Here's Why Core is Trusted Amongst Institutions for Earning on Their Bitcoin...

Institutions holding Bitcoin face a familiar dilemma: they want yield, but they cannot afford to give up control. Core (@Coredao_Org) addresses this directly through self-custodial $BTC staking, using a Bitcoin-native mechanism that requires no third-party custody and no handing over of private keys.

How Self-Custodial Staking Works

The foundation of Core's approach is Bitcoin's native CheckLockTimeVerify (CLTV) timelock feature. It enables Bitcoin holders to earn $CORE token rewards by participating in Core's consensus without relinquishing custody of their Bitcoin, leveraging Bitcoin's native CheckLockTimeVerify (CLTV) opcode.This transforms idle Bitcoin into a productive asset while preserving security and sovereignty, with no risk of loss or compromise through wrapping or bridging.

For institutions that have watched the collapse of centralised lending platforms with concern, this distinction matters. The failure of firms like Celsius underscored the risks of handing Bitcoin to third parties in exchange for yield. Core's model eliminates that counterparty exposure entirely.

Yield is further enhanced through a dual staking mechanism. Dual Staking enables participants to maximize rewards by staking both $BTC and $CORE simultaneously.Under Dual Staking, there are three boosted yield tiers for Bitcoin staking based on the proportion of $CORE staked relative to Bitcoin staked. This gives institutions a clear path to optimising returns while remaining in full control of their $BTC. $CORE is the native utility and governance token of the Core blockchain with a fixed supply of 2.1 billion tokens, serving as the exclusive key to unlocking higher Bitcoin staking yields through Dual Staking.

The Infrastructure Behind It: Satoshi Plus

Core's institutional appeal is also rooted in the robustness of its underlying architecture. Core's Satoshi Plus consensus combines Delegated Proof of Work (DPoW), Self-Custodial Bitcoin Staking, and Delegated Proof of Stake (DPoS) to elect validators, involving Bitcoin miners, Bitcoin stakers, and $CORE stakers for enhanced security and incentive alignment.

This allows the Core blockchain, an EVM-compatible L1, to be secured by both Bitcoin staking and Bitcoin mining. The network delivers fast transactions with low fees, supporting a growing ecosystem of dApps across DeFi, lending, and trading.

For institutions seeking a credible, audited way to put idle Bitcoin to work, without bridges, without wrapped assets, and without surrendering custody, Core presents an increasingly compelling option.

Sources:
Core DAO Official Documentation: Self-Custodial Bitcoin Staking FAQs
Core DAO Official Documentation: Dual Staking Integration Guide
The Block: Core Foundation Franchises Satoshi Plus Consensus Model