ZKsync (ZK)

Los OGs recall the huge expectations they had with ethereum:0x66a5cfb2e9c529f14fe6364ad1075df3a649c0a5 Terrible airdrop https://t.co/7I4TzttKTp

💊 FENTANYL + CRYPTO FRAUD — ONE NETWORK, TWO CRIMES Nikkei Asia Investigation — June 22, 2026 Organization: Hubei Amarvel Biotech (Wuhan) ↳ Exported fentanyl precursors to the U.S. ↳ Operated through Firsky KK in Nagoya, Japan CRYPTO SCAM: ↳ Created a fake https://t.co/5QUrRrDCw8 token ↳ Copied the real ZKsync (Ethereum L2) brand ↳ Used a Japanese domain for credibility ↳ Targeted users worldwide ↳ Losses exceeded $1M ↳ 120 transactions linked to sanctioned entities ↳ Chainalysis reportedly identified laundering activity STATUS: ↳ Two executives convicted in Manhattan court ↳ Firsky liquidated in July 2024 ↳ Boss in Japan Xia Fengzhi — whereabouts unknown TRM Labs: ↳ 97% of Chinese drug-precursor manufacturers accept crypto. Drugs + crypto fraud — same network. Japan address. Fake token. $1M gone. zksync. jp — one dot changed everything. Always verify the contract address.

An cryptocurrency fraud thread involving the fake token Zksync jp has emerged. The case is said to be linked to a Chinese network and wallets under sanctions. This is another example of how cybercriminals use well‑known project names to build trust. Users should be wary of tokens impersonating popular ecosystems. In crypto, a single typo, a fake domain or an unverified contract can mean loss of funds. #KryptoEkipa #KryptoEdukacja

🚨FENTANYL-LINKED CHINESE NETWORK BEHIND JAPAN CRYPTO SCAM!!! According to a Nikkei investigation reported by The Block, a Chinese group suspected of exporting fentanyl precursors ran a major crypto fraud operation from a base in Japan. The network allegedly pushed a fake “zksync jp” token, impersonating the legitimate zkSync Layer 2, to trick users worldwide. Blockchain trails also showed more than 120 transactions tied to U.S.-sanctioned entities, pointing to money laundering.

According to an investigation by the Nikkei, a Chinese fentanyl precursor chemical supply network was found to have financial links to cryptocurrency fraud and money laundering activities. The investigation showed that during the operation of the Japanese affiliate Firsky, the network had more than 120 cryptocurrency transactions associated with multiple financial fraud groups and addresses linked to U.S. sanctions targets. Among them, a fraudulent token project called “zksync jp” is alleged to have borrowed the name of the Ethereum Layer 2 network ZKsync to carry out scams, causing losses of hundreds of millions of yen. (The Block) https://t.co/Pk8ROlC0Vf

Custody Is the Quiet Gate Every Institutional Settlement Network Has to Clear First Most analysis of onchain settlement counts banks. The more useful thing to count is custodians, because a regulated institution cannot settle an asset it cannot first hold under its own compliance rules. This is the step that gets skipped in the excitement about tokenized deposits and tokenized funds. Settlement and custody are not the same problem. A bank can be convinced the rails are fast and final and still be unable to touch them, because its mandate requires qualified custody with specific controls over keys, segregation, and audit. No custody path means no participation, regardless of how good the settlement layer is. That is why the BitGo institutional custody and wallet integration with Prividium matters more than its size suggests. It is not one more logo. It removes the precondition that blocks every incoming institution before settlement is even on the table. Consider the order of operations a regulated entity actually follows: • It must custody the asset within a framework its regulator already accepts. • Only then can it settle, because settlement moves assets that have to be held somewhere compliant at rest. • Only then do network effects apply, because a corridor needs two institutions that can both hold and move. Seen this way, the deployments on @zksync rails are not parallel announcements. They are a sequence. Custody integration is the part that converts a settlement layer from a demo into something an incoming bank can actually onboard to, because the holding problem was solved before the bank arrived. The architecture underneath is what makes this hold together rather than a set of separate vendor relationships. Banks execute inside private environments where only zero-knowledge proofs and state commitments reach Ethereum, settlement is final without optimistic challenge windows, and the same stack carries custody, execution, and interop instead of stitching them across teams. Here is the part worth contesting: the institutional race in 2026 will not be decided by whoever has the fastest proofs or the most famous bank logo. It will be decided by whoever made it boring and compliant to hold the asset in the first place, because that is the step that quietly gates all the others. For anyone who has actually sat through an institutional custody and settlement review, which gate really decides whether a bank can join a network: the speed of settlement, or the holdability of the asset at rest?

Banks aren’t choosing a blockchain. They’re choosing the regulatory perimeter they’ll operate inside for the next decade. That’s what the 2026 settlement infrastructure decision is really about. Right now, institutions are evaluating a set of unresolved questions that the April 2026 GFMA report identified as critical for institutional onchain finance: interbank interoperability for tokenized deposits, transaction privacy, RTGS-equivalent settlement, and governance for digital money. These are not isolated technical features. Together, they determine whether a settlement rail can support regulated financial activity across jurisdictions. Every rail exposes information differently. What a regulator can access, what a counterparty can infer, what an infrastructure operator can reconstruct. Those design choices shape compliance obligations, liability frameworks, and ultimately which markets a bank can operate in. This is why privacy has become a structural issue rather than a product feature. A privacy model that works for one jurisdiction may fail in another if confidentiality depends on permissions that can be altered later. For global institutions, privacy increasingly needs to be architectural: a property of the system itself rather than a setting that can be switched on or off. That changes the importance of zero-knowledge infrastructure. Instead of forcing institutions to choose between transparency and confidentiality, zero-knowledge systems allow settlement validity to be publicly verified while keeping transaction details, positions, strategies, and counterparty relationships private. Regulators can receive verifiable access without exposing sensitive information across the entire network. For banks evaluating long-term settlement rails, that distinction matters. The market opportunity is no longer theoretical. JPMorgan’s Kinexys platform has processed more than $1.5 trillion in transaction volume. DTCC is advancing tokenized Treasury infrastructure under existing regulatory frameworks. NYSE, BNY, and Citi are building tokenized securities rails. Meanwhile, the majority of tokenized U.S. assets already settle on Ethereum-based infrastructure. The institutions entering these networks today are not simply choosing technology. They are helping define the standards future participants will inherit. That is where first-mover dynamics become powerful. Financial infrastructure compounds differently from consumer technology because adoption creates operational lock-in. Once a bank integrates a settlement rail, the costs of switching extend far beyond software migration. Institutions must repeat audits, satisfy regulators, rebuild operational workflows, renegotiate counterparty agreements, and re-establish risk controls that may have taken years to construct. History shows how durable these effects can become. SWIFT began with 239 institutions in the 1970s. Today it connects more than 11,000 financial institutions globally. Its dominance was not driven by superior technology alone. It persisted because every new participant increased the value of the existing network while raising the cost of choosing an alternative. Settlement infrastructure follows the same logic. Ten institutions create 45 potential settlement corridors. One hundred create nearly 5,000. Each additional participant increases not only transaction volume but also the number of relationships available through the network. The result is an asymmetry where the leading network's advantage compounds faster than competitors can replicate. This is why @zksync is worth watching in the institutional race. Its zero-knowledge architecture addresses one of the most difficult constraints identified by global financial institutions: achieving verifiable settlement while preserving confidentiality across jurisdictions. As more regulated deployments move onchain, infrastructure capable of satisfying both regulatory oversight and privacy requirements becomes increasingly valuable. The key question is no longer whether institutional finance moves onchain. That transition is already underway. The question is whether privacy-preserving settlement standards can achieve sufficient adoption before regulatory fragmentation hardens into separate regional systems. History suggests that once regulated institutions converge on a settlement standard, displacement becomes increasingly uneconomic. The next 18 months may determine which networks become the foundation layer for institutional settlement in the decade ahead.

I've spent a lot of time thinking about $ZK. There's a ton of negativity around the token, but if we're being objective, the problem isn't ZK token itself. The problem is that the entire L2 sector looks cooked right now.. with MEGA feeling like the final nail in the coffin. In fact, compared to many other L2s, $ZK has held up surprisingly well. The real question is: does the L2 meta ever come back? 👀

Putting it all into ZK on 100x leverage https://t.co/uheicR309A