The value capture of Layer 2 tokens remains one of the most perplexing unresolved questions in Ethereum’s ongoing ecosystem expansion.
Over the past three years, nearly every native token from Ethereum scaling solutions has repeatedly faced the same dilemma: token holders enjoy voting rights, yet they receive no direct economic returns from protocol growth. Surging on-chain daily active users, rising total value locked, and increasing sequencer revenues—all these positive developments seem to have little impact on token prices. Governance rights are not inherently scarce, and when governance topics are only loosely tied to token holders’ interests, the term "governance token" becomes a subtle irony.
On April 27, 2026, Matter Labs formally submitted the V31 protocol upgrade proposal as ZIP-16 to the ZK Nation governance forum. Beneath the technical documentation lies a deeper significance—it marks the first time ZK tokens are embedded with a consumption mechanism directly linked to network usage: every cross-chain interoperability call requires ZK tokens, which are routed through the Fee Flow system and sent straight to the burn channel.
This signals a shift in ZKsync’s token economics from "governance-first" to "utility-first," offering the entire Layer 2 sector a new value capture model worth examining. In an environment where industry narratives are weakening and Layer 2 tokens are under pressure, the debate sparked by this upgrade extends well beyond the ZKsync ecosystem itself.
According to Gate market data, as of May 26, 2026, the ZK token price stands at $0.01454, down about 76.33% over the past year, with a market cap of approximately $141 million and a total supply of 21 billion tokens. Market sentiment is neutral. Whether the V31 upgrade can reverse this sluggish trend depends on how quickly and at what scale the burn flywheel starts spinning.
From ZKnomics Roadmap to V31 Proposal: A Clear Timeline
The Dilemma of Governance Tokens and Signals of Breakthrough
In June 2025, the ZKnomics roadmap was unveiled, outlining three core principles: usage-driven revenue, programmatic allocation, and gradual implementation. In November of the same year, ZIP-14 was approved, embedding permissionless burn functionality into the token contract and setting a total supply cap at 21 billion.
By 2026, the pace of transformation accelerated. In January, Matter Labs released its annual roadmap, establishing privacy, deterministic control, and native interoperability as foundational pillars for institutional digital asset adoption. On February 3, the ZKnomics staking pilot was launched, marking a critical shift from "holding equals governance" to "staking equals participation." On February 27, ZKsync Lite was officially announced to be discontinued. In April, the on-chain governance system went live, allowing token holders to directly submit and vote on protocol upgrades.
On April 27, the V31 upgrade proposal was formally published in the governance forum. Voting began on May 3. On May 6, the Fee Flow System v1.0 was released, completing the final piece from "fee collection" to "value flow."
What Changes with the V31 Upgrade
The ZIP-16 proposal introduces several key elements:
First, it brings native cross-chain interoperability. Through Interop Calls and Bundles, assets and contract calls can move across different chains within the ZKsync ecosystem. The Bundles mechanism allows a group of cross-chain calls to be packaged and sent to the target chain, supporting chained combinations—from Chain A to Chain B to Chain C—enabling complex cross-chain operation paths. The proposal adopts ERC-7786 and ERC-7930 as interoperability standards for cross-chain messaging.
Second, it establishes a cross-chain fee system. Every cross-chain call must pay fees in ZK tokens. While the ZIP-16 proposal does not specify the exact fee rate, discussions from the community and industry media suggest a preliminary rate of 10 ZK per call, with the final rate to be determined by governance.
Third, it provides Stage 1 support for L1 settlement chains. A priority mode is introduced to enhance censorship resistance, alongside broad compatibility upgrades for ZKsync OS. Protocol version 30 was used for the ZKsync OS chain but not deployed to the Era mainnet, so the Era chain upgrades directly from V29 to V31.
Cross-Chain Fee Flow: The Complete Loop from Collection to Burn
The Two-Layer Architecture of the Fee Flow System
Released on May 6, 2026, Fee Flow System v1.0 is key to understanding V31’s token value capture. The system consists of two core smart contracts:
First, the permissionless auction contract. When the protocol accumulates non-ZK assets as fee revenue (such as USDC, ETH, etc.), anyone can claim these assets by providing a fixed amount of ZK tokens to the contract. This mechanism converts token value without relying on centralized market makers.
Second, the distributor contract. ZK tokens flowing into the system are routed here and distributed according to governance parameters. The initial setting is 100% burn, with no other recipients.
The elegance of this design lies in its market-driven bridge between protocol revenue (non-ZK assets) and ZK token demand. As valuable assets accumulate in the Fee Flow contract pool, market participants will naturally purchase ZK tokens to claim these assets, then feed the acquired ZK back into the system, ultimately triggering the burn—a self-reinforcing loop of "protocol fees → ZK demand → burn."
Scenario Analysis of Burn Demand
Depending on cross-chain transaction volumes, daily ZK token consumption can vary dramatically (the following logical deductions are based on known parameters; actual data depends on protocol usage and the final governance-set fee rate):
| Scenario | Daily Cross-Chain Calls | Daily ZK Consumption | Annualized Consumption |
|---|---|---|---|
| Conservative | 5,000 | 50,000 | ~18.25 million |
| Baseline | 50,000 | 500,000 | ~182.5 million |
| Optimistic | 200,000 | 2,000,000 | ~730 million |
| Institutional Scale | 1,000,000 | 10,000,000 | ~3.65 billion |
Note: These figures are logical projections based on the current preliminary fee rate (10 ZK per call) and do not represent actual forecasts. The final fee rate will be set by governance, and real cross-chain transaction volumes depend on ecosystem activity post-V31 deployment. With a total supply of 21 billion, the cumulative effect of annualized consumption is significant in the optimistic scenario.
The Game Theory of Fee Adjustment
A key feature of the Fee Flow system is that its parameters can be adjusted via governance. The initial 100% burn ratio can be changed through standard ZIP and GAP processes, and governance can allocate some ZK tokens to staking rewards, ecosystem funds, or other purposes. This means the ultimate shape of ZK token economics will depend on the balance of power in governance votes, rather than a one-time decision.
Staking Pilot and Governance Activation: The Dual-Track Design of ZKnomics
Staking Pilot Performance
Launched on February 9, 2026, the ZKnomics staking pilot marked a crucial shift from passive holding to active participation for ZK tokens. The program runs in two seasons: the first with a reward cap of 10 million ZK, the second with a cap of 25 million ZK, totaling 37.5 million in rewards. Target annual yields start at 3%, with a maximum up to 10% depending on participation.
The core design binds rewards to governance participation—stakers must delegate their voting power to "active representatives" to earn rewards. The underlying logic is that ZKsync’s on-chain governance system requires substantial meaningful voting participation to function effectively, and simple economic incentives are insufficient. The solution is a pathway of "staking for rewards → delegating voting power → activating governance," addressing the structural issue of "token holding without governance participation."
According to data disclosed at the proposal review meeting on April 29, about 340 million ZK have been staked, with 245 million net active voting power added and 4.2 million ZK rewards distributed. The first season of the staking pilot ended on May 8, with follow-up analysis and planning for the second season underway.
The Synergy Between Governance and Token Value
The significance of the staking pilot goes beyond reducing circulating supply or providing yield; it addresses the "interest disconnect" between token holders and protocol direction. When token holders participate in governance through staking and earn rewards, their interests become aligned with the protocol’s long-term health—laying the foundation for parameter governance after the V31 upgrade.
Privacy Infrastructure and Institutional Deployment: The Role of Prividium
From Experimental Tech to Production-Grade Infrastructure
The V31 upgrade is not an isolated event, but a key milestone in a broader strategic roadmap. In January 2026, Matter Labs CEO Alex Gluchowski’s annual roadmap positioned Prividium as a core pillar for institutional adoption. Built on the ZK Stack, Prividium is a permissioned privacy blockchain platform for banks, asset managers, and large enterprises, offering privacy features embedded directly in access management, transaction approval, audit, and compliance reporting.
Technically, Prividium keeps transaction execution and state storage within institution-controlled environments, but each batch of state transitions is verified on Ethereum via zero-knowledge proofs. This ensures the integrity of off-chain execution can be independently audited, without exposing actual transaction details. The architecture allows regulated capital to maintain operational privacy while still relying on Ethereum as the ultimate settlement and security layer.
Institutional Demand as a Multiplier for ZK Consumption
This institutional strategy is closely tied to V31. With participants like Deutsche Bank and UBS, Prividium’s transactions will shift from scattered user activity to large-scale, programmatic cross-chain instructions from traditional financial systems. As these institutions move from pilot to production deployment in 2026, cross-chain transaction volumes could surge—each call creates demand for ZK tokens. If institutional-scale adoption and the V31 cross-chain fee mechanism resonate, ZK token consumption may far exceed current retail trading volumes.
The V31 proposal review meeting made it clear: public chain interoperability is just the first step. "The next step will be private chain interoperability, which is the direction we see most institutional and banking clients moving toward."
Industry Impact Analysis
Layer 2 Token Value Capture: A Model for the Sector
The ZKsync V31 upgrade presents a differentiated solution for Layer 2 token value capture. Currently, mainstream Layer 2 tokens like ARB and OP have a disconnect between token holders and network revenues: sequencer and MEV revenues are not automatically distributed to token holders, and while staking proposals exist, the distribution mechanism has not been formally activated. In contrast, ZKsync V31 builds a token consumption loop directly into the product—there’s no need for separate staking incentives to achieve value distribution, as usage itself drives value consumption.
This distinct design logic may mark the beginning of economic model divergence among Layer 2 tokens. If the V31 burn flywheel proves effective, other Layer 2 projects that position their tokens as "pure governance tools" will face increasing community pressure over their value capture mechanisms.
Ecosystem Integration and Narrative Upgrade
The V31 upgrade creates an economic logic loop within the ZKsync ecosystem. Previously, ZKsync Era, Lite, and other ZK Stack-based chains were loosely aggregated, with each chain relatively isolated and ZK tokens serving only as governance voting tools. V31 makes cross-chain interoperability a native protocol feature—assets, contract calls, and user actions can flow freely across chains, and every movement generates ZK token consumption demand.
Meanwhile, shutting down Lite marks ZKsync’s shift from general Layer 2 scaling narrative to a composite story of "institutional-grade infrastructure + tokenized liquidity hub." As Prividium delivers privacy workflows for banks and institutions, and Elastic Networks enable liquidity sharing between public and private chains, ZKsync is building a structurally more complex value network—ZK tokens become the "fuel" for cross-chain operations, moving from a marginalized governance symbol to a core operational mechanism.
Conclusion
In the long-running story of Layer 2 tokens, "utility" has always been a more fundamental unresolved question than "price appreciation." Over the past three years, this sector has produced a large number of governance tokens but has yet to deliver a credible value capture model. Governance rights are not scarce—when every Layer 2 distributes governance rights, they become the most commoditized asset in the market.
The significance of the zkSync V31 upgrade isn’t in its promise of deflationary strength, but in taking the first step toward "making tokens productive." Cross-chain interoperability fees aren’t value conjured from thin air—they’re a fair price paid for cross-chain security and convenience. This anchors ZK token value not just in governance narratives or market sentiment, but in real network usage.
The shift from "governance paper" to "burn flywheel" is only the beginning. Fee Flow System parameters still await governance practice, the economic effects of the staking pilot need time and data, and the pace of institutional-scale cross-chain interoperability remains uncertain. But direction matters more than speed—when each cross-chain call tangibly consumes ZK tokens, the Layer 2 token economic narrative moves from "will be" to "is."
Looking ahead, the Layer 2 token value capture race won’t be won by whoever has the highest TVL, but by whoever can establish a "usage equals consumption" closed loop at the product level first. In 2026, zkSync has delivered a clear design answer with V31—now all eyes are on how fast the burn flywheel will actually spin.
