business model of RAAAM

Aspect	Details
How RAAAM Started	Founded in 2021 by four PhDs from Bar-Ilan University and Swiss Federal Institute of Technology Lausanne (EPFL) specializing in VLSI design. The team spent over a decade conducting world-leading academic research before commercializing their GCRAM technology. Headquarters in Petach Tikva, Israel, with R&D center in Switzerland.
Present Condition	Successfully raised $24M+ total funding ($17.5M Series A + $4M Seed + €5.25M EIC grant). Silicon-validated GCRAM technology across multiple foundries (TSMC, Samsung, STMicroelectronics) in nodes from 16nm to 180nm. Active collaboration with NXP Semiconductors for technology implementation. Currently qualifying GCRAM for production in leading-edge process nodes.
Future Plans & Industry	Migrating GCRAM to sub-5nm process nodes where SRAM scaling becomes increasingly difficult. Targeting full production qualification with top-tier foundries. Aims to establish GCRAM as the new standard for on-chip memory in AI, automotive, 5G, and high-performance computing chips. The on-chip embedded memory market is valued at over $500M with 12.3% CAGR (2021-2026).
Opportunities for Young Entrepreneurs	The semiconductor memory IP licensing space offers opportunities for deep-tech startups with strong academic foundations and patented innovations. RAAAM demonstrates the viability of addressing fundamental industry bottlenecks through novel transistor-level designs. Access to accelerators like Silicon Catalyst and EU innovation programs can provide crucial early validation and funding.
Market Share of RAAAM	RAAAM currently has minimal market share as they are in pre-production qualification phase. The company is positioning to capture share in the $500M+ on-chip embedded memory market as GCRAM moves from validation to production deployment with semiconductor manufacturers. Potential to disrupt the established SRAM-dominated market.
MOAT (Competitive Advantage)	Patented GCRAM technology using only 2-3 transistors per bit versus 6-8 for SRAM, delivering 50% area reduction and 10x lower power consumption. Drop-in SRAM replacement requiring no additional fabrication steps or costs. Silicon-proven across multiple foundries and process technologies. Decade of academic research creates significant IP barriers. Strategic partnerships with major chip makers like NXP.
Revenue Model of RAAAM	IP licensing business model. Semiconductor companies license RAAAM’s GCRAM technology for integration into their chips. Revenue generated through licensing fees and royalties from chips sold containing GCRAM technology. This asset-light model allows scaling without manufacturing infrastructure investment.