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Single-sided staking provides flexibility, letting users unstake at any time and claim rewards once every seven days.
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The platform’s Gen-0 NFT public sale sold out in just 80 seconds.
DeFi Land, a multi-chain agriculture-simulation GameFi platform, has launched its long-awaited single-sided staking feature, introducing near-instant reward generation to its decentralized gaming ecosystem.
Designed to bring gamification to decentralized finance, DeFi Land also reported that the public sale of its Gen-0 NFTs sold out within minutes, underscoring strong community demand.
The new single-sided staking option lets users stake the native DFL token and start earning rewards immediately. Rewards accrue on a per-second basis, giving stakers faster access to yield compared with traditional pooled or dual-sided staking models.
Staked rewards can be claimed once every seven days. Lock-up periods for DFL range from 0 to 104 weeks, and longer lock durations offer higher APY (annual percentage yield) to incentivize sustained commitment.
In addition to improved yields, long-term stakers may receive complimentary non-fungible tokens (NFTs) and whitelist access for upcoming project drops and features.
DeFi Land explained that initial emissions begin at 1 DFL per second and will adapt over time. In-game mechanics and market fees will gradually replace the fixed emission schedule to promote long-term sustainability of token distribution.
Users can stake DFL directly on the DeFi Land website or through the in-game interface.
The project also completed the sale of its Gen-0 NFTs, which grant holders access to play-to-earn (P2E) game features. Whitelisted participants could mint from a batch of 7,500 NFT seeds, and the subsequent public sale sold out in just 80 seconds amid heavy demand.
DeFi Land launched its mainnet beta in the third quarter of 2021 and operates across multiple chains. The project currently integrates with platforms such as Orca, SolFarm and Saber, and plans include an NFT marketplace and additional Solana-based integrations to expand its ecosystem.