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SKL to USDT Converter
1 SKL = 0.00391893 USDT · updated 06:23 UTC
Volume Bubbles Chart (1h)
Each 1-hour candle's volume is signed by its direction (up candles count as net buying, down candles as net selling) and drawn as a bubble at the closing price, green for buying and red for selling. Bubble size and colour intensity show how strong that flow is compared with the last 300 candles: the strongest 30% get full bubbles with their USD value, the rest stay as small dots. Unusually large bubbles flag aggressive buying or selling worth a closer look, often near breakouts, reversals or key levels.Seasonal Chart
Plots one line per calendar year showing the % change since the start of that year, with the current year highlighted against up to four previous years. Lining the years up on the same calendar shows whether the price tends to rise or fall in the same months, helping you spot recurring seasonal patterns. Treat it as context rather than a forecast: past seasonality does not guarantee future moves.SKALE Markets
SKALE Historical Data
About SKALE (SKL)
SKALE is an Ethereum-native network made up of independent chains designed to help decentralized applications scale without charging end users a conventional gas fee for each transaction. Its documentation describes app-specific chains, EVM compatibility and a validator system that secures multiple chains. SKL is the network's utility token, used for staking, governance and allocating resources to SKALE Chains. The no-gas experience shifts costs into the network's subscription and validator economics rather than making infrastructure free to operate.
App-specific SKALE Chains
Rather than forcing every application to share one execution environment, SKALE lets developers use dedicated chains with their own application context. The official repository describes horizontal scaling through multiple chains anchored to Ethereum and Base. This structure can help applications tune capacity and user experience, but each chain still needs reliable infrastructure, monitoring and appropriate security assumptions.
Why users may not see gas fees
SKALE promotes zero-gas transactions for end users. That means a user can interact with supported applications without paying a normal per-transaction gas fee in the usual way. It does not mean validators, storage and chain operations have no cost; the network's economic model uses SKL-based subscriptions and other mechanisms to fund infrastructure.
SKL staking and delegation
SKL holders can delegate tokens to validators to participate in network security without running validator infrastructure themselves. SKALE's official tokenomics page lists staking and delegator rewards among token functions. Reward amounts depend on current rules, validator performance and delegation terms, so the token should not be described as providing a fixed or guaranteed yield.
Governance and resource allocation
SKL is also linked to governance and allocation of network resources. The current tokenomics page describes voting on protocol upgrades, parameters and treasury decisions. Chain subscriptions are another important token use: developers pay to operate SKALE Chains, connecting token demand to application deployment rather than only speculative trading.
What to check before using SKALE
SKALE's EVM compatibility makes familiar Ethereum tooling useful, but users and developers must still select the correct chain and verify contract addresses. A zero-gas user experience does not remove smart-contract risk, bridge risk or app-specific fees. Stakers should review validator terms and the current delegation period before committing tokens. For application teams, the separate-chain model also means capacity and user experience can be tailored to a particular product. However, users should not infer that every SKALE Chain has identical bridge support, validators or application liquidity. SKL's subscription role links the network's technical architecture with its economics, while staking and governance remain distinct ways to participate. In practice, each chain's configuration and app support should be reviewed separately.
Last reviewed: Oct 9, 2026
SKALE (SKL) FAQ
What is SKALE (SKL)?
SKALE is an Ethereum-native network of application-focused chains designed for scalable dApps and a zero-gas user experience. SKL is its utility token for staking, governance and network resource allocation. The chain architecture and token economics are separate: using an app on SKALE does not guarantee any outcome for SKL's market price.
What is SKL used for?
SKL supports validator staking, delegation, governance and subscriptions for SKALE Chains. The tokenomics page connects these functions with network security and resource allocation. A developer's chain subscription is a network service, while an individual user's transaction may be gasless under the supported app and chain configuration.
How does SKALE offer zero-gas transactions?
SKALE's design allows supported applications to provide transactions without a conventional per-transaction gas charge to end users. Network operators and developers still bear infrastructure costs, supported through the network's economic model. Users should check app-specific terms because a gasless blockchain interaction does not make every service or bridge free.
What are SKALE Chains?
SKALE Chains are independent execution environments for applications, allowing capacity to expand across multiple chains rather than one shared chain. The project describes them as EVM-compatible and anchored to Ethereum and Base. Developers must still configure each chain's RPC, contracts and security assumptions individually.
Can SKL holders stake or delegate?
Yes. SKALE's official tokenomics material describes staking and delegation to validators. Delegation lets holders participate without operating their own validator, but rewards and terms depend on the current network rules and validator. Review the active portal details rather than assuming a fixed return or identical lock-up across every option.
Does SKL have governance utility?
SKL is described as a governance token for decisions such as protocol upgrades, parameter changes and treasury allocation. The actual voting process and eligibility are governed by current network rules. Holding tokens alone may not complete the required delegation or voting steps, so use the official governance documentation.
Does zero gas mean SKALE has no operating costs?
No. Zero-gas transactions change who pays and how costs are covered; they do not remove validator, infrastructure or chain-operation expenses. SKALE's tokenomics page describes chain subscriptions and validator staking as parts of the economic design. Applications may also charge their own fees or impose usage limits.
What is SKL's all-time high?
For SKL, the market all-time-high figure is $1.22, dated Mar 11, 2021. This records a historical price peak, not a measure of how many SKALE Chains are active today. Token-market history and network usage are separate, and a previous high does not imply a return to that level.
How has SKL performed historically?
FMchart's composite chart shows the available historical price series for SKALE, with its start date visible in the chart. Monthly and yearly results depend on the exchanges and dates represented in that series. The project's documented mechanics describe network design, not a reliable prediction of future market returns.
What risks should SKL users understand?
Risks include token volatility, validator performance, governance concentration, bridge or smart-contract vulnerabilities and changing chain-subscription terms. A gasless experience can reduce friction but does not guarantee application security. Delegators should read current validator and lock-up terms and verify the target chain before transferring assets.