Question 1

What is TOWNS, and how does it work with Towns Protocol?

Accepted Answer

TOWNS is the native utility token of Towns Protocol. It is used for network staking and delegation, Space feature delegation, and on-chain governance; it does not represent a claim on issuer profits, return of capital, or debt. Towns Protocol is open-source infrastructure for building decentralized real-time communication applications: Towns Chain processes protocol transactions and state, smart contracts on Base support staking, rewards, and governance operations, and decentralized off-chain stream nodes route encrypted messages in real time. Users can create ownable, programmable “Spaces” with on-chain membership, access rules, and end-to-end encrypted communications.

Question 2

How does the Towns network work, and what does staking TOWNS secure?

Accepted Answer

Not every participant in the Towns network performs the same role: validators on Towns Chain must stake TOWNS to validate and order transactions and produce blocks. Off-chain stream nodes do not reach consensus on the canonical chain; instead, they check the sender’s on-chain membership permission, signature, and anti-replay protections in real time, then coordinate the ordering and broadcasting of encrypted messages. Towns Chain is an OP Stack-based Layer 2 that periodically submits transaction data to Ethereum mainnet; Base hosts contracts for staking, rewards, governance, and programmable access. Thus, staking TOWNS secures validator participation and related network incentives on Towns Chain, rather than making all message processing equivalent to on-chain validation.

Question 3

How do rewards and exit work after delegating TOWNS to a node?

Accepted Answer

Token holders who do not operate a node can delegate TOWNS to an approved node operator to help it reach the minimum delegation needed to operate and share that node’s rewards; this does not mean holding tokens automatically earns a fixed return. Rewards are first calculated from a node’s total stake. The operator deducts its chosen commission rate, and the remainder is distributed in proportion to each delegator’s amount delegated to that node. Rewards are supplied to the distribution contract on a biweekly cycle and may be claimed by beneficiaries or their authorized claimers; participation conditions such as node uptime, performance, and message propagation affect eligibility for and allocation of rewards. Undelegating or unstaking does not immediately restore transferability. After calling unstake(), the relevant TOWNS enters a 30-day cooldown during which it cannot be transferred. This gives the protocol time to rebalance a node’s stream data if its delegated amount falls below the minimum requirement, or to exit the network if necessary. Delegated amount, node commission, continued node performance, and this exit wait all affect the practical outcome when selecting a node.

Question 4

What is the difference between delegating TOWNS to a Space and directly to a node?

Accepted Answer

TOWNS can also be delegated to a Space to unlock protocol-level enhancements for that Space, such as greater data-retention storage or a custom membership-pricing module. With sufficient delegation, a Space can even allow members to join for free through its applicable pricing mechanism. Delegation received by a Space can in turn be directed to specified nodes, helping those nodes meet the delegation needed to operate. The delegation target affects where governance power resides: tokens delegated to a Space retain governance voting power with that Space, while tokens delegated directly to a node operator address transfer governance power to that operator. Supporting a node’s operation and determining who exercises that governance power are therefore two choices that should be considered together.

Question 5

Where do new TOWNS issuance and node rewards come from?

Accepted Answer

TOWNS is deployed as an ERC-20 token on Ethereum mainnet with an initial supply of 10 billion tokens. Supply can subsequently increase through annual inflationary minting. The official mechanism sets annual inflation at 8% after the end of Year 1, declining linearly over the following 20 years to 2%; on-chain governance can lower, but not raise, the inflation rate. “Annual inflation rate” describes the rule for newly minted tokens in that year; it is not equivalent to circulating supply at a given point or rewards available to an individual. Actual reward distribution has two layers: a mainnet contract mints the year’s inflation amount through a publicly callable function, then tokens move through the Base Standard Bridge to a treasury and the Rewards Distribution contract on Base. The distribution contract is called once per claim period and calculates allocations based on active nodes, node commissions, and delegation distribution; rewards are supplied biweekly and then claimed by beneficiaries. Supply changes therefore require considering the annual minting rule as well as when rewards complete bridging, allocation, and claiming. Lockups in the initial allocation also affect tradable supply. The white paper states that the team allocation is 2,173,033,276 TOWNS, or 21.46% of initial supply; it is locked for one year from launch and then vests monthly over 24 months. During the lockup, these tokens do not enter tradable circulation through that allocation; only vested portions cease to be restricted by that lockup. Initial supply, minted amount, allocations subject to lockups, and market circulating supply are different measures and cannot substitute for one another.

Question 6

What is the relationship between protocol use, buyback-and-burn, and TOWNS supply?

Accepted Answer

Towns buyback-and-burn uses part of protocol revenue to offset new supply from node rewards; it does not guarantee burns of a fixed amount or at a fixed frequency. Official materials state that on-chain memberships, transactions, and tips in Spaces can generate protocol revenue in ETH. Under Towns Lodge DAO governance, part of that revenue may periodically be used to buy back and burn TOWNS. A burn reduces tokens in circulation when it occurs, but its scale depends on actual revenue, governance arrangements, and execution. The relationship between network use and TOWNS therefore follows specific steps: more qualifying protocol activity may generate more available revenue, but only the portion used for buybacks creates buying and burning. At the same time, annual inflation continues minting tokens for node rewards. Buyback-and-burn cannot guarantee that all new issuance is offset and does not promise a fixed price, minimum price, or return. Transfers, staking, and governance operations on protocol contracts also require Base Layer 2 gas paid in ETH; gas fees are a different cost and flow of funds from the revenue-buyback mechanism.

Question 7

How can TOWNS holders participate in governance?

Accepted Answer

TOWNS can be used for protocol governance: holders participate through on-chain voting on matters such as protocol upgrades, economic parameters, and ecosystem improvements, with voting weight proportional to tokens held. Voting power does not mean every holder can directly submit any proposal. Official materials state that proposal rights are limited to certain qualified holders; for example, holders of a Node Operator NFT or Space Owner NFT can submit proposals and may need to meet a minimum TOWNS threshold. In the governance process, qualified participants submit proposals and token holders vote under the applicable rules. Once approved, a proposal may be executed automatically where possible through on-chain mechanisms or may involve deploying contract updates. TOWNS-related rights and functions can also be adjusted through this governance process. Holding TOWNS therefore provides the ability to participate in or influence protocol decisions under the rules, not ownership of a specific outcome, profit distribution, or issuer assets.

Question 8

Does holding TOWNS provide redemption, principal protection, or guaranteed returns?

Accepted Answer

Holding TOWNS provides no guarantee of principal protection, redemption, or profit distribution. The official white paper states that TOWNS is not backed by reserves or collateral, has no fixed or minimum price, and gives holders no right to profits, return of capital, claims against the issuer, or equity. Its associated rights are digital functions and participation rights within the protocol, such as staking/delegation, Space feature delegation, and governance. Market price may be affected by many factors, including buying and selling supply and demand, liquidity, tradable supply, network activity, and participant expectations. Node rewards, newly issued tokens, lockups or unlocks, and possible buyback-and-burn can change certain supply or trading conditions, but they do not automatically result in price appreciation. Likewise, whether protocol revenue is used for buyback-and-burn does not give holders a redemption right to that revenue.

TOWNS (TOWNS) Price