In the conference rooms of major financial institutions in New York, London, and Abu Dhabi, a quiet game is underway that will determine the future direction of global financial infrastructure over the next decade.

This is no longer a debate about whether to transform, but an ultimate choice of which track to follow.
2026 is the window period for this architectural decision.
JPMorgan Chase's Kinexys platform has processed over $1.5 trillion in transactions on the blockchain track, with an average daily trading volume of $15k;
DTCC is advancing the tokenization of U.S. Treasury bonds and has received SEC approval;
The global stablecoin supply has surpassed $300 billion, with 93% of U.S. tokenized assets settled on Ethereum.
According to the GFMA report in April 2026, interoperability of tokenized deposits, transaction privacy standards, and mechanisms equivalent to real-time gross settlement systems (RTGS) are urgent core issues to be addressed.
In the next 18 months, whoever can solve these problems will define industry standards.
In the field of settlement infrastructure, first-mover advantages have strong structural barriers.
The costs of migrating financial infrastructure go far beyond technology, including high operational costs, regulatory re-approval costs, and counterparty-related costs.
Once banks deploy tokenization networks on a specific tech stack, switching costs will rise exponentially.
This is the underlying logic behind SWIFT expanding from 239 banks to over 11,000, and Visa moving from regional networks to a global scale.
@zksync is currently establishing a leading position in this competition through its integrated technology stack.
Deutsche Bank has launched the Memento tokenized fund platform on ZKsync;
ADI Chain has gathered giants like the Central Bank of the United Arab Emirates, BlackRock, and Mastercard;
Cari Network is connecting five U.S. regional banks with total deposits exceeding $600 billion.
ZKsync offers four key features needed for production-level institutional settlement: architectural privacy protection (ensuring counterparties cannot peek at holdings through zero-knowledge proofs), institution-controlled execution environments, cryptographic finality without optimistic challenge windows, and atomic cross-chain composability.
Once the first regulatory agencies make architectural decisions, network effects will begin to compound mathematically.
Ten institutions can form 45 settlement corridors, while 100 institutions can form nearly 5,000.
Each additional regulated bank joining the ZKsync track increases the cost for others to choose competing tracks.
This compounding effect is asymmetric; the advantage of leading players grows much faster than the rate at which competitors narrow the gap.
Do you think, in the face of such high switching costs and complex compliance requirements, that latecomers still have a chance to break through these structural barriers caused by network effects through pure technological iteration?