ZKsync's Bank Bet: Does the ZK Token Capture the Upside?
ZKsync can help a bank keep its customers’ balances private while using a blockchain. I can see why banks want that. I’m less convinced it makes ZK a good buy.
I’d wait at this price. My reference is US$0.01735632, quoted at 22:54:50 Singapore time on 16 October 2026 and retrieved at 22:56: roughly $187.7m circulating market cap and $364.5m fully diluted valuation (FDV).
All figures below are US dollars. That market cap values the tokens; it isn’t cash backing them or a stake in Matter Labs.
Why ZK has been rising
On 13 October, ZKsync announced Airbender Prime. The team reported that 1 NVIDIA RTX PRO 6000 Blackwell GPU proved 99% of 7,200 consecutive Ethereum blocks in under 10 seconds each, including witness preparation; every block finished within 12 seconds.
A prover supplies cryptographic evidence that computation followed the rules. Making that cheaper and faster helps other parties check the work without repeating it.
Vitalik congratulated the team on 15 October, then called for more work on security and formal verification. I read his original post. He wasn’t endorsing the token.
The rally was already running. Binance’s daily candles show ZK climbing from $0.01139 at the 8 October UTC close to $0.01610 on 11 October, about 41%, before falling to $0.01460 on 12 October.
CoinGecko showed roughly 32% over 7 days and 95% over 30 days in my snapshot. Airbender and Vitalik helped explain the attention, but I can’t separate their effect from earlier institutional expectations and trading momentum.
And Airbender’s post-quantum design doesn’t make every ZKsync chain, bridge and wallet quantum-safe. The benchmark is the team’s test, not an independent security audit.
What ZKsync actually sells
Matter Labs develops ZKsync. Lite launched in June 2020 and Era opened publicly on 24 March 2023; ZK began trading on 17 June 2024.
The names can get confusing:
| Product | What it does | What I need to trust |
|---|---|---|
| ZKsync Era | A public Ethereum rollup for applications; publishes state data to Ethereum and uses validity proofs | Proofs and bridge contracts, plus current operators and upgrade powers |
| ZK Stack and ZKsync OS | Software for running additional chains; new chains use the newer OS execution environment | The particular chain’s operators, settlement, data availability and configuration |
| Prividium | Private, permissioned chains for institutions, with proofs anchoring state updates to Ethereum in the documented Ethereum deployment | The institution also controls access and keeps transaction data off-chain |
| Airbender | Proving technology used in the newer stack | Correct execution rules, proof implementation and verification |
Prividium lets institutions keep data in their own infrastructure and control access. Proofs help counterparties verify computation, but the bank still controls the data and who can transact.
The July 2026 Besu extension also supports permissioned settlement infrastructure. I’d check each deployment before assuming it settles directly on Ethereum.
The licensing story has changed too. Prividium’s permissioning engine became open source on 8 September 2026, while the repository separates that code from proprietary apps, tooling and managed services.
Matter Labs can sell those services. That doesn’t guarantee a compulsory software fee, much less income for ZK holders.
The banks are evidence of interest, not token revenue
Cari selected Prividium on 17 March 2026. By 2 September, it had raised $32.5m from banks and named 6 design partners, including SouthState.
Banks putting money in gets my attention. But I couldn’t verify current production deposit balances, recurring payment volume or revenue reaching ZK holders.
The $600bn-plus figure in project materials is the banks’ combined deposits. It hasn’t all moved onchain. A tokenized deposit remains a bank liability, and any qualifying deposit insurance doesn’t cover ZK.
The other announcements need the same care:
- BitGo, 25 March 2026: custody and tokenized-deposit partnership; no disclosed token-holder earnings.
- UBS, Q1 2025 review: tokenized-gold proof of concept on a validium testnet.
- Deutsche Bank/Memento’s DAMA 2: institutional tokenization architecture; customer balances and ZK revenue aren’t established by deployment.
- NexBridge, 5 October 2026: an MOU for Japan, rather than a completed bank rollout.
The 12 October Q3 report says private atomic interoperability is on Matter Labs-operated mainnets, with customer upgrades continuing in Q4. ERP and treasury integrations aren’t available yet; ISO 20022 integration is still a proof of concept.
What does a ZK holder receive?
ZK holders can delegate votes on protocol upgrades and token programs. They don’t own Matter Labs or automatically receive its licensing income.
Era uses ETH for gas. Account abstraction allows other payment arrangements, but more transactions don’t require every user to hold ZK.
The November 2025 proposal describes routing protocol fees and enterprise proceeds into ZK purchases, burns and rewards. There has been implementation work: ZIP-14’s burn upgrade executed in December 2025, followed by Fee Flow contracts on 1 May 2026.
Fee Flow lets participants pay a set amount of ZK to claim accumulated fee assets. The received ZK goes to a splitter, initially set to burn 100%.
I checked those contracts through Era’s public RPC. They have deployed code, the auction threshold is 1m ZK, and the burn setting remains 100%. The splitter returned no Split events since deployment through my 16 October check, although its initialization events were present.
That check covers these contracts, not every possible buyback wallet. The Q3 report also says they’re awaiting governance activation: the original Gateway fees were removed from v31, and private interoperability pricing is still being developed.
The staking pilot distributed 5.3m ZK in its first season. Its mint-funded reward budget doesn’t establish revenue from paying customers.
Public usage is small beside the ambition
My DefiLlama snapshot on 16 October showed:
| Metric | Observed value | What it measures |
|---|---|---|
| DeFi TVL | $15.02m | Capital in tracked DeFi protocols |
| Stablecoin supply | $36.17m | Tracked stablecoins on Era |
| DEX volume, 24 hours | $894,009 | All tracked Era DEX trading, not ZK trading alone |
| Chain fees, latest daily observation | $1,705 | 15 October UTC gas fees |
| Chain fees, 7 completed days | $4,188 | 9–15 October UTC |
| Chain fees, 30 completed days | $14,017 | 16 September–15 October UTC |
L2BEAT showed $315.9m of value secured and 0.36 user operations per second over the past day. Value secured differs from DeFi TVL, and operations aren’t unique people.
DefiLlama also showed $1.268bn of RWA active assets. These can be permissioned investment records rather than liquid trading capital, as Tradable’s documentation illustrates. They don’t back ZK or count as its revenue.
Annualizing the 30-day chain fees gives about $171,000. The $364.5m FDV is roughly 2,100 times that gross fee pace, before settlement, proving and operating costs, or any payment to holders.
That comparison can’t measure confidential institutional business. But today’s public activity gives me little support for the valuation.
Meanwhile, TPP-18 authorizes 67m ZK monthly for 12 months, or 804m ZK, for Matter Labs’ work. Future minters can be revoked; authorization doesn’t mean every token has been minted or sold.
I couldn’t establish current consolidated cash runway or enterprise profits. Historical fundraising and the original token allocation don’t answer that.
The competition and risks are concrete
I’d compare ZKsync’s bank offering against these alternatives:
| Alternative | Why a customer might choose it | What ZKsync must prove |
|---|---|---|
| Arbitrum chains / Orbit | Custom chains, configurable data availability, fees and access controls | Its proof and privacy package saves enough integration work; private chains aren’t unique to ZKsync |
| Optimism / Superchain | A standardized Ethereum-compatible stack and shared chain infrastructure | A bank needs Prividium’s confidential workflow enough to choose it over a standard rollup stack |
| Starknet | Another validity-proof system, with its own Cairo development environment | Superior end-to-end product and developer experience, beyond a prover speed comparison |
| Polygon CDK / Agglayer | Custom chains and cross-chain connectivity, including atomic operations | Institutions prefer its private coordination and commercial package |
| Canton | Privacy and synchronized transactions between institutional applications | Ethereum settlement and integration benefits outweigh a competing institutional network’s relationships and different trust model |
Production integrations and relationships could matter more than GPU speed. But banks can negotiate fees, run open-source code themselves or use several networks.
L2BEAT still rates Era Stage 0, with centralized operators, restricted proposers and an emergency upgrade path without an exit delay. That’s its maturity assessment, not a security guarantee.
The April 2025 airdrop incident involved a compromised administrator minting 111.9m unclaimed ZK. It wasn’t a failure of the rollup’s validity proofs.
Matter Labs announced EraVM’s retirement on 4 September, with transition work beginning within 6 months and later guidance for smart-contract positions. Era’s minimum withdrawal execution delay increased to 24 hours on 7 October.
Faster proving doesn’t remove that delay, bridge bugs, administrator powers or private operators’ control over data. Bank procurement and regulation can slow adoption too.
I’d watch trading liquidity as well. At 22:52 Singapore time, Binance’s ZK/USDT book had about $195,000 of bids within 2% below the midpoint and $162,000 of asks within 2% above it, at a 0.057% spread.
Those orders can disappear. I’d check the live book, exchange custody and supported withdrawal network before buying.
My bear, base and bull valuations
CoinGecko reported 10.8165bn circulating ZK; CoinMarketCap reported 10.9776bn, about 1.5% more. I use CoinGecko’s figure with its quote, since I couldn’t reconcile the balance classifications.
The RPC returned 15.436bn minted, matching CMC’s total supply. CoinGecko uses the full 21bn allocation instead. Capped minters explain the difference: authorized recipients mint tokens over time, and governance can upgrade the current 21bn cap.
Tokenomist schedules a release on 17 October 2026. CoinGecko estimates 173.08m ZK, about 1.60% of its reported float and $3.0m at my reference price. Insider vesting runs through June 2028, but revised allocations and rounded disclosure figures leave the exact release amount uncertain.
For 31 December 2028, I assume 18bn circulating ZK, 66.4% above today’s reference float: roughly 3.63bn from 21 monthly releases through June 2028 at the tracker rate, plus 3.55bn of additional treasury/ecosystem circulation, net of lasting burns.
That extra circulation is my stress assumption, not an announced schedule. Employee grants and governance decisions can change it; 3bn would still sit outside this modeled float.
| Scenario | What happens by end-2028 | Circulating market cap assumed | ZK price at 18bn float | Return from $0.01735632 |
|---|---|---|---|---|
| Bear | Bank work stays narrow; fee capture disappoints; token funding continues | $50m | $0.00278 | -84% |
| Base | Some production customers; limited, still uncertain token economics | $300m | $0.01667 | -4% |
| Bull | A significant institutional network and sustained, meaningful token capture | $1.5bn | $0.08333 | +380% |
These are illustrative market valuations, not cash-flow fair values or probability-weighted forecasts. The base case shows how dilution can swallow a larger market cap. Total loss is possible beyond the bear case.
For a separate revenue check, I assume 25 times sustainable annual net value directed to ZK. The scenarios imply FDVs of $58.3m, $350m and $1.75bn, requiring $2.3m, $14m and $70m a year respectively.
That multiple is my assumption, not a peer average. I mean outside-funded purchases, burns or distributions after costs, rather than customer AUM, gross sales or minted staking rewards.
Today’s $364.5m FDV would need about $14.6m a year on that basis. I haven’t verified anything close reaching ZK.
At the same circulating market caps, a 21bn float would lower the table’s prices another 14.3%. A $0.10 token would mean $2.1bn FDV.
What would make me buy, or give up
I’d reconsider after several quarters of paying production use, with approved, enforceable revenue routing and verifiable fees reaching ZK. I’d also want current treasury and cash-runway figures, customer interoperability deployments and a clear EraVM transition.
The thesis fails if banks use the software but little value reaches ZK, competition kills pricing, or token spending overwhelms outside demand. A serious proof or bridge failure could end it sooner.
The community’s complaints aren’t audited accounts. The project’s own disclosures explain enough of my hesitation.
I could miss a rally while waiting (annoying, but survivable).
Show me the fees reaching the token.