Starknet (STRK) Price

STRK is Starknet’s native token. Starknet is a Validity Rollup (Layer 2 network) built on Ethereum that uses STARK proofs to submit off-chain execution results to Ethereum for verification. STRK is designed for paying network fees, participating in governance, and staking. It is not a generic name for StarkEx and should not be confused with versions or wrapped assets on different chains.

Starknet first executes transactions and smart contracts on Layer 2, then uses STARK proofs to demonstrate to Ethereum that the batch of computation followed the rules; Ethereum verifies the proofs and provides the foundation for final settlement. This aims to expand processing capacity without executing every computational step on Ethereum. Accordingly, STRK is the native token at the Starknet network layer, while Ethereum remains its underlying security and data-settlement environment. The choice of Layer 2 transaction-fee asset or Layer 2 native gas asset does not eliminate the fact that the network pays underlying costs to Ethereum.

STRK can be used to pay Starknet network transaction fees. When Provisions launched, the official documentation stated that users could choose ETH or STRK for fee payments; however, the protocol still needs ETH to pay Ethereum’s underlying costs for securing the network and data. This creates a two-layer relationship: users choose a fee asset on Starknet, while Starknet’s settlement costs to Ethereum remain denominated in ETH. The actual cost of a transaction is also affected by the resources it requires and fee conditions at the time, so a fixed fee cannot be inferred from a token name alone.

STRK is used to participate in governance voting that determines Starknet’s long-term evolution. Governance does not replace network execution; rather, it provides a channel for token participation in protocol direction and related decisions. The early token design supported mechanisms such as direct voting and delegation. The official documentation also stated that voting may use different implementation paths, such as off-chain voting or on-chain voting deployed on Starknet. Proposal eligibility, voting-power calculations, and execution methods should be based on the governance rules applicable at the time.

The aim of STRK staking is to support Starknet’s decentralized operation and consensus participation. The early design stated that a node’s probability of being selected to sequence and propose blocks increases with the amount of STRK it stakes; this links economic weight for network operation to STRK staking. Staking is not a fixed-return product. Specific conditions for eligibility, roles, rewards, delegation, and exit depend on the protocol rules in force at the time; assessments should distinguish between “STRK is designed as a staking asset” and “an address currently meets specific participation conditions.”

STRK was deployed on the Ethereum mainnet in 2022. This was a step in token-contract deployment and early distribution design, rather than a date on which all token functions became available to users at once. STRK later took on more direct network roles in Starknet’s fee, governance, and staking paths. Separating “deployed,” “usable,” and “claimable” avoids interpreting an early contract state as public trading or full network functionality at that time. The official announcement also explicitly warned that no official sale channel existed when the deployment announcement was published.

Under the early distribution design, STRK allocated to StarkWare shareholders, employees, and independent partner software developers was subject to a four-year lockup and began to unlock gradually after one year. The lockup restricts transfers and trading; it does not mean these tokens cannot be used for all protocol-related purposes. The official documentation stated that locked tokens could be used for voting and staking. Thus, the lockup both limits tradable supply and still permits participation in governance and network security; historical lockup schedules should not be directly treated as actual unlock or circulating data at a given time.

Starknet Provisions was a STRK allocation program for historical contributors, not a continuously open general claiming portal. Its first round planned to allocate more than 700 million STRK to nearly 1.3 million addresses, covering groups such as Starknet users, developers and community contributors, StarkEx users, Ethereum contributors, and certain open-source project developers. The page is now explicitly marked as stating that the Provisions Program has ended. Therefore, historical eligibility conditions, the 2024 claim deadline, and the portal can only be used to understand past allocations; they cannot serve as a basis for current participation or current claimability.

In the first round of historical Provisions, more than 700 million STRK was part of the 900 million STRK reserved for that program; the official documentation also stated that total community allocations were 1.8 billion STRK. This describes a specific allocation pool and the plan structure at that time, not real-time circulating supply. Token allocations move into a disposable state through distinct stages such as eligibility, claiming, lockups, and subsequent unlocks. When analyzing supply, “reserved for a program,” “allocated,” “claimed,” and “freely transferable” should not be treated as the same concept.

Starknet’s fees, staking, and governance all serve network decentralization, but they have different functions: fees make users pay for network resources; staking applies economic weight to network operation; governance lets token participants express views on protocol evolution. These three uses do not mean every STRK holder will simultaneously pay fees, run a node, and vote. Whether a feature is used depends on user activity, the network where assets are held, staking status, and the protocol and governance rules in force at the time.

For users, the key steps for using Starknet generally include preparing a usable wallet and assets, initiating transactions on Starknet, and reserving assets that can pay network fees. If assets are originally on Ethereum or another network, they must also be made available through an applicable cross-chain path. After a transaction executes on Starknet, the network connects batch results and proofs with settlement on Ethereum. Cross-chain transfers, wallet compatibility, and fee-asset arrangements are separate issues: completing one step does not mean the remaining steps are automatically completed.

When understanding STRK, first distinguish network facts from token facts: Starknet scales Ethereum execution through validity proofs, while STRK is the network’s fee, governance, and staking asset. Next, distinguish historical events from ongoing states; for example, the 2022 deployment, early lockups, and the ended Provisions program do not automatically describe current participation eligibility. Network usage or technical upgrades may affect STRK use cases through mechanisms such as fee payments, staking demand, or governance participation, but this relationship remains constrained by actual adoption, fee rules, supply status, and market conditions. Network metrics should not be directly equated with token-price outcomes.