What Is Berachain: Complete BERA Proof-of-Liquidity Guide (2026)

Berachain is one of the most unusual Layer 1 blockchains ever launched. It was built by a team that started as a Bong Bears NFT side project, it ships a brand new consensus mechanism called Proof of Liquidity, and instead of running on a single token like most chains, it operates on a triangular three-token economy involving BERA, BGT, and HONEY. If that sounds confusing, do not worry. By the end of this guide you will understand how every single piece fits together.

The core innovation behind Berachain is the idea that the security of the network should be aligned with the liquidity in its decentralized finance applications. Most chains pay validators in inflationary token rewards that have nothing to do with on-chain economic activity. Berachain reverses that relationship. Validators only earn rewards when they direct emissions toward liquidity pools that the community actively uses. The more useful a pool is, the more rewards flow through it, and the more secure the chain becomes.

In this 2026 guide we will break down the origin of the bear-themed chain, walk through the Proof of Liquidity (PoL) mechanic step by step, explain the relationship between the three tokens, tour the ecosystem of decentralized applications running on Berachain today, examine the airdrop history and the speculation around Season 2, and finish with the bull case, the bear case, and a step-by-step tutorial for using the chain yourself.

What Is Berachain?

Berachain is an EVM-identical Layer 1 blockchain that introduces a new consensus mechanism called Proof of Liquidity. It is built on top of the Cosmos SDK and uses the BeaconKit framework to deliver full Ethereum Virtual Machine compatibility, which means any application that runs on Ethereum can be deployed on Berachain with no code changes. What makes the chain unique is not the execution environment, but the economic model that secures it.

Where most chains rely on Proof of Stake to align validator incentives with the network, Berachain ties validator earnings directly to liquidity provision in its decentralized exchanges and money markets. The result is a chain where every block produced increases the total value locked in the DeFi layer, rather than just printing tokens into the void.

The project was founded by pseudonymous developers who go by Smokey the Bera, Homme Bera, and Dev Bera. Their origin story is one of the most bizarre in crypto. They were active members of the Bong Bears NFT collection, a 2021 PFP project featuring cartoon bears smoking from a bong. The community ran a series of experimental NFT rebases and side projects, and one of those experiments was a testnet for a decentralized exchange that paid liquidity providers in a governance token rather than a fee token. That experiment evolved into the core mechanic of Berachain.

What started as a meme has now become one of the most heavily funded Layer 1 launches in crypto history. Berachain raised approximately 142 million dollars across multiple funding rounds from investors including Polychain Capital, Brevan Howard Digital, Framework Ventures, and Hack VC. The chain launched its first incentivized testnet, codenamed Artio, in early 2024. Mainnet launched in February 2025 alongside the BERA token generation event and the Season 1 airdrop.

The chain processes transactions in roughly two seconds, uses CometBFT consensus inherited from Cosmos for fast finality, and supports the same tooling that Ethereum developers already use. MetaMask works out of the box, Solidity contracts compile without modification, and block explorers like Beratrail mirror the Etherscan experience that traders are used to.

The 3-Token Model: BERA, BGT, and HONEY

The most important concept to understand about Berachain is the three-token model. Almost every chain uses one or two tokens. Berachain uses three, and each one serves a completely different purpose. Trying to learn the chain without first understanding how these tokens relate to each other will leave you confused at every turn.

Each token has a distinct relationship with the others. BERA is the gas asset and the security asset. Validators stake BERA to produce blocks, and every transaction pays a fee in BERA. BGT is the governance asset. It is non-transferable, which means you cannot buy it on a centralized exchange. The only way to get BGT is by depositing into a whitelisted reward vault and earning emissions over time. HONEY is the native stablecoin. It is fully overcollateralized by USDC held in the BeraVault contract.

The reason the system uses three tokens is that each one solves a problem the others cannot. A single token cannot simultaneously be a good gas token, a good governance token, and a good stablecoin. By splitting the responsibilities, Berachain avoids the speculative governance problems that plague chains where the gas token is also the voting token.

Proof of Liquidity vs Proof of Stake

Proof of Liquidity is the consensus mechanism that ties everything together. To understand why it is novel, it helps to compare it directly with Proof of Stake. In Proof of Stake, validators lock up a chain's native token, produce blocks in proportion to how much they staked, and earn newly minted tokens as a reward. The reward is paid in the same token they staked. The economic value of staking comes from the inflation rate of the token itself.

Proof of Liquidity changes this. On Berachain, validators still stake BERA to participate in consensus, but their share of block rewards is determined by how much BGT they receive from delegators. BGT cannot be staked directly by validators. Instead, holders of BGT delegate their voting power to specific validators, and those validators then direct emissions to specific liquidity pools. The validators that attract the most BGT delegations earn the most rewards. The liquidity providers in the pools that those validators choose also earn the most rewards.

The mechanism creates a feedback loop. Applications that want emissions need to attract BGT delegations. To attract BGT delegations, they offer bribes back to delegators in the form of their own tokens. Delegators choose the validator that promises the highest combined yield. Validators choose the pools that maximize their share of BGT delegations. The pools that attract the most liquidity get the most emissions. Every economic actor in the system is pushed toward growing on-chain liquidity rather than passive token accumulation.

This is a fundamentally different incentive structure than what exists on chains like Ethereum, Solana, or Avalanche. On those chains, you can stake validator tokens and earn rewards without ever providing liquidity, opening a smart contract, or interacting with DeFi. On Berachain, the only way to earn the governance asset is to participate in DeFi. There is no passive staking yield in the traditional sense, and that is by design.

BERA Token: Gas and Validator Staking

BERA is the simplest of the three tokens to understand. It is the gas token. Every transaction on Berachain costs gas, and that gas is paid in BERA. The token is fully transferable, listed on major centralized exchanges including Binance, OKX, Coinbase, and Bybit, and has all the properties you expect from a normal Layer 1 native token. You hold it in your wallet, you send it to others, you trade it on exchanges.

The second function of BERA is validator staking. To run a validator on Berachain, an operator must stake a minimum amount of BERA. The current minimum is 250,000 BERA, although the exact threshold can be adjusted by governance over time. Once staked, a validator participates in CometBFT consensus, signing blocks and earning a base reward in BERA from transaction fees and block subsidies.

The BERA token has an inflationary supply schedule. New BERA is minted with every block, and that BERA is distributed to validators who are then forced to share most of it with delegators via the Proof of Liquidity mechanic. The initial circulating supply at the token generation event in February 2025 was approximately 100 million BERA out of a total supply of 500 million. The inflation rate has been calibrated to roughly 10 percent per year in the first year, decreasing over time according to a published schedule.

One subtle point about BERA tokenomics is that the gas fees paid by users are not burned. Instead, they accrue to validators on top of the block subsidy. This means that as on-chain activity grows, the real yield earned by validators and their delegators increases. It is the opposite of Ethereum's EIP-1559 mechanism, which burns base fees to make ETH deflationary. Berachain chose to direct fee revenue to validators specifically to reinforce the Proof of Liquidity flywheel.

BGT Token: Non-Transferable Governance Earned from LP

BGT is where Berachain departs most aggressively from every other chain in the market. BGT stands for Bera Governance Token, and it is the asset that controls the chain. Holders of BGT vote on protocol upgrades, parameter changes, and most importantly, the direction of block reward emissions. But BGT cannot be bought, sold, or transferred. There is no BGT market on any exchange.

The only way to obtain BGT is to deposit into a whitelisted reward vault and accrue emissions over time. Whitelisted pools include the main DEX pairs on BeraSwap and BEX, certain money market deposit positions on Berachain lending protocols, and a small number of curated yield strategies. The list of whitelisted pools is itself governed by BGT holders, which creates a recursive structure where the asset that controls emissions is earned only by participating in the activities that emissions support.

Once you hold BGT, you have two choices. You can delegate it to a validator, in which case it counts toward that validator's share of block production rewards and you earn a portion of the validator's emissions. Or you can burn it for BERA at a one-to-one ratio. This is the only way BGT can ever be converted into a liquid asset, and it is a one-way street. Once you burn BGT for BERA, you lose your governance power.

The burn mechanism is what gives BGT economic value despite being non-transferable. A unit of BGT is worth at least one BERA because you can always burn it for that. In practice, BGT trades at a significant premium to BERA in the form of bribes and emissions yield. Validators and protocols compete to attract BGT delegations by paying bribes, which makes holding and delegating BGT often more profitable than just burning it.

For sophisticated users, there is also a wrapped version called iBGT, issued by Infrared Finance. Depositors send their BGT to Infrared, which delegates the underlying BGT to its own validators and issues iBGT as a transferable liquid receipt. iBGT can then be used in DeFi just like any other ERC-20 token while still earning the underlying delegation rewards. We will cover this in the ecosystem section.

HONEY: The Native Overcollateralized Stablecoin

HONEY is the native stablecoin of Berachain. It is pegged to one US dollar and is fully overcollateralized by USDC held in a smart contract called the BeraVault. Anyone can mint HONEY by depositing USDC into the BeraVault at a one-to-one ratio. Anyone can redeem HONEY for USDC at the same ratio, minus a small fee. The mechanism is deliberately simple. There are no algorithmic components, no leverage, and no exotic collateral types.

The design choice to launch with a fully USDC-backed stablecoin reflects lessons learned from previous stablecoin failures in DeFi. Algorithmic stablecoins like UST collapsed catastrophically in 2022. Crypto-collateralized stablecoins like DAI have struggled with capital efficiency. Berachain chose the most boring possible model precisely because the rest of the chain's design is already novel enough. HONEY exists to be a reliable unit of account, not a financial innovation.

The reason a native stablecoin matters so much for the chain is that most of the highest-volume liquidity pools on Berachain are HONEY pairs. HONEY/USDC, BERA/HONEY, and pegged stable pools like HONEY/USDT all anchor the DEX ecosystem. By controlling the issuance of its own stablecoin, Berachain captures a portion of the trading volume that would otherwise flow to external issuers like Circle or Tether.

The HONEY supply has grown rapidly since mainnet launch. As of mid-2026, HONEY circulating supply has surpassed 600 million units, putting it among the top fifteen stablecoins by market cap. The protocol earns yield on the USDC backing the supply, and that yield is recycled back into the Proof of Liquidity emissions, further reinforcing the flywheel between stablecoin issuance and chain security.

Reward Vaults and Validator Gauges

The mechanical heart of Berachain is the reward vault system. A reward vault is a smart contract that holds liquidity provider tokens or other yield-bearing positions and drips BGT to depositors over time. Each reward vault is associated with a specific whitelisted pool. When you deposit into a vault, the vault tracks your share of the total deposits and pays you BGT proportional to that share and the rate set by the validator gauges.

A validator gauge is the lever validators use to direct emissions. Every validator has a gauge for each whitelisted vault, and they can set the weights themselves. If a validator decides to send 50 percent of their emissions to the HONEY/USDC vault, 30 percent to the BERA/HONEY vault, and 20 percent to a smaller vault, then the depositors in those vaults receive emissions in those proportions. The validator's BGT delegators then earn a cut of the bribes that those vault protocols pay to attract emissions.

The bribe system is what makes the whole thing economically interesting. Protocols launching on Berachain compete for emissions by offering bribes in their own tokens to validators or directly to BGT delegators. These bribes can be substantial. In the months after mainnet launch, several protocols offered annualized bribe yields of 30 to 80 percent on top of the underlying BGT emissions. The combined yield from LP fees, BGT emissions, and bribes regularly exceeded 100 percent APR in the early months of the chain.

PoL Worked Example: Depositing to HONEY/USDC Pool

Let us walk through a concrete example. Suppose you want to participate in Proof of Liquidity with 10,000 USDC. The first step is bridging your USDC onto Berachain. You can use the official Berachain bridge or a third-party aggregator like LayerZero, Stargate, or Across. Once your USDC arrives on Berachain, you have two paths to enter the HONEY/USDC whitelisted pool.

Path one is to mint HONEY directly. You deposit 5,000 of your USDC into the BeraVault, which mints 5,000 HONEY for you. Now you have 5,000 USDC and 5,000 HONEY. You deposit both sides into the HONEY/USDC pool on BeraSwap. You receive LP tokens representing your share. Path two is to swap 5,000 of your USDC for HONEY on the open market via the existing HONEY/USDC pool. The result is the same, but the price might be slightly different from one-to-one depending on the pool's current state.

With your LP tokens in hand, you deposit them into the HONEY/USDC reward vault. The vault now tracks your position. From this moment forward, you accrue three streams of yield. First, you earn a share of the trading fees generated by the pool, paid in HONEY and USDC. Second, you earn BGT emissions at the rate set by your chosen validator. Third, you earn any bribes that protocols are paying to the HONEY/USDC vault, typically distributed proportionally to BGT emissions received.

After a week, you check your position. You have earned roughly 8 BGT. You can either delegate it to a validator to earn ongoing rewards, or burn it for 8 BERA to immediately monetize. Most participants delegate, because the bribe yields on top of delegation are typically higher than the floor value of burning. You pick a validator like Infrared, BeraBaddies, or any of the dozens of operators competing for delegations, and submit the delegation transaction.

Your 8 BGT now counts toward Infrared's share of total BGT delegations. Infrared then earns a share of block rewards proportional to its total delegated BGT. Infrared passes a portion of those rewards back to you in the form of BERA, plus any bribes from protocols that wanted Infrared to direct emissions toward their vaults. Your effective yield ends up being some combination of LP fees, BGT emissions, BERA rewards from delegation, and bribes from protocols. In 2025 and 2026, this combined yield has frequently exceeded 40 to 60 percent APR on the HONEY/USDC pool, which is one of the lowest-risk pools on the chain.

Berachain Architecture: Cosmos SDK + EVM

Under the hood, Berachain is built on a combination of the Cosmos SDK and the Ethereum Virtual Machine. This hybrid architecture is delivered through a framework called BeaconKit, which the Berachain team designed and open-sourced. BeaconKit allows any Cosmos chain to add full EVM compatibility while keeping the speed and modularity benefits of the Cosmos stack.

The consensus layer is CometBFT, the same consensus engine used by Cosmos Hub, Osmosis, Celestia, and many other Cosmos chains. CometBFT provides instant finality. A block is final the moment it is signed by a supermajority of validators, typically within two seconds. There is no probabilistic finality like on Bitcoin or Ethereum, where you wait for additional blocks to confirm. This is a major usability improvement for traders, who can be certain a transaction settled before they take their next action.

The execution layer is a slightly modified Geth, the most popular Ethereum execution client. Smart contracts deployed on Berachain are bytecode-compatible with Ethereum, meaning you can fork an Ethereum-deployed contract directly. Tooling like Hardhat, Foundry, MetaMask, Wallet Connect, Etherscan-style explorers, and every popular library work without modification. From a developer's perspective, building on Berachain is identical to building on any other EVM chain.

The Proof of Liquidity logic lives in a set of native modules at the Cosmos SDK level rather than in smart contracts. This makes it more efficient and more secure than implementing the same logic in Solidity. The reward vaults themselves are smart contracts, but the validator gauge weights, the BGT issuance, and the BERA distribution all happen at the consensus layer. This is a meaningful design decision because it means PoL is not a contract that can be exploited like a typical DeFi protocol. It is part of the chain itself.

Top Berachain dApps in 2026

The Berachain ecosystem has grown into one of the most active EVM ecosystems outside of Ethereum and the major rollups. Hundreds of applications have launched since mainnet, and a clear set of category leaders has emerged. Understanding which dApps matter is essential to navigating the chain.

There is sometimes confusion between BEX, BeraSwap, and Kodiak. BEX is the official DEX run by the core team and offers a Curve-style stableswap plus a Uniswap V2 style constant product pool. BeraSwap is a Balancer V2 fork with multi-asset weighted pools. Kodiak is a Uniswap V3 style concentrated liquidity DEX. Each occupies a different niche, and most active liquidity providers use a combination of all three depending on the pair they are providing for. For a primer on how these systems work, see our guide to the automated market maker model.

Beyond DEXes, the ecosystem includes oracles like Pyth and RedStone, NFT marketplaces, perpetual exchanges, prediction markets, and a growing set of consumer applications. The Berachain Foundation maintains a public ecosystem map that lists more than 200 active projects as of 2026.

BERA Airdrop History and Future Seasons

The BERA airdrop has been one of the most actively farmed campaigns in recent crypto history. Season 1 launched alongside mainnet in February 2025 and distributed roughly 80 million BERA, equivalent to 16 percent of total supply, to early users of the Artio testnet and various pre-mainnet incentive programs. Eligibility was determined by points earned during the testnet phase, which included activities like providing liquidity, swapping tokens, interacting with partner protocols, and minting NFTs from the Bong Bears family.

The Season 1 distribution was widely considered generous by airdrop standards. Active testnet participants who farmed multiple protocols received allocations valued at between 5,000 and 50,000 dollars at launch, with the largest farmers receiving six-figure allocations. The airdrop drew criticism from some users who felt the points formula favored capital over engagement, but most observers regarded it as one of the better-distributed launches of the cycle.

Since mainnet, the community has been actively speculating about a potential Season 2. The Berachain Foundation has not officially confirmed a second airdrop, but the structure of the chain naturally creates incentives for ongoing distribution. New whitelisted pools, new ecosystem grants, and the iBGT liquid wrapper have all created repeated opportunities for users to earn allocations from partner protocols. Some analysts argue that the BGT system itself functions as a continuous airdrop, since every active liquidity provider earns a share of governance and bribes over time.

For users who want to position themselves for any future distribution, the most reliable activities to pursue are providing liquidity to whitelisted pools, delegating BGT consistently to ecosystem-aligned validators, interacting with protocols that have not yet launched their own tokens, and participating in community governance. The pattern of the chain has so far been to reward sustained engagement rather than short-term mercenary capital, although the success of that approach is still being debated.

Comparison: Berachain vs Olympus DAO vs Curve veCRV

Berachain's design draws clear inspiration from several earlier DeFi protocols. The closest historical analogues are Olympus DAO, which pioneered protocol-owned liquidity in 2021, and Curve Finance, which pioneered vote-escrow tokenomics with veCRV. Understanding what Berachain takes from each of these helps clarify why the chain looks the way it does.

Olympus DAO introduced the idea that a protocol could own its own liquidity rather than renting it from mercenary liquidity providers. The protocol sold bonds to acquire LP tokens, then used those LP tokens to bootstrap permanent liquidity. The model collapsed when token incentives proved unsustainable, but the underlying insight, that protocols should align with their own liquidity, became foundational. Berachain takes that insight and bakes it into the consensus layer of an entire blockchain rather than a single protocol.

Curve Finance and the veCRV model introduced the idea that governance tokens should be locked, non-transferable, and used to direct emissions across pools. Holders of veCRV vote on gauge weights, which determine how CRV emissions are distributed. Protocols pay bribes via platforms like Convex and Votium to attract veCRV votes. Berachain's BGT system is essentially a more aggressive version of veCRV. It is non-transferable by default rather than by lock-up, every user earns it natively by providing liquidity, and it is integrated with consensus rather than just with one DEX. The bribe market is similar but applied to validator emissions instead of CRV emissions.

The major difference from both predecessors is scope. Olympus DAO was a single protocol. Curve veCRV controls emissions for one DEX. Berachain applies the same patterns at the L1 level, meaning every block, every transaction, and every application on the chain participates in the same flywheel. The outcome, if the design works as intended, is a chain where applications are structurally aligned with their own usage in a way that no earlier system has managed.

The Bull Case: A Capital-Efficient Layer 1

The strongest argument for Berachain is the bull case for capital efficiency. On most chains, billions of dollars sit in passive staking contracts earning rewards without contributing anything to the DeFi economy of the chain. Ethereum currently has more than 30 million ETH staked passively. That capital generates yield, but it does not improve liquidity, it does not enable better trading, and it does not make the chain more useful for applications.

Berachain redirects this capital. Every dollar that wants to earn the chain's native yield must enter a liquidity pool, which means it contributes to the same liquidity that traders and applications depend on. The result is that a Berachain with the same total economic value as a comparable Proof of Stake chain will have dramatically more usable liquidity and tighter spreads. For high-frequency strategies, market makers, and DeFi applications, this is a meaningful structural advantage.

The second bull case argument is the alignment between application developers and the chain itself. On most chains, application developers compete with the L1's native staking yield for user capital. Users have to choose between earning chain-level rewards and using DeFi. On Berachain, the chain-level reward only flows through DeFi. Applications that bring real users and real volume automatically earn a share of block rewards, which means the relationship between application growth and chain security is direct.

Finally, the EVM compatibility removes the cold-start problem that most new chains face. Solidity developers can deploy on Berachain in hours, not months. Existing protocols can fork and tweak. Liquidity can be bridged from Ethereum with minimal friction. The chain has been able to attract a mature ecosystem in less than a year specifically because the technical barriers were minimal.

The Bear Case: Dilution and Mercenary LP Risk

The bear case for Berachain centers on the long-term sustainability of the emission model. The current high yields on liquidity pools are driven by aggressive BGT emissions and bribes from protocols that are themselves spending their treasury reserves to attract users. As those treasuries deplete, bribes will decline, and the marginal yield for new liquidity providers will fall.

If yields fall below what mercenary liquidity providers require, capital may exit the chain. The risk is that Berachain ends up with a hollow flywheel, where liquidity is high during the bootstrapping phase but evaporates once incentives normalize. This is the same dynamic that plagued Olympus DAO and many other incentive-driven protocols in the previous cycle. Whether Berachain has structurally solved this problem or merely scaled it up remains an open question.

The second bear case argument concerns BGT dilution. As more users provide liquidity, BGT issuance grows. The value of each unit of BGT in governance terms gets diluted, even though the floor value backed by BERA convertibility remains. Whether this dilution stabilizes or accelerates depends on the rate of BGT issuance relative to the growth of the chain's economic activity. If issuance grows faster than activity, real yields fall over time.

The third concern is governance capture. Because validators control gauge weights, and because attracting BGT delegations requires paying bribes, large operators with deep pockets can outcompete smaller operators for delegations. This could concentrate emissions, which could concentrate governance power, which could create the same plutocratic dynamics that plague Curve. The mitigations are decentralization of validators and broader BGT distribution, but neither is guaranteed by the chain's design.

How to Use Berachain Step by Step

If you want to start using Berachain yourself, the process is similar to using any other EVM chain, with a few Berachain-specific steps. Here is the full walkthrough from zero to providing liquidity in a reward vault.

Step 1: Add Berachain to your wallet. Open MetaMask or your preferred EVM wallet. Add a custom network with the Berachain RPC endpoint, chain ID, and currency symbol BERA. The official RPC information is published on the Berachain documentation site. After adding, your wallet should display the BERA balance once you fund it.

Step 2: Bridge funds from another chain. The simplest path for most users is to bridge USDC or ETH from Ethereum or another major chain. Use the official Berachain bridge or a third-party bridge like LayerZero, Stargate, or Across. The bridge will typically take a few minutes to settle. You will also need to receive a small amount of BERA for gas. Most bridges will give you a few cents worth of BERA on arrival, but if not, you can buy BERA on a centralized exchange and withdraw directly to your Berachain address.

Step 3: Mint HONEY or swap for it. If you bridged USDC, you can deposit some of it into the BeraVault to mint HONEY. Open the official Berachain app, navigate to the HONEY mint page, approve USDC spending, and execute the mint. Alternatively, swap your USDC for HONEY directly on BEX. The result is the same. You now hold both USDC and HONEY in your wallet.

Step 4: Add liquidity to a whitelisted pool. Go to BEX or another supported DEX. Find the HONEY/USDC pool. Deposit equal values of both tokens. You will receive LP tokens in return. The interface will tell you what percentage of the pool you own and what fees you can expect to earn from trading volume.

Step 5: Stake LP tokens in the reward vault. Navigate to the reward vaults section of the Berachain app. Find the vault corresponding to your pool. Approve your LP tokens for the vault, then deposit. You are now earning BGT emissions on top of your LP fees. This is the moment when you have officially entered Proof of Liquidity. For more on yield strategies, see our yield farming guide and our liquidity mining guide.

Step 6: Delegate accrued BGT. After some time, your vault position will accrue BGT. Claim it from the vault interface. Then navigate to the validator delegation page. Pick a validator based on the bribes and emissions they offer. Most users delegate to operators like Infrared, BeraBaddies, or similar ecosystem-aligned validators. Confirm the delegation transaction. You are now actively shaping where block rewards go.

Step 7: Monitor and rebalance. Yields and bribes change weekly. Most active participants monitor their positions through dashboards like Berachain Stats or third-party tools. If a different validator starts offering better bribes, you can redelegate. If a different pool starts offering better combined yield, you can rotate your LP. The active management is part of why returns can be high.

Risks of Using Berachain

Beyond the broader bear case for the chain as a whole, there are practical risks for individual users that you should understand before depositing significant capital. The first is the standard smart contract risk that applies to any DeFi protocol. Berachain's core modules have been audited, but the broader ecosystem of dApps varies widely in security. Always check whether a protocol has been audited before depositing.

The second risk is impermanent loss in volatile pairs. Pools like BERA/HONEY or WBTC/HONEY have higher emissions precisely because they carry higher impermanent loss risk. If BERA moves sharply against HONEY, your LP position will underperform simply holding the two assets separately. The BGT emissions and bribes need to outweigh this loss for the position to be net profitable. Stable pairs like HONEY/USDC carry minimal impermanent loss but also offer lower emissions.

The third risk is BGT dilution and emissions schedule changes. The chain's emission rate and the reward vault list are governed by BGT holders. Changes to these parameters can dramatically affect yields. A vault that pays 60 percent APR today might pay 10 percent next month if validators redirect emissions or if new vaults dilute the existing ones. Active monitoring is essential for users with large positions.

The fourth risk is bridge risk. Almost all funds entering Berachain come through bridges, and bridges have historically been the most exploited category of DeFi infrastructure. Use major audited bridges, do not bridge more than you can afford to lose in a single transaction, and prefer the official Berachain bridge for large amounts.

Finally, there is the macro risk that the entire Proof of Liquidity model proves unsustainable. If the high yields of the bootstrapping phase do not transition into sustainable real yield, the chain could see a liquidity exodus similar to what happened to many incentive-driven protocols in previous cycles. Position size accordingly. For deeper context on token economics, see our tokenomics guide.

Frequently Asked Questions

Is BERA the same as BGT?

No. BERA is the transferable gas token used to pay for transactions and stake as a validator. BGT is the non-transferable governance token earned only by providing liquidity to whitelisted pools. BGT can be burned for BERA at a one-to-one ratio, but BERA cannot be converted into BGT. They serve completely different purposes within the same chain.

Can I buy BGT on a centralized exchange?

No. BGT is non-transferable by design. The only way to obtain BGT is by depositing into a whitelisted reward vault on Berachain and earning emissions over time. If you want exposure to BGT-style yield without locking your assets, you can hold iBGT, which is a liquid wrapper issued by Infrared Finance and tradable on Berachain DEXes.

Is HONEY safe? What backs it?

HONEY is fully overcollateralized by USDC held in the BeraVault smart contract. Every HONEY in circulation can be redeemed for one USDC. The mechanism is deliberately simple and does not rely on algorithmic stabilization or volatile collateral. The main risks are smart contract risk in the BeraVault itself and the underlying risk of USDC, which is centrally issued by Circle.

What was the Artio testnet?

Artio was the incentivized testnet that ran from early 2024 through the end of that year. It allowed users to test the Proof of Liquidity mechanic, earn points toward the Season 1 airdrop, and stress-test the chain before mainnet. The testnet hosted hundreds of thousands of users and processed millions of transactions, which gave the team confidence to launch the mainnet in February 2025.

Will there be a Season 2 airdrop?

The Berachain Foundation has not officially announced a Season 2. However, the ongoing emissions of BGT, the addition of new whitelisted pools, and the expansion of partner protocols have all created repeated opportunities for users to earn allocations from individual ecosystem projects. Many community members treat the BGT issuance itself as a continuous airdrop, although a formal new round has not been confirmed.

How does Berachain compare to Solana or Avalanche?

Solana and Avalanche are general-purpose Proof of Stake chains where validators earn rewards by locking up the native token. Berachain is also a Proof of Stake chain at the consensus layer, but rewards are gated behind liquidity provision via the Proof of Liquidity mechanic. The result is a chain that is structurally optimized for DeFi rather than for generic transaction throughput. Berachain has slower throughput than Solana but tighter integration between L1 economics and DeFi applications.

Conclusion

Berachain is one of the most ambitious Layer 1 launches of the current cycle. It took a meme NFT community origin story, combined it with a deep understanding of DeFi tokenomics, and shipped a chain that ties block production directly to liquidity provision in a way no other chain has attempted at this scale. The three-token model of BERA, BGT, and HONEY may look complicated at first, but each token solves a specific problem and the relationships between them are the source of the chain's most interesting properties.

The Proof of Liquidity mechanic redirects capital that would otherwise sit in passive staking contracts into productive liquidity pools. This creates better trading conditions, tighter spreads, and tighter alignment between applications and the chain itself. Whether the model holds up over multiple market cycles is the central open question. Early data from 2025 and 2026 is encouraging, with sustained TVL growth, a maturing application layer, and active validator competition driving meaningful real yields for liquidity providers.

For users, the practical takeaway is that Berachain offers a different value proposition than other chains. If you want to earn yield, you need to participate in DeFi rather than passively stake. If you want governance, you need to engage with liquidity provision. If you want exposure to the chain's growth, the most direct path is through providing LP, earning BGT, and delegating actively. The chain rewards engagement in a way that few other L1s do, and that is either its greatest strength or its greatest weakness depending on how the long-term economic model plays out.

If you are new to DeFi mechanics, we recommend reading our companion guides on Proof of Work vs Proof of Stake, yield farming, liquidity mining, and tokenomics before depositing significant capital. Berachain rewards informed participation more than most chains, and the difference between a profitable position and a losing one often comes down to understanding the mechanics you are interacting with.

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