Grumman, OpenAI, and HP, who report 5-20x productivity gains on complex multi-layer designs.
Quilter is a Los Angeles-based company building the first fully autonomous, physics-driven AI for printed circuit board (PCB) layout. Founded in 2019 by former SpaceX avionics engineer Sergiy Nesterenko, Quilter trains reinforcement-learning agents on the laws of physics - not human design patterns - to place components, route traces, and physics-validate complete board designs in hours instead of weeks. The company positions itself as the 'compiler for hardware,' aiming to make manual PCB layout as obsolete as hand-compiling code.
Ricursive Intelligence is a Palo Alto frontier AI lab using artificial intelligence to compress the slow, expensive process of semiconductor design. Founded in late 2025 by Anna Goldie and Azalia Mirhoseini, the co-creators of Google's AlphaChip, the company is building an end-to-end AI model that designs, verifies and closes silicon, aiming to create a recursive loop where AI designs better chips and those chips train better AI. It raised $335M across seed and Series A rounds, reaching a $4B valuation roughly two months after launch.
Duncan Haldane is the co-founder and CEO of JITX, a Berkeley-born startup that lets electrical engineers design circuit boards by writing code instead of dragging lines on a screen. Before software, he built robots: at UC Berkeley he created two Guinness World Record machines - the X2-VelociRoACH, the fastest robot relative to its size, and Salto, the most vertically agile jumping robot ever built. He holds a PhD in mechanical engineering from Berkeley and started JITX in 2017 because he wanted a faster way to design the hardware inside his robots.
Synopsys is the quiet giant behind the world's chips. Its electronic design automation (EDA) software, semiconductor IP, and AI-driven design tools are used to design and verify nearly every advanced silicon chip on the planet - from smartphone processors to AI accelerators. Founded in 1986 by Aart de Geus and led today by CEO Sassine Ghazi, the Sunnyvale company turned the impossibly hard task of laying out billions of transistors into a software problem, and now layers AI on top of it. Its 2025 acquisition of simulation leader Ansys pushed it deeper into multiphysics and systems engineering.
Sassine Ghazi is the president and CEO of Synopsys, the electronic design automation company whose tools underpin most of the world's advanced chips. He took the top job in January 2024 after 26 years inside the company and steered the $35 billion acquisition of Ansys to close in July 2025.
Celera is an Alameda-based analog semiconductor company using AI to automate the historically artisanal craft of analog IC design. Its ChipHUB platform combines proprietary machine-learning agents with decades of analog expertise to deliver custom analog and mixed-signal chips up to 10x faster than legacy vendors. In March 2025, Celera became the first company to sample an analog IC entirely designed by autonomous software.
Flux is a browser-based, AI-native hardware design platform that turns text prompts into manufacturable printed circuit boards. The San Francisco company calls its product an 'AI Hardware Engineer' and is rewriting how electronics get designed by combining an electronic CAD environment with an agentic copilot that researches parts, draws schematics, lays out boards, and prepares files for fabrication.
D2S, Inc. is a San Jose-based semiconductor software company that builds GPU-accelerated computational design platforms for photomask manufacturing. Its TrueMask product family turns inverse-lithography and curvilinear designs into mask-writer-ready data, and the company runs the eBeam Initiative, a cross-industry consortium pushing electron-beam lithography forward.
Aki Fujimura is the founder, Chairman, and CEO of D2S, Inc., a San Jose-based semiconductor technology company he started in 2007. Armed with MIT degrees in EECS and over 100 US patents, Fujimura has spent four decades at the sharp edge of semiconductor design automation - co-founding Tangent Systems (acquired by Cadence), serving as President/COO at Simplex Solutions (acquired by Cadence), and incubating new businesses at Cadence before betting on GPU-accelerated curvilinear mask technology at a time when the industry thought it impractical. Today D2S powers the photomask manufacturing pipeline for leading-edge chipmakers worldwide, with over 40 Computational Design Platform installations and a growing body of proof that curvilinear ILT masks deliver dramatically better process windows than conventional Manhattan OPC.