What Is Berachain and How Does It Work?

Guides 2026-01-06 15:23

What Is Berachain and How Does It Work?

KEY TAKEAWAYS:
— Berachain’s EVM-identical environment lets Ethereum smart contracts and dApps run on Berachain the same way.

— Berachain’s Proof‑of‑Liquidity is unique because it rewards users for actively providing liquidity rather than merely locking tokens, enhancing both network security and transaction fluidity. 

— By splitting network roles among BERA, BGT, and HONEY, the tri-token model avoids high fees and liquidity challenges that arise from using one token for all functions, ensuring low transaction costs, effective governance, and network stability.

Have you ever wondered how smart contracts are created and run on blockchains like Ethereum? If you have, you’d know the answer to that is an EVM. For those new to crypto, an EVM (Ethereum Virtual Machine) is like a computer program that runs apps on a blockchain (in this case Ethereum), making it easier for developers to create and run smart contracts.

But EVMs are costly and often lead to high fees and congestion, which can slow down transactions and frustrate users.

This is where Berachain comes in—it is a high-performance, EVM-identical Layer-1 blockchain introducing a fresh take on network security and liquidity. The platform is built around a unique Proof-of-Liquidity (PoL) consensus mechanism and uses a tri-token model to separate transaction fees, governance, and stability. 

This means faster, cheaper, and more secure transactions—plus, people can also earn rewards and have a say in how the network is run, making their crypto experience more engaging.

Let’s take an in-depth look at Berachain, how it works, and how Berachain’s innovative design solves common challenges in crypto for users and devs alike.

What Is Berachain?

Firstly, Berachain operates similarly to Ethereum’s Virtual Machine. It is designed so that existing Ethereum smart contracts and dApps can run without changes, meaning that Ethereum apps work on Berachain in just the same way. 

The standout feature though, is its Proof-of-Liquidity model, which keeps capital active instead of locking it away for staking, as seen in traditional Proof-of-Stake (PoS) systems.

In traditional Proof-of-Stake (PoS), you must lock up your tokens for a chance to earn rewards. But with Proof-of-Liquidity (PoL), you can still earn rewards while keeping your tokens accessible for trading or other uses. This innovation means you don’t have to tie up your funds just to stake them. It allows your capital to stay active and flexible.

History of Berachain

Originally emerging from the Bong Bears NFT collection, Berachain evolved from an art-driven project into a full blockchain platform. Bong Bears was a pioneering NFT project that introduced an innovative “rebasing” mechanism—rewarding long-term holders with additional NFTs over time. The collection featured unique, cannabis-themed digital bear collectibles and the highly engaged community eventually laid the cultural and technological foundations for the Berachain ecosystem.

Its founders remain pseudonymous, identified by monikers such as “Papa,” “Smokey,” and “Dev Bear.” Despite the mystery surrounding its team, the project secured multi-million-dollar investments from firms like Polychain Capital and Tribe Capital.

How Does Berachain Work?

Let’s now take a closer look at the components that drive Berachain, from its familiar Ethereum environment to its innovative consensus and user-friendly wallet integration.

EVM-Identical Architecture

Berachain mirrors Ethereum’s execution environment, meaning that tools and dApps built for Ethereum run on Berachain with minimal or no adjustments. Its modular architecture is powered by BeaconKit—a framework developed using the Cosmos SDK—that enables swift updates and component swaps. This design keeps the network agile and ready to adopt future Ethereum improvements.

Proof-of-Liquidity Consensus

Unlike PoS, where tokens are locked up to secure the network, Berachain’s Proof-of-Liquidity model requires validators to stake tokens by depositing them into liquidity pools. 

This process secures the network while keeping the capital available for other DeFi activities. Validators must stake a minimum amount of BERA, and rewards are paid in BGT tokens. Users can also deposit assets in reward vaults, earning additional rewards that can boost validator earnings.

Wallet Compatibility

Since Berachain is EVM-compatible, users can access the network with familiar wallets like MetaMask. This ease of integration reduces friction for developers and users transitioning from Ethereum.

Berachain Tokenomics: The Tri-Token Model

Berachain uses a three-token economic model that divides network roles among distinct tokens:

BERA – The Native Token

BERA is used for paying transaction fees and staking. With a supply of 500 million tokens, BERA is the network’s gas token. A significant portion was distributed through an airdrop at launch, though only around 15.8% was released directly to the community.

BGT – The Governance and Rewards Token

BGT is earned by participating in liquidity activities. It is non-transferable and gives holders the right to vote on network proposals. Additionally, BGT can be burned at a 1:1 ratio to mint more BERA, creating a balance between network security and liquidity.

HONEY – The Native Stablecoin

HONEY acts as a stable medium of exchange, pegged loosely to the U.S. dollar. It is designed for use in lending, trading, and other DeFi operations. Users mint HONEY by depositing approved collateral, which helps maintain its peg and stability within the ecosystem.

This separation of roles is intended to reduce the liquidity issues common in single-token models, keeping transaction costs low while maintaining robust network security.

Berachain’s Ecosystem and Native dApps

Berachain hosts a suite of native applications that form its ecosystem:

BEX: The Decentralized Exchange

BEX is the network’s built-in DEX. It facilitates token swaps with low fees and high liquidity. Liquidity providers on BEX earn rewards in BGT, which they can use to influence network governance.

BEND: The Lending Platform

BEND allows users to lend and borrow assets using HONEY. It is designed to offer competitive rates and to support the liquidity-friendly environment that Berachain promotes.

BERP: The Perpetual Trading Platform

BERP provides perpetual futures trading. It aims to offer efficient capital deployment and deep liquidity, making it an attractive option for traders looking for derivatives on Berachain.

Together, these dApps create a self-contained ecosystem where liquidity, security, and utility reinforce one another.

Key Features of Berachain

  • EVM-Identical Execution: Seamless deployment of Ethereum-based dApps without modification. This means users can run their favorite Ethereum apps on Berachain without needing any changes, making the transition smooth and familiar.

  • Proof-of-Liquidity Consensus: Ensures that staked funds remain active, so you earn rewards while still having access to your assets for other opportunities.

  • Tri-Token Model: This tokenomic model separates functions across BERA, BGT, and HONEY—these three different tokens handle different roles—transaction fees, governance, and stability—helping to keep fees low and liquidity high for a better user experience.

  • Modular Design: With BeaconKit, the system can adopt Ethereum updates, ensuring that the network remains secure and up-to-date without major disruptions.

  • Native dApps: Built-in applications like BEX, BEND, and BERP provide essential services directly on the network, enhancing utility and convenience for users. 

Pros and Cons of Berachain


PROSCONS
Active Liquidity: The PoL model keeps capital in circulation, which benefits DeFi operations.

EVM Compatibility: Allows smooth transition of Ethereum dApps.

Innovative Token Structure: Separates staking from transaction liquidity.

Modular Architecture: Facilitates swift network upgrades.

Robust Ecosystem: Native dApps offer immediate utility.
Pseudonymous Founders: Lack of public identities may raise concerns.

Token Distribution Issues: A large allocation to private investors may skew network incentives.

Unproven Consensus Mechanism: The long-term performance of PoL is yet to be fully validated.

Potential Centralization: High minimum staking requirements could lead to concentration among a few validators. 


Berachain vs. Ethereum

While Ethereum uses PoS, which locks up tokens and may reduce liquidity, Berachain’s PoL keeps assets active, benefiting DeFi applications. 

Furthermore, Ethereum relies on a single token for multiple functions, whereas Berachain’s tri-token model separates these roles to help maintain low transaction fees and robust liquidity.

The Future of Berachain

Berachain’s mainnet launched on February 6, 2025, with an extensive airdrop aimed at rewarding early participants. While challenges—such as founder anonymity and contentious token allocations—remain, Berachain’s design may well provide the liquidity and security needed for a vibrant DeFi ecosystem.

In a blockchain world often cluttered by trade-offs—high fees or sluggish transactions, locked capital or limited rewards—Berachain emerges as a daring rethink of what’s possible. It’s a proving ground for a future where you don’t have to choose between flexibility and profitability, where devs can build without rewriting the rulebook, and where liquidity fuels growth rather than sitting idle.

With its seamless bridge to Ethereum’s vast ecosystem, a clever token trio that keeps the gears turning smoothly, and a suite of homegrown dApps ready to serve, Berachain isn’t waiting for the decentralized revolution—it’s actively making it happen.

Share to:

This content is for informational purposes only and does not constitute investment advice.

Curated Series

SuperEx Popular Science Articles Column

SuperEx Popular Science Articles Column

This collection features informative articles about SuperEx, aiming to simplify complex cryptocurrency concepts for a wider audience. It covers the basics of trading, blockchain technology, and the features of the SuperEx platform. Through easy-to-understand content, it helps users navigate the world of digital assets with confidence and clarity.

Unstaked related news and market dynamics research

Unstaked related news and market dynamics research

Unstaked (UNSD) is a blockchain platform integrating AI agents for automated community engagement and social media interactions. Its native token supports governance, staking, and ecosystem features. This special feature explores Unstaked’s market updates, token dynamics, and platform development.

XRP News and Research

XRP News and Research

This series focuses on XRP, covering the latest news, market dynamics, and in-depth research. Featured analysis includes price trends, regulatory developments, and ecosystem growth, providing a clear overview of XRP's position and potential in the cryptocurrency market.

How do beginners trade options?How does option trading work?

How do beginners trade options?How does option trading work?

This special feature introduces the fundamentals of options trading for beginners, explaining how options work, their main types, and the mechanics behind trading them. It also explores key strategies, potential risks, and practical tips, helping readers build a clear foundation to approach the options market with confidence.

What are the risks of investing in cryptocurrency?

What are the risks of investing in cryptocurrency?

This special feature covers the risks of investing in cryptocurrency, explaining common challenges such as market volatility, security vulnerabilities, regulatory uncertainties, and potential scams. It also provides analysis of risk management strategies and mitigation techniques, helping readers gain a clear understanding of how to navigate the crypto market safely.