Buidlpad Initiates HODL Staking with 155% APR Incentive

Key Takeaways:
  • Buidlpad Launches Pre-TGE HODL Staking with Momentum.
  • Offers up to 155% APR and double rewards.
  • Impact on liquidity pools of SUI, Bitcoin, stablecoins.
buidlpad-initiates-hodl-staking-with-155-apr-incentive
Buidlpad Initiates HODL Staking with 155% APR Incentive

Buidlpad has launched a Pre-TGE HODL Staking Event featuring Momentum as its inaugural project, offering up to 155% APR until October 19, 2025.

The event signifies growing adoption in DeFi, offering unique incentives, including Bricks points, potentially impacting liquidity across various cryptocurrency assets.

Buidlpad has initiated a Pre-TGE HODL Staking Event. The event includes Momentum as its inaugural project and runs until October 19, 2025.

Participants can earn yields up to 155% APR. The event encourages liquidity provision in SUI, stablecoins, and Bitcoin pools. Double rewards in Bricks points are also included in the offering.

The event creates significant engagement within DeFi markets, affecting liquidity within targeted pools. Onboarding of assets like SUI and Bitcoin enhances the attractiveness of cryptocurrency staking opportunities.

Recent data highlights that Yield Basis, associated with Buidlpad, received $5 million funding. This further solidifies institutional interest. Michael Egorov, Founder, Yield Basis, said, “Yield Basis is a Bitcoin-native yield protocol introduced by Curve founder Michael Egorov. It achieved a $50 million valuation at the beginning of the year and secured $5 million in funding.”

Investor interests grow as Bricks points offer potential presale allocations and airdrop eligibility. The promise of tangible rewards escalates momentum within the crypto community, spurring discussion on future yield innovations.

Technology advancements suggest a shift in approach toward staking rewards. As more assets integrate, strategic developments lay groundwork for long-term technical growth. Past successes like Sahara AI’s presale are indicative of current potential.