Silicon Valley Bank: The Rise and Fall of a Community Bank for Tech [Paperback]

Describes the founding and ascent of Silicon Valley Bank to challenge the conventional understanding of risky tech lending.This book describes the founding and ascent of Silicon Valley Bank (SVB). Interviews with the original founders and early employees to the current CEO of SVB demonstrate how the bank helps shape Silicon Valley and innovation centers worldwide from 1983 to the present.This book describes the founding and ascent of Silicon Valley Bank (SVB). Interviews with the original founders and early employees to the current CEO of SVB demonstrate how the bank helps shape Silicon Valley and innovation centers worldwide from 1983 to the present.This book provides a first-hand account of the founding, ascent, and dissolution of Silicon Valley Bank (SVB), a tech community bank founded in 1982 with US$5 million that became the nation's 13th largest bank and tech industry's lender and bank. In this pathbreaking work, which challenges conventional understanding of risky tech lending by showing how an independent community bank became the go-to bank for the tech industry in the United States, Xuan-Thao Nguyen includes interviews with key players, ranging from the original founders and early employees to the current CEO of SVB. Chapters explore how the relationship between the venture capital (VC) industry and SVB transformed the way commercial banks comply with banking regulators while lending and nurturing young tech clients. The book demonstrates why the relationships between investors, start-ups, bankers, lenders, experts, lawyers, regulators, and community leaders are key ingredients for ongoing innovation in the tech industry. The book concludes with the sobering dissection of SVB's sudden death by $142 billion cuts inflicted by tech bros, social media, and the Federal Reserve Bank's successive interest rate hikes to squash the overheated economy.1. The bank for the innovation economy; 2. The students  they asked; 3. Bank atrophy and outliers; 4. The Stanford lƒ%