The Institutional Bitcoin Problem: Unlocking Bitcoin's Potential
- zonaris
- Jul 21, 2025
- 6 min read
Updated: Aug 5, 2025
Bitcoin has established itself as the world’s most trusted and institutionally adopted digital asset. However, for many BTC stakeholders, it often sits idle. Institutions holding BTC face a significant challenge: there is no native way to earn secure, productive yield without bridging, wrapping, or relinquishing control.
Today, Bitcoin staking and BTCFi are emerging as vibrant new components of the Bitcoin ecosystem. Staking, liquidity provisioning, and DeFi-like primitives are transforming Bitcoin into a productive and expressive asset.
In this document, we focus on Bitcoin-native staking. We highlight the Babylon protocol, which enables the self-custodial Bitcoin staking use case, and explain how zonaris supports institutional access to it.
What is BTC-native Staking?
Until recently, Bitcoin had only two native use cases: storing and transferring value. However, several protocols have now enabled a third native use case: securing Proof-of-Stake (PoS) blockchains using the Bitcoin asset. This allows BTC stakeholders to activate their idle BTC and earn staking rewards.
As a Proof-of-Work (PoW) blockchain, the Bitcoin chain's consensus mechanism does not rely on staking natively for its own security. Therefore, when we talk about "Bitcoin staking," we refer to the ability to use BTC to provide security to decentralized Proof-of-Stake blockchains in exchange for staking rewards.
For those focused solely on Bitcoin or unfamiliar with the concept, staking in traditional PoS blockchains typically involves locking up assets to help secure a decentralized network. Rewards are distributed to participants who act honestly. While the term "staking" has traditionally applied to PoS chains, it takes on a unique form when applied to Babylon. We will explore how this applies uniquely to Bitcoin and Babylon later in this document and in additional resources.
When discussing BTC staking, many people associate it with locking BTC in a multisig account, sending it to another chain, or minting synthetic tokens. These approaches introduce unnecessary risk and reduce security by relying on third parties. However, that's not the case with Babylon.
The Babylon Protocol: A New Era for Bitcoin
Babylon is a Bitcoin-native protocol that allows BTC holders to self-custodially delegate their Bitcoin to secure PoS networks and earn rewards without giving up custody or control. It leverages advanced cryptography, Bitcoin’s scripting language, and timestamping to unlock Bitcoin’s third native use case: staking.
Babylon introduces a trustless and self-custodial process where BTC is locked, staked, and ultimately unlocked by the holder's private key. Funds remain on the Bitcoin chain and under the user's control at all times, with no bridges, wrapped assets, intermediaries, or synthetic representations involved.
In short, Babylon brings native staking functionality to Bitcoin, including slashing, locking, and unbonding, while preserving the trust-minimized design that makes Bitcoin unique.
What Makes Babylon Different?
Self-Custodial
No bridges, no synthetic tokens, no smart contracts. BTC is time-locked using native Bitcoin scripts and remains in the holder’s wallet, accessible only after the lock expires or is unbonded.
Modular, Chain-Agnostic Support
Babylon opens the door for Bitcoin to secure PoS networks willing to integrate with its Finality Provider layer. As this ecosystem of Bitcoin Supercharged Networks expands, BTC holders will increasingly have access to multiple staking opportunities, diversifying yield opportunities across networks and use cases.
A Bitcoin-First System
Babylon is a Bitcoin-first system designed with security in mind: no wrapped tokens or rehypothecation, transparent slashing logic, and integration ready. Staking is done entirely via the Bitcoin Script and does not involve smart contracts.
How Babylon Works - At a Glance
Babylon is a Bitcoin-native protocol that enables BTC holders to self-custodially delegate their Bitcoin to Finality Providers. These providers communicate the status of BTC time locks to external PoS networks, allowing those networks to treat the locked BTC as economic collateral for securing their protocol.
At the core of Babylon’s innovation is the Finality Provider, which enables BTC holders to earn staking rewards without moving or giving up control of their Bitcoin. Unlike PoS validators, Finality Providers do not participate in block production. Instead, they observe the status of BTC time locks and submit cryptographic attestations of their finality to supported PoS networks. These networks treat the time-locked BTC as a signal of economic commitment and issue rewards to Finality Providers in their native token. Because the BTC remains untouched and fully self-custodied, Babylon delivers native yield without synthetic assets, custody risk, or trust assumptions.
Using an illustration below, let’s look at how Alice would stake her Bitcoin and earn staking rewards using Babylon and other Bitcoin Supercharged Networks:
Key Mechanics
Alice’s BTC remains self-custodied and time-locked by the Bitcoin script.
Alice delegates her time-locked BTC to a Finality Provider, who secures the PoS chain of Alice’s choosing.
A reward is earned in the native token of the PoS chain secured with her stake.
Alice’s stake can be accessed by unbonding (approximately a 2-day window) or withdrawn post-time lock expiration.
What are Alice’s Slashing Risks?
As with other Proof-of-Stake blockchains, the staking mechanism is designed to align economic incentives that support decentralized network security. Slashing, a security feature of most PoS networks, only occurs in the Babylon Staking Protocol if a Finality Provider maliciously double signs new blocks to attack the PoS chain it is securing.
In the rare occurrence of a slashing event:
Currently, only 0.1% of the Finality Provider’s delegated BTC can be slashed.
The process is trustless and cryptographically enforced via pre-signed slashing transactions using the Bitcoin script, not smart contracts.
Execution requires three conditions:
- A cryptographically verifiable double signature from the Finality Provider.
- A Schnorr-based EOTS key signature tied to the Finality Provider.
- A signature from a human-governed Covenant Committee.
BTC owners’ private keys are never touched.
If slashing occurs, the remaining BTC is returned to the user after the slashed BTC is burned.
It is important to emphasize that Babylon does not rely on the PoS chain being secured. The PoS chain never accesses the staked BTC. This design keeps BTC secure and segregated throughout.
Looking Ahead: Babylon and BTCFi
Babylon’s Genesis Network serves as the foundation for an expanding BTCFi ecosystem and acts as a coordination layer for Bitcoin Supercharged Networks (BSNs). Over time, Babylon is expected to support additional BTCFi applications, creating new yield opportunities beyond traditional staking. As Babylon’s rollout progresses, we see meaningful potential for both the scale and diversity of BTC-native yield sources to grow. This expansion aligns closely with the long-term vision zonaris is building toward: a unified institutional platform for productive Bitcoin capital deployment.
zonaris: The Institutional Gateway to Bitcoin Yield
zonaris has worked closely with Babylon, collaborating since the protocol’s early development. Today, we operate Finality Provider infrastructure on our own bare metal hardware, supporting the Babylon Genesis Network with 99.99% uptime and institutional-grade safeguards. As the Babylon ecosystem expands, zonaris will continue to provide secure, reliable infrastructure and institutional access across emerging Bitcoin Supercharged Networks and future BTCFi applications.
zonaris is a purpose-built platform for productive capital deployment, designed to integrate directly with protocol infrastructure while abstracting operational complexity for institutions. We provide a unified, secure interface to activate idle BTC across native staking and evolving BTCFi yield primitives.
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The question is no longer whether Bitcoin will evolve, but how institutions will engage with that transformation. zonaris exists to ensure they are ready to participate.
Disclaimer:
This document is provided for informational purposes only and does not constitute investment, legal, tax, or other professional advice. zonaris does not offer, broker, or execute investment products, or securities. Participation in Bitcoin staking via the Babylon protocol involves technical and economic risks, including potential slashing of staked assets, operational errors, changes in protocol behavior, and exposure to third-party smart contract or network vulnerabilities. While zonaris aims to deliver secure and reliable infrastructure, there is no guarantee of uptime, reward outcomes, or protection from all slashing events. The information herein reflects current understanding of the Babylon protocol and its surrounding ecosystem as of the date of publication and may change without notice. Readers are solely responsible for evaluating the risks associated with any staking activity and should consult their own advisors before making any decisions involving digital assets. zonaris makes no representations or warranties, express or implied, regarding the accuracy or completeness of the information in this publication.
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