Company information
- Ticker
- ATOM
- Country
- United States
- Sector
- Information Technology
- Industry
- Semiconductors
Atomera Business Summary
Atomera Inc. (ATOM) operates an intellectual property (IP) licensing model centered on Mears Silicon Technology (MST), a quantum-engineered thin film that improves transistor performance by enhancing carrier mobility and reducing leakage. Revenue is generated through a combination of non-recurring engineering (NRE) fees for wafer processing, MSTcad simulation software licenses, and upfront licensing fees, with the long-term objective of securing high-volume royalties upon commercial production. The company’s primary segments include advanced logic (Gate-All-Around), RF-SOI for telecommunications, and power semiconductors (GaN-on-silicon), specifically targeting efficiency gains in AI-driven data centers. Atomera competes with semiconductor IP and materials firms such as Arteris, PDF Solutions, Synopsys, and Soitec. It occupies a niche as a materials-based performance enhancer, positioning itself as a low-CAPEX alternative to traditional process scaling for foundries and integrated device manufacturers. The leadership team is headed by President and CEO Scott Bibaud, an industry veteran who previously held senior leadership roles at Altera and Broadcom, where he oversaw business units generating over $1 billion in annual revenue. Founder and CTO Dr. Robert Mears is a distinguished physicist and the inventor of the Erbium Doped Fiber Amplifier (EDFA), a cornerstone technology of modern broadband infrastructure. The executive suite includes CFO Frank Laurencio, who possesses a background in technology finance and securities law from Davis Polk. Atomera’s board of directors features prominent industry figures, including former Texas Instruments Senior Fellow Duy-Loan Le and former Synopsys CFO Steve Shevick. This deep industry pedigree is complemented by recent institutional support, including a $25 million direct stock offering finalized in February 2026 to fund the commercialization of MST for next-generation transistor architectures.