Polygon CDK vs Polygon PoS: Fee Control

Shared gas market: Fees are determined by network-wide demand and the native MATIC token price. This provides predictable, low-cost transactions (~$0.01-$0.10) for mainstream dApps like Aave and Uniswap V3. Ideal for projects needing stable, low-fee UX without managing infrastructure.

No protocol-level control: As a user of the shared chain, you cannot modify fee structures, token economics, or sequencer logic. You are subject to the chain's governance (Polygon DAO) for any fee-related upgrades. A constraint for protocols requiring tailored economic models.

Full economic sovereignty: Deploy your own ZK L2 with complete control over fee token (ETH, USDC, native token), fee distribution (sequencer/treasury splits), and gas pricing logic. Enables custom monetization and subsidized transactions for specific user cohorts.

You manage the stack: Controlling fees means operating a sequencer, proving infrastructure, and a data availability layer (e.g., Celestia, Avail, or Ethereum). Requires significant DevOps and capital for security and liveness guarantees, shifting cost from fees to overhead.

Full sovereignty over fee structure: Deployers can set their own base fee and priority fee logic, independent of Polygon PoS or Ethereum. This matters for enterprise chains and gaming studios needing predictable, stable, or zero-cost transactions for users.

Direct sequencer fee capture: Validators/sequencers on the CDK chain collect 100% of transaction fees in the native gas token (e.g., USDC, ETH). This matters for protocols building their own economy (like Aave or Uniswap v4 deployments) where fee revenue is a core component of tokenomics.

Fees pegged to Ethereum gas markets: Transaction costs on Polygon PoS are a function of Ethereum base fee, leading to unpredictable spikes during network congestion. This matters for consumer dApps where user experience degrades with variable, sometimes high, fees.

Revenue shared with protocol treasury: Validators earn fees in MATIC, but a portion is burned or sent to the community treasury. This matters for validators and stakers whose yield is tied to MATIC price and protocol policy, adding a layer of economic dependency versus CDK's direct capture.

Single, established fee market: Fees are determined by Polygon PoS's native gas auction, offering predictable costs based on network demand. This matters for applications requiring stable operational budgeting, like consumer dApps or enterprise services, where volatile fees are a blocker.

Zero infrastructure responsibility: The Polygon Foundation and decentralized validator set manage all consensus and block production. This matters for teams that want to focus purely on application logic without the operational burden of running or incentivizing a validator network for fee collection.

No native fee abstraction: Applications cannot capture transaction fees or implement custom fee logic (e.g., sponsored transactions, fee subsidies). This matters for protocols seeking sustainable revenue or needing to abstract gas costs for user onboarding, forcing reliance on third-party solutions like Biconomy.

No fee isolation: Your application's user experience is tied to the aggregate demand of the entire Polygon PoS chain (e.g., during NFT mints or token launches). This matters for high-performance applications requiring guaranteed throughput and low latency, as they cannot prioritize their own transactions.