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zk-rollups-the-endgame-for-scaling
Blog

The Future of ZK-Rollup Treasuries: Managing Billions in Sequencer Fees

An analysis of how ZK-Rollup DAOs will grapple with unprecedented on-chain capital from sequencer profits, exploring investment strategies, governance risks, and the evolution of L2 treasuries.

introduction
THE UNMANAGED BILLIONS

Introduction

ZK-rollup sequencers are generating massive, idle fee treasuries that lack a formal governance framework for deployment.

Sequencer fee accumulation is a structural inevitability. Every transaction on a ZK-rollup like zkSync or Starknet pays a fee to the centralized sequencer, creating a persistent revenue stream that flows into a protocol-owned treasury.

These treasuries are governance black holes. Unlike DAO treasuries managed by Snapshot votes, sequencer fee flows are controlled by a single entity, creating a multi-billion dollar principal-agent problem with no clear investment mandate.

The capital efficiency gap is staggering. Protocols like Arbitrum and Optimism have DAO treasuries debating grant allocations, while their sequencer counterparts, like Offchain Labs and OP Labs, sit on automated, compounding cash flows with no public strategy.

Evidence: Arbitrum's sequencer has generated over $400M in cumulative fees. Starknet's sequencer earns ~$50K daily. This capital is currently idle or recycled into operational costs, representing a massive misallocation of on-chain value.

thesis-statement
THE VALUE ACCUMULATION

The Core Thesis

ZK-Rollup treasuries will become the most powerful capital allocators in crypto, funded by a perpetual stream of sequencer fees.

Sequencer fees are permanent equity. Unlike L1 blockchains that burn base fees, ZK-Rollups like zkSync and StarkNet capture 100% of transaction fees as pure profit for their treasury. This creates a self-funding flywheel where protocol growth directly finances ecosystem development and token buybacks.

The treasury is the core product. A rollup's ultimate moat is not its technology, but its capital war chest. This treasury will fund grants, subsidize gas for apps like Uniswap, and provide liquidity for native stablecoins, directly out-competing rivals like Optimism's RetroPGF model which relies on discretionary funding rounds.

Fee markets will diverge. Expect a split between high-fee, premium chains (e.g., for institutional settlement) and subsidized, high-volume chains. The latter will use treasury reserves to undercut competitors, similar to how Binance subsidized trading, creating a brutal commoditization battle for user attention.

Evidence: Arbitrum's sequencer generated over $150M in fees in 2023. A mature ZK-Rollup with equivalent volume, retaining those fees, would deploy that capital to aggressively bootstrap its ecosystem, permanently altering the L2 competitive landscape.

SCENARIO ANALYSIS

Projected Treasury Runways: A Conservative Model

A multi-scenario projection of treasury sustainability for leading ZK-rollups based on sequencer fee capture, tokenomics, and operational burn rates.

Key Metric / ScenarioBase Case (Current Trajectory)Bear Case (Adversarial Market)Bull Case (Mass Adoption)

Annualized Sequencer Revenue (Est.)

$180M - $220M

$80M - $120M

$450M - $600M

Treasury Burn Rate (OpEx + Grants)

$150M / year

$120M / year

$200M / year

Native Token Treasury Buffer

2.1 years

4.8 years

1.5 years

Breakeven Fee Capture Required

0.05 ETH / block

0.022 ETH / block

0.11 ETH / block

Protocol-Supported Sustainability

Primary Revenue Risk

L2 Fee Competition

Base L1 Activity Collapse

Sequencer Decentralization Cost

Key Dependency

Ethereum L1 Activity

Stablecoin & DeFi TVL

ZK-Prover Cost Reduction

deep-dive
THE FUTURE OF ZK-ROLLUP TREASURIES

From Protocol to Fund: The Treasury Management Playbook

ZK-rollups are transitioning from protocols to sovereign asset managers, requiring institutional-grade treasury strategies for billions in sequencer fees.

Sequencer fees are sovereign revenue. Unlike L1 block rewards, these fees are pure profit for the rollup's treasury, creating a predictable cash flow that demands active management.

The primary risk is asset-liability mismatch. A treasury holding only its native token is exposed to a death spiral; it must diversify into stable assets like USDC or stETH to fund operations.

Proof-of-concept exists with L1s. Ethereum's Lido staking and MakerDAO's real-world asset vaults demonstrate how on-chain treasuries generate yield, a model ZK-rollups like zkSync and Starknet will adopt.

Automated strategies will dominate. DAO governance is too slow for treasury management; expect automated vaults using Aave, Compound, and Balancer to execute rebalancing and yield farming strategies.

Evidence: Arbitrum DAO's $3.3B treasury, largely in ARB, highlights the concentration risk that future ZK-rollups must engineer around from day one.

risk-analysis
THE FUTURE OF ZK-ROLLUP TREASURIES

The Bear Case: How Treasury Management Fails

ZK-rollups are poised to generate billions in sequencer fees, but their current treasury models are naive and expose fatal governance risks.

01

The Centralized Treasury Trap

Most rollups like Arbitrum and Optimism funnel all sequencer fees to a single, multi-sig controlled treasury. This creates a massive honeypot vulnerable to governance capture and political infighting. The DAO's only tool is a blunt, politically-charged grants program.

  • Single Point of Failure: A 7-of-12 multi-sig controls the entire revenue stream.
  • Misaligned Incentives: Treasury growth doesn't directly benefit protocol security or user experience.
$3B+
TVL at Risk
7/12
Gov Threshold
02

The Inefficient Staking Fallacy

Copy-pasting Ethereum's burn mechanism or creating a native staking token ignores rollup economics. Sequencer fees are for execution, not consensus security. Forcing them into a staking pool creates dead capital and fails to solve the core problem: funding decentralized sequencing.

  • Dead Yield: Staked assets don't secure the chain, they just accrue fees.
  • No Sequencer Incentive: Stakers are passive; they don't run hardware or guarantee liveness.
0%
Security Boost
-$100M/yr
Opportunity Cost
03

The MEV Revenue Black Box

Sequencer revenue is dominated by MEV (Maximal Extractable Value), not base fees. Current treasury models treat this opaque income stream as generic profit, missing the chance to align it with user welfare. Projects like Flashbots SUAVE aim to democratize MEV, making rollup treasuries obsolete if they don't adapt.

  • Opaque Cash Flow: DAOs cannot audit or optimize MEV capture.
  • User Alienation: Profiting from user transaction reordering breeds distrust.
60-80%
Revenue from MEV
$1B+
Annual MEV
04

The Solution: Fee-Burning Auctions

The only sustainable model is to burn a majority of fees via a verifiable on-chain auction. This directly accrues value to the rollup's native token (like EIP-1559) while using a small, transparent portion to fund public goods via retroactive funding models like Optimism's RPGF. This aligns token holders, users, and builders without a centralized treasury.

  • Value Accrual: Burns create deflationary pressure, benefiting all token holders.
  • Eliminates Governance Risk: No large treasury to capture or mismanage.
80% Burn
Proposed Rate
20% RFG
To Builders
05

The Solution: Decentralized Sequencer Stakes

Future fees must directly pay and slash a permissionless set of sequencers, similar to EigenLayer's restaking model. Sequencers post bond in the rollup token and earn fees for liveness. Slashing for censorship or downtime turns treasury management into a self-sustaining security mechanism.

  • Skin in the Game: Sequencers are economically bonded to the chain's health.
  • Auto-Compounding Security: Revenue directly funds the decentralized operator set.
$10M+
Per Sequencer Bond
100%
Fee Recycling
06

The Solution: MEV Redistribution Pools

Instead of capturing MEV for the treasury, rollups should enforce fair ordering and run a transparent MEV redistribution pool. Captured value is either burned or distributed back to users in that block via CowSwap-style batch auctions or Gas rebates. This turns a reputational liability into a user acquisition tool.

  • Trust Minimization: Transparent, on-chain redistribution.
  • Pro-User Alignment: Converts extractive MEV into a protocol-owned subsidy.
100%
Redistributed
-20%
Effective Gas Cost
counter-argument
THE ECONOMIC REALITY

The Optimistic Counter: Fees Will Trend to Zero

Sequencer fee revenue is a temporary subsidy; long-term sustainability requires new treasury models.

Sequencer fees are ephemeral. They are a function of current L1 congestion and rollup inefficiency. As L1 scaling via danksharding and rollup compression matures, the arbitrage window for sequencer profit collapses to near-zero.

The real asset is the state. A rollup's treasury must capture value from the applications built on it, not just the pipes. This requires mechanisms like protocol-owned liquidity or state-rent models that align with the network's growth, unlike simple transaction taxes.

Compare Arbitrum vs. Optimism. Arbitrum's DAO holds over $3B in ETH from sequencer fees, a war chest for subsidies. Optimism's RetroPGF model directly funds public goods, treating the treasury as a flywheel for ecosystem quality, not a revenue target.

Evidence: Base's Superchain vision. Coinbase's Base and the OP Stack explicitly design for near-zero protocol-level fees, betting that ecosystem value capture through application-layer activity and adoption outweighs direct extraction.

protocol-spotlight
THE TREASURY FRONTIER

Early Movers: How Starknet, zkSync, and Scroll Are Positioning

ZK-rollups are transitioning from subsidized networks to self-sustaining economies, forcing a strategic rethink of billions in sequencer fee revenue.

01

Starknet: Protocol-Owned Liquidity as a Public Good

Starknet is pioneering a model where treasury funds are directly deployed to subsidize and secure core network services. This is a bet on protocol-owned infrastructure over pure tokenholder yield.

  • Directs fees to subsidize prover costs and decentralized sequencer incentives, reducing user transaction costs.
  • Funds public goods like the Starknet Asset Network (SAN) for native liquidity, competing with external bridges.
  • Governance token (STRK) is used for staking and fee payment, creating a circular economy within the ecosystem.
~$1.3B
Treasury (Est.)
50M+ STRK
Ecosystem Provisions
02

zkSync Era: The Fee-Market Minimalist

zkSync's strategy focuses on maximizing fee revenue through hyper-efficient proof aggregation and a lean operational model, prioritizing profitability and decentralization of its prover network.

  • Sequencer fees are split between provers (for proof generation) and the treasury, with a clear path to decentralized sequencers.
  • Booster rewards from the treasury incentivize provers to keep costs low, creating a competitive L1 data posting market.
  • Avoids direct liquidity wars, instead relying on superior UX and native account abstraction to drive volume.
~90%
Fee Efficiency vs. OP
1000+ TPS
Capacity Target
03

Scroll: The Ethereum-Aligned Sink

Scroll's "Ethereum-equivalent" ethos extends to its treasury strategy: a significant portion of fees are committed to credibly neutral, Ethereum-aligned public goods and security.

  • Fee sink model directs revenue to Ethereum consensus-layer validators and ecosystem funds (e.g., Gitcoin), strengthening the base layer.
  • Minimal extractable value (MEV) is mitigated through encrypted mempools, with potential revenue recycled back to users.
  • Strategic positioning as the "ethical rollup," attracting developers and users aligned with Ethereum's values over maximal extractable revenue.
Ethereum
Fee Destination
Bytecode-Level
EVM Equivalence
04

The Problem: The L2 Revenue Trap

Pure fee redistribution to tokenholders is a short-term game that fails to build sustainable competitive moats. It invites mercenary capital and does nothing to improve core protocol utility.

  • Vampire attacks from new chains with higher yields can rapidly drain TVL and activity.
  • Neglects R&D funding for critical long-term work on proof systems, decentralized sequencing, and interoperability.
  • Misaligns incentives by rewarding speculation over genuine network usage and contribution.
<2 years
Runway at Burn Rate
0
Protocol Moats Built
05

The Solution: Treasury as a Strategic Weapon

The winning model will treat the treasury not as a piggy bank but as a strategic arm to fund R&D, bootstrap critical infrastructure, and create unbreakable network effects.

  • Subsidize key primitives: Native stablecoins, intents-based bridges (like Across), and decentralized sequencer networks.
  • Fund applied ZK research: Accelerate progress in recursion, GPU proving, and formal verification to maintain a technical edge.
  • Create flywheels: Use fees to reduce user costs, driving more volume, which further decentralizes and secures the network.
10x
Developer Growth
-80%
End-User Cost
06

Arbitrum & Optimism: The Precedent Setters

The leading Optimistic Rollups have already defined the treasury governance playbook, creating pressure for ZK-rollups to differentiate. Their massive treasuries set the benchmark.

  • Arbitrum's $3B+ treasury is governed by a DAO funding everything from gaming guilds to security councils, establishing a de facto standard.
  • Optimism's RetroPGF cycles direct fees back to ecosystem builders, creating a powerful developer loyalty loop.
  • The challenge for ZK-rollups: They must justify their technical superiority with an equally superior economic model to capture mindshare.
$7B+
Combined Treasury
100M+ OP
RetroPGF Distributed
future-outlook
THE TREASURY PROBLEM

The 2025 Landscape: Sovereign Rollup Funds

ZK-rollups will generate billions in sequencer fees, creating a new class of sovereign capital that must be managed for security and growth.

Sequencer fees become sovereign treasuries. Every transaction on a rollup like zkSync or Starknet pays a fee to the sequencer. This revenue, previously a simple operational cost, transforms into a massive, protocol-owned asset pool that requires active treasury management.

Proof-of-Stake demands capital efficiency. The rollup's security depends on staked assets. Idle treasury funds are a drag on the network's economic security. Protocols must deploy capital into restaking pools like EigenLayer or yield-bearing stablecoin strategies to bootstrap validator incentives.

Governance determines capital allocation. Treasury management becomes the primary governance activity. DAOs will debate investing in on-chain T-bills via Ondo Finance, providing liquidity on Aave, or funding public goods grants, directly impacting the rollup's economic flywheel.

Evidence: Arbitrum DAO currently governs a $4B treasury, primarily in ARB tokens. A mature ZK-rollup with comparable activity will generate a similar-sized treasury annually from pure fee revenue, creating an unprecedented capital allocation challenge.

takeaways
TREASURY STRATEGIES

TL;DR for Protocol Architects

Sequencer fee revenue is shifting from a simple profit center to a strategic asset requiring active management and governance.

01

The Problem: Idle Capital is a Governance Attack Vector

Multi-billion dollar treasuries sitting in native tokens are a massive, static target. This invites governance capture and creates misaligned incentives for token holders versus network users.\n- Vulnerability: Concentrated voting power for treasury control.\n- Inefficiency: Zero yield on the primary revenue asset.

$1B+
Idle Capital
>51%
Attack Threshold
02

The Solution: Programmable Treasury Vaults (a la MakerDAO)

Deploy treasury capital via on-chain strategies to generate yield and decentralize asset exposure. This turns a liability into a productive engine.\n- Yield Engine: Generate revenue from staking, DeFi lending (Aave, Compound), or RWA vaults.\n- Risk Mitigation: Diversify away from a single native token via trusted bridges (LayerZero, Across).

3-8%
Target APY
5-10
Asset Classes
03

The Problem: Opaque, Manual Fee Distribution

Today's fee distribution is a black box, creating trust assumptions and friction for stakers/proposers. Manual processes are slow and prone to error.\n- Trust Gap: Users must trust the sequencer's off-chain accounting.\n- Inefficiency: Delayed payouts reduce capital efficiency for validators.

~7 days
Payout Lag
High
Operational Risk
04

The Solution: ZK-Proofed Fee Settlement

Use validity proofs to cryptographically verify sequencer fee allocations and enable instant, trustless distributions. This is the natural extension of ZK-rollup tech.\n- Verifiable Accounting: Every fee distribution is proven correct on L1.\n- Instant Payouts: Enables real-time revenue sharing for stakers, similar to MEV-boost flows.

~0
Trust Assumptions
<1 Block
Settlement Time
05

The Problem: Centralized Sequencer Profit Extraction

A single sequencer captures all MEV and fee revenue, creating a centralized point of failure and value capture. This contradicts decentralization promises.\n- Centralization Risk: Single operator controls transaction ordering.\n- Value Leakage: Network value accrues to a private entity, not the protocol treasury.

100%
Fee Capture
1
Single Point
06

The Solution: PBS & Permissionless Sequencing Pools

Implement Proposer-Builder Separation (PBS) to create a competitive market for block building. Redirect a portion of MEV and fees directly to the community treasury.\n- Market Efficiency: Builders compete, improving user costs (see Ethereum's evolution).\n- Protocol Capture: Define a treasury tip or MEV burn that routes value back to the DAO, akin to EIP-1559.

10-20%
Treasury Tip
N > 1
Competitive Builders
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ZK-Rollup Treasuries: The $10B DAO Treasury Dilemma | ChainScore Blog