NEA Partner: The Problem with Corporate Cash Management Is Infrastructure, Not Products
New Enterprise Associates (NEA) partners Philip Chopin and Hunter Worland outline the thesis for leading Spiko’s $90 million Series B financing: corporate cash loses billions of euros in yield annually, not due to a lack of high-interest products, but because underlying infrastructure remains fragmented across different institutions, ledgers, and overnight batch files; tokenization compresses ownership and balances into a single programmable ledger, solving both yield accumulation and automation; Europe serves as the entry point due to the largest yield gap, insufficient bank technology investment, and Spiko having already assembled its regulatory stack.
New Enterprise Associates (NEA), an American venture capital firm, partner Philip Chopin and Hunter Worland opened their explanation for why they are leading Spiko’s $90 million Series B financing round for the Paris and London-based corporate cash management platform with a single sentence: too many businesses pay to lose money. More precisely, they pay management fees, performance fees, and transaction fees to hold cash that loses purchasing power every year on an inflation-adjusted basis.
The problem they identified is not that any specific bank offers low interest rates, but that the underlying infrastructure for corporate cash management remains stuck in the 20th century. Each layer is operated by a different institution, uses different ledgers, reconciles via overnight batch files, and exposes data to customers through outdated interfaces. The result is that businesses collectively lose billions of euros in yield annually, simply because the pipes beneath their cash have not been rebuilt.
Building on this diagnosis, Chopin and Worland define tokenization as the next foundational shift in financial infrastructure. Its mechanism involves migrating assets onto shared ledgers where ownership and balances exist on a single programmable ledger, enabling instant settlement, continuous yield accumulation, and software-driven workflows to replace batch processing and manual operations.