# Spark Docs

## Docs

- [FAQ](/faq): For product-specific questions, see the FAQ on each product page:
- [Getting Started](/user-guides/getting-started): The Spark App can be accessed at:
- [Troubleshooting](/user-guides/troubleshooting): Make sure to select the correct network (Ethereum Mainnet or Gnosis Chain). Normally on the wallet provider you can switch the network in the settings option.
- [Swapping Tokens](/user-guides/swap): In this guide, you will learn how to swap between USDS, USDC and DAI. Spark enables easy conversion between these tokens with no slippage and, under current fee parameters, no protocol fee beyond gas.
- [Notification Center](/user-guides/notification-center): The Notification Center helps you stay informed about changes to your positions and account activity. You can choose your preferred notification channels and the types of alerts you want to receive. More features will be added soon.
- [Claiming Rewards](/user-guides/farming-rewards/claiming-rewards): Navigate to the SPK Farm page by clicking on **SPK** in the top navigation bar and selecting **Farm**.
- [Depositing Into the SPK Farm](/user-guides/farming-rewards/depositing-into-farms): Navigate to the SPK Farm page by clicking on **SPK** in the top navigation bar and selecting **Farm**.
- [SPK Farming](/user-guides/farming-rewards): Deposit USDS to earn SPK tokens through the SPK Farm. Visit [app.spark.fi/spk/farm](https://app.spark.fi/spk/farm) to start earning SPK.
- [Withdrawing From the SPK Farm](/user-guides/farming-rewards/withdrawing-from-farms): Navigate to the SPK Farm page by clicking on **SPK** in the top navigation bar and selecting **SPK Farming**.
- [SPK Staking](/staking): SPK staking enables users to stake their SPK tokens to secure Spark and earn staking rewards in return. Spark leverages [Symbiotic’s](http://symbiotic.fi) staking infrastructure for SPK staking. This guide explains how staking works, how to participate, and important details about rewards and withdrawals.
- [Spark Savings AVAX Rewards Campaign (Avalanche)](/rewards/avax): **The AVAX campaign has ended on March 10, 2026.** AVAX rewards may be activated elsewhere in the future. Follow [@sparkdotfi](https://x.com/sparkdotfi) for updates on future campaigns.
- [Spark Rewards](/rewards): The Spark Rewards program offers weekly token rewards to users who participate in campaigns rewarding specific actions that contribute to the growth of the Spark ecosystem. The rewards are sourced from and offered in collaboration with other DeFi projects. The goal is to bring different crypto projects together to make decentralized finance more accessible and useful for everyone.
- [OP Rewards Campaign](/rewards/op): **The OP campaign has ended.** OP rewards may be activated elsewhere in the future. Follow [@sparkdotfi](https://x.com/sparkdotfi) for updates on future campaigns.
- [Redstone Rewards Campaign](/rewards/redstone): **The RED campaign has ended on Sept 4, 2025.** RED rewards may be activated elsewhere in the future. Follow [@sparkdotfi](https://x.com/sparkdotfi) for updates on future campaigns.
- [Spark Liquidity Layer](/products/spark-liquidity-layer): The Spark Liquidity Layer (SLL) operates as a non-custodial capital allocator for Spark across DeFi/CeFi and TradFi opportunities. It has been operating without fault since November 2024. At its core, the SLL is designed to ensure that capital movement is constrained, predictable, and bounded under all conditions, including periods of market stress.
- [Spark Savings](/products/spark-savings): Spark Savings lets users deposit supported assets into savings vaults to earn a risk-adjusted savings rate. Different vaults use different yield sources and have different operators, mechanics, and risk profiles.
- [SparkLend](/products/sparklend): SparkLend is Spark's permissionless money market for supplying assets, borrowing against collateral, and managing lending positions. It has always been operated conservatively relative to peers, with a narrow collateral set, multi-oracle pricing, strict rate limits, and first-loss capital.
- [Adjusting Your Position](/products/sparklend/guides/adjusting-your-position): Having an active borrow position on Spark requires ongoing monitoring and management. These steps will guide you through how to effectively manage your position and to avoid liquidation.
- [Borrow Stablecoins](/products/sparklend/guides/borrow-stablecoins): On the **Borrow Stablecoins** page, you can borrow stablecoins, by supplying crypto assets as collateral. If you wish to borrow other assets than stablecoins, navigate to the **My portfolio** page and follow the [supply assets](/products/sparklend/guides/supplying-assets) and [borrowing assets](/products/sparklend/guides/borrowing-assets) steps instead.
- [Borrowing Assets](/products/sparklend/guides/borrowing-assets): In order to borrow assets, you must first supply assets as collateral. [Click here](/products/sparklend/guides/supplying-assets) for a step by step supply guide.
- [E-Mode](/products/sparklend/guides/e-mode): The E-mode feature maximizes capital efficiency when collateral and borrowed assets have correlated prices. For example, sDAI, USDC, USDT are all stablecoins pegged to USD. These stablecoins are all within the same E-mode category. Accordingly, a user supplying sDAI in E-mode will have higher collateralization power when borrowing assets like USDC or USDT.
- [Feature Overview](/products/sparklend/guides/feature-overview): This page summarises the core SparkLend features that determine how users supply, borrow, and manage positions on the protocol. For step-by-step workflows, follow the links into the relevant guides.
- [SparkLend Guides](/products/sparklend/guides): Use these guides to supply assets, borrow against collateral, manage your position, and understand SparkLend market features. For the product overview, risk architecture, and verification sources, start with [SparkLend](/products/sparklend).
- [Isolation Mode](/products/sparklend/guides/isolation-mode): Isolation mode allows Sky Governance to list new assets as isolated assets, which have a specific debt ceiling and can only be used as the sole collateral for a position. Wrapped Ether.fi ETH (weETH) is an example of an isolated asset in SparkLend.
- [Liquidations](/products/sparklend/guides/liquidations): A liquidation is a process that occurs when a borrower's [Health Factor](/products/sparklend/guides/borrowing-assets#what-is-the-health-factor) (HF) goes below 1 due to their collateral value not properly covering their loan/debt value. This might happen when the collateral decreases in value or the borrowed debt increases in value. In a liquidation up to 100 % (depending on your HF - [see below](#variable-liquidation-close-factor)) of a borrower's debt is covered by seizing the collateral and selling it to repay the debt.
- [Oracles](/products/sparklend/guides/oracles): SparkLend uses oracle price feeds to power its lending markets. Depending on the asset, different types of oracles are used, to ensure the proper pricing and risk management. The oracle price feeds are used to calculate the value of user collateral, and consequently how much a user can borrow, and when the system must liquidate risky positions.
- [Overview of Markets](/products/sparklend/guides/overview-of-markets): The **Markets** page displays an overview of the state of the protocol and the supported assets. The displayed data is specific to the selected network, so if you wish to browse another network, use the network toggle in the top right hand corner.
- [Repaying Your Loan](/products/sparklend/guides/repaying-your-loan): To repay your loan, navigate to the **My portfolio** page and find the **Borrow** section. Assets that you have borrowed will show up in the **Your borrow** column.
- [Supplying Assets](/products/sparklend/guides/supplying-assets): In order to borrow assets, you must first supply assets as collateral such as ETH or cbBTC. Supplied assets can be borrowed by other users and therefore earn interest. You can also simply supply assets without borrowing, to earn interest.
- [Credora Risk Assessment](/products/spark-savings/risk-architecture/credora-rating): Spark Savings vaults are subject to independent risk assessments by **Credora**, a DeFi risk analytics provider.
- [Scope and Limitations](/products/spark-savings/risk-architecture/credora-rating): Collateral composition
- [Data Sources and Methodology](/products/spark-savings/risk-architecture/credora-rating): Collateral composition
- [USDT Strategy](/products/spark-savings/risk-architecture/usdt-strategy): Spark Savings USDT (spUSDT) is a non-custodial, permissionless stablecoin savings vault backed by USDS (see [USDS Collateral Backing](https://financial.skyeco.com/usds/collateral-backing)).
- [Spark Savings Guides](/products/spark-savings/guides): Spark Savings guides cover user workflows. For the product overview, vault listing, risk architecture, and verification sources, start with [Spark Savings](/products/spark-savings).
- [Savings Liquidity Intents](/products/spark-savings/guides/liquidity-intents): Savings Liquidity Intents let users request larger withdrawals from Spark Savings when the amount exceeds the idle liquidity currently available in the vault. Initially, this flow is available only on **Ethereum Mainnet** for **Spark Savings USDC** and **Spark Savings USDT**.
- [Deposit & Withdraw From Spark Savings](/products/spark-savings/guides/tutorial): In this tutorial, you will learn how to deposit and withdraw assets from Spark Savings.
- [Spark Points](/points): The Spark Points program enables users to earn Spark Points by participating in campaigns that reward certain user actions that contribute to the growth of the Spark ecosystem.
- [Earn Spark Points on Pendle](/points/pendle): The Pendle Campaign enables users to earn Spark Points by holding YT-USDS tokens or by providing liquidity into the PT-USDS/USDS pool on Pendle.
- [Earn Spark Points by Staking SPK](/points/spk-staking): The SPK Staking Campaign enables users to earn Spark Points by staking SPK tokens on the Spark app.
- [SPK Company Ltd. - SPK Token White paper](/mica/3): Version 1.0 - May 2025
- [SPK Company Ltd. - SPK Token White paper](/mica/4): Version 2.0 - June 2025
- [SPK Company Ltd. - SPK Token White paper](/mica/5): Version 3.0 - July 2025
- [SPK Company Ltd. - SPK Token White paper](/mica/7): Version 4.0 - August 2025
- [Referral Codes](/integrators/referral-codes): Spark assigns integrator partners a unique 3-digit **referral code** (a `uint16` in the range 100–999) that you embed in your integration so deposits coming from your product are attributed back to you.
- [Reporting Dashboard](/integrators/reporting-dashboard): Every [referral code](/integrators/referral-codes) gets a dedicated reporting dashboard so you can track the performance of your integration over time.
- [Spark Savings for Integrators](/integrators): **Spark Savings Vaults** are ERC-4626 yield-bearing vaults that let anyone deposit a
stablecoin and earn a continuously compounding savings rate, backed by the Sky
ecosystem and the Spark Liquidity Layer. Deposits mint a savings token (e.g.
`spUSDC`, `spUSDT`) whose value grows every second at the vault savings rate — no
staking, no lockups, withdraw any time.
- [Spark Vaults Smart Contracts Examples](/integrators/spark-vaults-v2-examples): These examples show common Spark Vaults flows in viem `2.51.0`, ethers `6.16.0`, and Solidity.
- [Spark Vaults Smart Contracts Integration Guide](/integrators/spark-vaults-v2): This guide shows how to integrate the Spark Vaults smart contracts for common user flows: reading balances, depositing, withdrawing, withdrawing everything, and requesting large withdrawals through Savings Vault Intents.
- [How to Delegate or Vote](/governance/delegate): This guide will explain how you can participate in Spark Governance by delegating your voting power or voting directly.
- [Spark Governance](/governance): Spark's governance system defines how the Spark operates and evolves. The governance process centers around updating the Spark Agent artifact in the Sky Atlas, which controls key protocol parameters including budgets, risk settings, asset onboarding, protocol integrations in the Spark Liquidity Layer, and new chain deployments.
- [SPK Token](/governance/spk-token): **The SPK token has been airdropped!**
- [Spark Developer Documentation](/dev): This section of the documentation is intended for developers looking to learn more about, build on top of, or develop tooling for Spark. For more general information, please go to [User Guides](/user-guides/getting-started).
- [SPK Token](/dev/spk): **The SPK token has been airdropped!**
- [DebtToken](/dev/sparklend/tokens/debttoken): Debt tokens are interest-accruing tokens that are minted and burned on `borrow` and `repay`, representing the debt owed by the token holder. There are 2 types of debt tokens:
- [DelegationAwareSpToken](/dev/sparklend/tokens/delegationawaresptoken): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/tokenization/DelegationAwareAToken.sol)
- [spToken](/dev/sparklend/tokens/sptoken): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/tokenization/AToken.sol)
- [RewardsController](/dev/sparklend/periphery-contracts/rewardscontroller): All rewards type enabled in SparkLend are managed by RewardsDistributor. This is the contract used to check rewards data, user’s rewards balance and for claiming the rewards.
- [UiIncentiveDataProviderV3](/dev/sparklend/periphery-contracts/uiincentivedataproviderv3): [Source Code](https://github.com/sparkdotfi/aave-v3-periphery/blob/master/contracts/misc/UiIncentiveDataProviderV3.sol)
- [UiPoolDataProviderV3](/dev/sparklend/periphery-contracts/uipooldataproviderv3): [Source Code](https://github.com/sparkdotfi/aave-v3-periphery/blob/master/contracts/misc/UiPoolDataProviderV3.sol)
- [WalletBalanceProvider](/dev/sparklend/periphery-contracts/walletbalanceprovider): [Source Code](https://github.com/sparkdotfi/aave-v3-periphery/blob/master/contracts/misc/WalletBalanceProvider.sol)
- [WETHGateway](/dev/sparklend/periphery-contracts/wethgateway): [Source Code](https://github.com/sparkdotfi/aave-v3-periphery/blob/master/contracts/misc/WrappedTokenGatewayV3.sol)
- [Credit Delegation](/dev/sparklend/features/credit-delegation): Credit delegation allows a supplier to supply funds in the protocol to earn interest, and delegate borrowing power (i.e. their credit) to other users. The enforcement of the loan and its terms are agreed upon between the supplier and borrowers, which can be either off-chain via legal agreements or on-chain via smart contracts.
- [Efficiency Mode (eMode)](/dev/sparklend/features/efficiency-mode-emode): The High Efficiency mode feature (or "eMode") is designed to maximise capital efficiency when collateral and borrowed assets are correlated in price.
- [Flash Loans](/dev/sparklend/features/flash-loans): Flash Loans are special transactions that allow the borrowing of an asset, as long as the borrowed amount (and a fee) is returned before the end of the transaction (also called One Block Borrows). These transactions do not require a user to supply collateral prior to engaging in the transaction. There is no real world analogy to Flash Loans, so it requires some basic understanding of how state is managed within blocks in blockchains.
- [Isolation Mode](/dev/sparklend/features/isolation-mode): Isolation mode allows new assets to be listed as ***Isolated***. These assets have a specific debt ceiling and can only be used to borrow stablecoins that have been permitted by Maker Governance to be borrowable in isolation mode.
- [Liquidations](/dev/sparklend/features/liquidations): The health of the SparkLend is dependent on the 'health' of the collateralised positions within the protocol, also known as the 'health factor'. When the 'health factor' of an account's total loans is below 1, anyone can make a `liquidationCall()` to the [`Pool`](/dev/sparklend/core-contracts/pool#liquidationcall) contract, pay back part of the debt owed and receive discounted collateral in return (also known as the liquidation bonus).
- [Repay With spTokens](/dev/sparklend/features/repay-with-sptokens): Allows user to repay with *spTokens* in case the underlying borrowed asset is locked in the SparkLend liquidity pool.
- [Siloed Borrowing](/dev/sparklend/features/siloed-borrowing): This feature allow assets with potentially manipulatable oracles (for example illiquid Uni V3 pairs) to be listed on SparkLend as single borrow asset i.e. if user borrows siloed asset, they cannot borrow any other asset. This helps mitigating the risk associated with such assets from impacting the overall solvency of the protocol.
- [Supply Borrow Caps](/dev/sparklend/features/supply-borrow-caps): Maker Governance can appoint `RISK_ADMIN` and `POOL_ADMIN` who have the ability to configure Borrow and Supply Caps of the individual reserves.
- [Testing Guide](/dev/sparklend/features/testing-guide): Test Markets
- [Troubleshooting](/dev/sparklend/features/troubleshooting-errors): In order to reduce gas usage and code size, /spark-protocol contracts return numbered errors. If you are making calls to the protocol and receive numbered errors, you can use the reference below to know what is the error. Alternatively, you can also find what the numbers represent by checking the [`Errors.sol`](https://github.com/aave/aave-v3-core/blob/master/contracts/protocol/libraries/helpers/Errors.sol)
- [AaveProtocolDataProvider](/dev/sparklend/core-contracts/aavedataprovider): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/misc/AaveProtocolDataProvider.sol)
- [AaveOracle](/dev/sparklend/core-contracts/aaveoracle): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/misc/AaveOracle.sol)
- [ACLManager](/dev/sparklend/core-contracts/aclmanager): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/configuration/ACLManager.sol)
- [Pool](/dev/sparklend/core-contracts/pool): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/pool/Pool.sol)
- [PoolAddressesProvider](/dev/sparklend/core-contracts/pooladdressesprovider): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/configuration/PoolAddressesProvider.sol)
- [PoolAddressesProviderRegistry](/dev/sparklend/core-contracts/pooladdressesproviderregistry): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/configuration/PoolAddressesProviderRegistry.sol)
- [PoolConfigurator](/dev/sparklend/core-contracts/poolconfigurator): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/pool/PoolConfigurator.sol)
- [PriceOracleSentinel](/dev/sparklend/core-contracts/priceoraclesentinel): [Source Code](https://github.com/sparkdotfi/sparklend-v1-core/blob/master/contracts/protocol/configuration/PriceOracleSentinel.sol)
- [Spark ALM Controller](/dev/spark-liquidity-layer/spark-alm-controller): **Source code:** [Github Repository](https://github.com/sparkdotfi/spark-alm-controller)
- [Bug Bounty Program](/dev/security/bug-bounty-program): Spark has an active bug bounty program managed by Immunefi with bounty rewards of up to $5,000,000. Please submit any bugs or potential issues through the Immunefi plartform. Learn more about the bug bounty program below:
- [Security Audits](/dev/security/security-and-audits): SparkLend is based on the Aave v3 codebase, including the 3.0.1 and 3.0.2 upgrades, which have been extensively audited. [You can find the audits of Aave v3 here.](https://aave.com/security)
- [Cross-chain Savings Rate Oracle](/dev/savings/cross-chain-savings-rate-oracle): The Cross-chain SSR Oracle reports the Sky Savings Rate (SSR) values across various bridges. This is primarily used to provide integrators the sUSDS/USDS conversion rate (the value of 1 sUSDS in USDS) as sUSDS is an accumulating token that increases in value against USDS over time. This oracle is used by the [Spark PSM](/dev/savings/spark-psm), to enable swapping between USDS and sUSDS at the current conversion rate. Another example use case is decentralized exchanges leveraging the oracle to make liquidity management more capital efficient, by automatically moving sUSDS/USDS order book liquidity according to the conversion rate.
- [Cross-chain Tokens](/dev/savings/cross-chain-tokens): If you are looking to integrate Ethereum mainnet sUSDS or sUSDC, you should review [this documentation instead for sUSDS](/dev/savings/susds-token) or [this documentation for sUSDC](/dev/savings/susdc-token).
- [Savings Vault Intents](/dev/savings/savings-vault-intents): Savings Vault Intents is a request-based withdrawal contract for [Spark Savings Vaults V2](/dev/savings/spark-vaults-v2). It is designed for large redemptions where the vault may not hold enough idle liquidity to satisfy an immediate `redeem()` call.
- [sDAI Token](/dev/savings/sdai-token): Savings Dai (sDAI) is an ERC-4626 representation/wrapper of DAI in the Dai Savings Rate module (DSR). sDAI allows users to deposit DAI to receive the yield generated by the Sky Protocol while still being able to transfer, stake, lend and any other use cases.
- [Spark PSM](/dev/savings/spark-psm): The Spark PSM extends the Sky PSM liquidity on Ethereum mainnet to other chains such as Base and Arbitrum. It allows swaps between USDS, sUSDS, and USDC with no slippage or fees beyond gas, making it the top liquidity source for these pairs in DeFi. This enables holders of USDC on supported networks to easily acquire sUSDS to earn yield, at no cost beyond gas.
- [Spark Savings Vaults V2](/dev/savings/spark-vaults-v2): Spark Vaults V2 is an ERC-4626 compliant yield-bearing vault that implements a continuous rate accumulation mechanism. Users can deposit assets and earn yields through the Vault Savings Rate (VSR), with all interest automatically compounded into their share value.
- [sUSDC Token](/dev/savings/susdc-token): Savings USDC (sUSDC) is an ERC-4626 representation of USDC in the Spark USDC Vault. sUSDC allows users to deposit USDC to receive the yield generated by the Sky Savings Rate while still being able to transfer, stake, lend the tokens. Converting between USDC and sUSDC can be done using the ERC4626 interface.
- [sUSDS Token](/dev/savings/susds-token): **This page only reflects the sUSDS implementation on Ethereum mainnet. If you are looking to integrate sUSDS on other networks, see this page:** [**Cross-chain USDS & sUSDS**](/dev/savings/cross-chain-tokens)**.**
- [Contract Reference](/dev/integration-guides/litepsm/contract-reference): The integrator-facing contract. Presents a USDS interface and routes through the underlying DAI LitePSM plus Maker's DAI and USDS join adapters.
- [How the LitePSM Works](/dev/integration-guides/litepsm/how-it-works): A USDS ↔ USDC swap through the deployed wrapper flows through the USDS wrapper, the core DAI LitePSM, and the pocket. The wrapper also uses Maker's DAI and USDS join adapters to translate the DAI-denominated core route into a USDS-denominated interface:
- [Sky LitePSM](/dev/integration-guides/litepsm): The Sky LitePSM is Ethereum mainnet stablecoin swap infrastructure for fixed-rate USDC swaps. The core `DssLitePsm` swaps USDC against DAI, while Sky's `UsdsPsmWrapper` exposes the USDS-facing USDC ↔ USDS interface most integrators should use. Today the public fees are zero, but `tin` and `tout` are governance-controlled parameters and should be read on-chain before quoting.
- [Integration Guide](/dev/integration-guides/litepsm/integration-guide): This guide shows how to integrate the [`UsdsPsmWrapper`](/dev/integration-guides/litepsm/contract-reference#usdspsmwrapper-usds-usdc) into a smart contract or off-chain routing system. Addresses, source links, audits, and the full ABI are maintained in the [Contract Reference](/dev/integration-guides/litepsm/contract-reference).
- [Deployments](/dev/deployments): The Spark Address Registry contains addresses of all smart contracts used in the Spark ecosystem. Find all addresses for each network in this repository:
- [Spark Brand Assets | Press Kit](/brand): Welcome to the Spark Brand Kit. Here you will find logos, banners, colors and visuals from Spark.
- [SPK Cookie.fun Airdrop](/airdrop/cookie): The Spark SNAPS airdrop rewarded users who demonstrated significant participation in the Spark SNAPS campaign on the [Cookie.fun platform](https://cookie.fun/tokens/spark). The campaign initiative was aimed at driving community engagement and awareness. The campaign ran from May 22, 2025 5pm UTC to June 24, 2025 14:00 UTC.
- [SPK Ignition Airdrop](/airdrop/ignition): Spark ran an airdrop campaign to reward users who participated in various DeFi activities across multiple chains. The campaign consisted of two phases: the main Ignition airdrop and an optional Overdrive phase where users could boost their airdrop amount.
- [SPK Airdrop](/airdrop): Spark airdropped SPK tokens to three main categories of users:
- [SPK Layer3 Airdrop](/airdrop/layer3): The Layer3 airdrop rewarded users who participated in Spark's learning campaign on the Layer3 platform. This initiative aimed to educate users about Spark's ecosystem.
- [SPK Overdrive Airdrop](/airdrop/overdrive): Overdrive was the second phase of the Ignition airdrop series, where Ignition claimants had an option to qualify for a second airdrop. The Ignition airdrop phase lasted from the airdrop date to six weeks after the airdrop date. After this period, Ignition recipients were no longer able to claim their airdrop. SPK which was unclaimed after that period was allocated for distribution to participants in Overdrive as follows. For simplicity, the following dates have the following IDs:
- [SPK Pre-Farming Airdrop](/airdrop/pre-farm): Spark's pre-farming airdrop campaign rewarded users based on usage of SparkLend and AAVE on Ethereum mainnet. Select users of those platforms during the pre-farming period received an airdrop, depending on how much and how long they used either platform during specific periods, also known as "seasons." See further details on [qualification criteria](#how-do-i-qualify-for-the-spk-airdrop) for the airdrop, and the [different seasons](#season-1-aug-20-2023-may-20-2024) below.
- [Spark Airdrop Terms and Conditions](/airdrop/terms): These Spark Airdrop Terms and Conditions (“Terms”) govern your participation in Spark’s airdrop of the SPK token (“Airdrop”). The Airdrop is offered and administered solely by SPK Company Ltd. (hereinafter, “we,” “us,” or “our”). By participating in the Airdrop, you agree to these Terms. If you do not agree, you may not participate. These Terms apply in addition to any other rules, policies, procedures and/or other terms and conditions that may apply from time to time with respect to the Tokens.