Bybit Launchpool is an asset issuance platform that allows users to stake various cryptocurrencies to earn new project tokens without any fees. Learn more here.

Cryptocurrency enthusiasts are always on the lookout for innovative ways to grow their investments, and Bybit Launchpool offers just that. Imagine 

 your favorite tokens to earn new, promising project tokens with no fees involved! With its user-friendly platform, competitive yields and enhanced liquidity, Bybit Launchpool is transforming the way investors engage with emerging cryptocurrencies. This comprehensive guide will provide you with everything you need to know about maximizing your earnings through Bybit Launchpool. 

 is an innovative asset issuance platform that enables users to discover quality crypto assets. By staking your cryptocurrency, you gain direct access to new tokens from vetted, emerging projects, providing a unique opportunity to engage with new projects. 

To begin using Bybit Launchpool, you must first create an account on Bybit and select from the available pools to stake. Once you’ve staked your funds, your daily Launchpool yield will automatically be calculated based on the proportion of your average staked amount relative to the total staked amount of all users. After the system calculates the daily average staked amount for all participants, rewards will be distributed to your Funding Account within a few hours after midnight (12AM UTC) each day.

To calculate your daily yield, use the following formula (where β refers to the Launchpool reward): 

Daily β yield = (Your average daily staked amount in the pool / total staked amount of all participants in the pool) × daily β reward pool

Note that you'll only receive a payout if your yield equals or exceeds 0.01 USDT equivalent.

Bybit Launchpool has introduced several enhancements that improve user experience and increase earning potential.

The new Bybit Launchpool allows you to stake an increased variety of tokens, providing multiple opportunities to earn rewards. Participants can select from different projects and pools, enabling them to diversify their staking strategies and maximize their potential returns. This flexibility encourages broader participation and engagement with emerging cryptocurrency projects.

Another key upgrade is the chance to earn higher yields. By staking tokens in the Launchpool, users can acquire new tokens before they officially hit the market. This early access provides the potential to profit from price gains as demand for these tokens usually grows after listing, offering an edge over traditional trading.

The updated mechanism for reward distribution allows users to more quickly receive their earnings. Instead of waiting for days to receive their yields, users now receive their rewards within just a few hours after the daily calculation period. This faster payout system enhances liquidity and makes it easier for participants to reinvest or use their earnings sooner, adding convenience to the overall experience.

Bybit Launchpool offers a range of benefits for users looking to grow their crypto investments. By staking tokens, you can earn additional coins — including exposure to new cryptocurrencies — while 

 through daily rewards. The platform’s flexibility allows you to unstake tokens at any time, maintaining liquidity without any fees. 

VIP users on Bybit enjoy higher staking caps and/or estimated APRs as compared to regular users, allowing them to earn more from their staked assets — an appealing benefit for those with larger investments. They also gain priority access to new projects and tokens, which gives them a head start on emerging opportunities before they become widely available. 

Bybit Launchpool makes it easy to stake your cryptocurrencies and earn new tokens. Please note that you’ll need to 

 and complete Identity Verification before you can proceed with Bybit Launchpool. If you don’t already have a Bybit account, you can follow our guide 

Once you’ve created your Bybit account, here’s how to get started with Bybit Launchpool. 

: Log in to your Bybit account and hover your cursor over the 

tab on the navigation bar at the top of the page. Then, hover your cursor over 

: Scroll down to view the available Launchpools. Then, click on 

button of the corresponding Launchpool you would like to participate in.

: Input the amount you would like to stake, read and agree to the terms, and click on 

Congratulations! You’ve successfully staked tokens for a Launchpool project!

To view your staked tokens, simply navigate to the 

Once you’ve earned rewards (worth a minimum of 0.01 USDT equivalent), they’ll be automatically credited to your account daily.

Trading Launchpool Tokens on Bybit Pre-Market

Bybit's Spot Pre-Market Trading product allows users to trade Launchpool-listed tokens before they officially debut on the Spot market. To participate, users must create an account and upgrade to a 

. The trading process involves two key roles: Makers, who place orders at set prices, and Takers, who fulfill these orders completely. Both parties incur transaction fees, and sellers must provide collateral based on each token’s risk. If a seller fails to deliver on time, the buyer receives a portion of the collateral as compensation. This feature not only gives traders early access to new tokens but also aids in determining the market value of each token, enhancing the overall trading experience and offering opportunities for potential profits.

Bybit Launchpool provides an excellent opportunity for cryptocurrency enthusiasts to earn new tokens through staking, with no fees involved. The platform offers competitive APRs, a user-friendly interface and the flexibility to unstake your tokens at any time. With diverse token options and transparent daily yield calculations, Bybit Launchpool caters to both casual and serious investors, making it a valuable tool for anyone looking to engage with emerging projects while generating passive income.

Beginner

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Bybit Launchpool: Everything you need to know (updated 2025)

This article explores Hyperlane’s core features, growing ecosystem, the upcoming HYPER token’s airdrop and HYPER’s tokenomics.

Hyperlane is a permissionless, modular interoperability protocol designed to facilitate secure cross-chain messaging and asset transfers without relying on centralized intermediaries. It empowers developers to build custom bridges and interchain applications with unparalleled flexibility.

Hyperlane is a permissionless interoperability protocol for cross-chain communication across blockchain ecosystems. It allows 

 (DApps) to exchange arbitrary messages and transfer assets across chains seamlessly — without centralized relayers or approvals.

 (ISMs) — part of a modular system that lets developers define the way that cross-chain messages are verified, offering unmatched flexibility. It supports cross-VM communication, including EVM, SVM (Solana), and 

, making it ideal for today’s multichain and modular blockchain environments. 

Hyperlane’s architecture eliminates lock-in and promotes composability, laying the groundwork for a truly interconnected 

Hyperlane was co-founded by Jon Kol, Asa Oines and Nam Chu Hoai, all seasoned innovators with experience at corporations such as Morgan Stanley, Galaxy Digital, Celo and Google. In 2022, the protocol secured $18.5 million in seed funding, led by Variant Fund, with notable participation from Galaxy Ventures, CoinFund, Circle and Figment Capital.

The funding underscored growing institutional confidence in permissionless interoperability infrastructure. Hyperlane hasn’t conducted a public 

, but early community contributors and developers are expected to receive token rewards. 

The project’s approach mirrors LayerZero and Wormhole in incentivizing both users and integrators, with a focus on long-term decentralization.

Launched in August 2024, the Hyperlane Foundation governs the protocol as a 

 (DAO). It manages treasury grants and protocol upgrades, and ensures decentralization in the governance process. 

The foundation also introduced the Hyperlane Alliance, a collective aimed at expanding adoption and standards for intent-based messaging and cross-chain interoperability. 

Governance will be powered by the HYPER token, with voting rights extended to developers and users shaping Hyperlane’s future.

Hyperlane combines security, flexibility and scalability in a single messaging layer.

Hyperlane currently supports over 140 blockchain networks, including Ethereum, Arbitrum, Solana, Celestia, Base and Blast. Its messaging framework is used for:

Hyperlane’s integration with ABC Stack allows sovereign rollups to maintain control, while gaining seamless access to the broader blockchain ecosystem.

Hyperlane’s native token, HYPER, will officially launch on Apr 20, 2025, 

. To claim tokens, users must register by April 13 on the official website.

HYPER will play a central role in the Hyperlane ecosystem, as follows:

Based on official documentation, the total HYPER supply will be allocated as follows:

The community will receive 57%, broken down into 25.5% for expansion rewards, 20% for staking rewards and 11.5% for strategic launch provisions. Meanwhile, 25% will be allocated to core contributors, 10.9% to early backers and 7.1% to the Hyperlane Foundation.

Hyperlane’s distribution strategy prioritizes general message passing (GMP) activity over short-term engagement. To prevent airdrop farming, anti-

 mechanisms assign trust scores based on historical interaction, wallet behavior and transaction quality in order to ensure rewards go to real users who contribute meaningful value to the ecosystem.

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Hyperlane (HYPER): Interoperability protocol connecting over 140 blockchains

In this article, Bybit Learn explores how Mind Network is pioneering fully homomorphic encryption (FHE) tech, what makes FHE different and how you can trade FHE on Bybit Spot.

Imagine a digital world where your data stays encrypted — not just during storage and transfer, but even while it's being processed. No leaks, no vulnerabilities — and no trust required. That's the future Mind Network is building with its 

Mind Network is developing the foundational cryptographic layer for a secure and decentralized internet. By enabling computations on encrypted data, it's solving critical privacy and security challenges across 

 and AI. In this article, Bybit Learn explores how Mind Network is pioneering this tech, what makes FHE different and how you can get involved with the FHE token.

 is an infrastructure project pioneering fully homomorphic encryption (FHE) for web3 and AI. Its mission is to create a fully encrypted internet where data remains private at every stage — from storage and transmission to processing.

The project tackles key challenges in decentralized environments, including data privacy, transaction confidentiality and consensus fairness. With its 

, developed by its team in collaboration with industry partners, Mind Network aims to upgrade the web from hypertext transfer protocol secure (HTTPS) to a fully privacy-first framework.

Mind Network is led by CEO Christian Pusateri, a cryptography advocate and the visionary behind CitizenZ, Mind Network's initiative for digital sovereignty in a 

The project is backed by Binance Labs, Cogitent Ventures, HashKey Capital, Animoca Brands, Chainlink and more, and has 

. Its team has also partnered with Zama Capital to 

 — a production-ready Rust-based FHE library — into real 

The project has earned two Ethereum Foundation research grants, specifically for its FHE innovations, marking it as a standout leader in post-quantum cryptographic research.

What is fully homomorphic encryption (FHE)?

FHE is a type of encryption that allows data to be processed without ever decrypting it. This means users and systems can compute directly on encrypted data, thus ensuring full privacy at every stage.

Traditional encryption requires data to be decrypted before use, exposing it to potential threats. With FHE, the data stays encrypted during processing, eliminating those risks and removing the need to trust intermediaries.

FHE is based on lattice cryptography, which was 

 in 2024 as a post-quantum encryption standard. This makes FHE inherently quantum-resistant, future-proofing it against tomorrow's security threats.

Mind Network applies FHE across its ecosystem to support secure AI operations, encrypted consensus and decentralized governance. Resulting benefits include quantum-resistant encryption, zero-trust scalability and crypto-economic integrity.

 of the Mind Network ecosystem. It's used to activate AI agents, pay for secure computation and participate in decentralized governance.

The total supply is capped at 1 billion tokens, with 41.7% allocated to the community and airdrops. As of Apr 14, 2025, its circulating supply stands at 249 million FHE.

 is currently live, with eligibility open to CitizenZ Passport holders, vFHE voters, testnet participants and more. Tokens can be claimed on MindChain or BNB Smart Chain.

, giving users a simple and secure way to buy, sell and hold the token. As a global exchange, Bybit offers a user-friendly interface, low trading fees and fast execution speeds.

Bybit is running an exciting campaign for new and existing users, lasting through Apr 24, 2025, 9AM UTC. Simply deposit and trade FHE for a chance at winning a share of 3,600,000 FHE. Head to the 

Intermediate

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Mind Network (FHE): Pioneering fully homomorphic encryption tech

Re introduces a new use case for Ethena Labs' USDe and sUSDe stablecoins, allowing users to lock them as reserve assets to support global insurers via the Resilience Foundation.

The S&P 500 futures fell after a 0.17% dip Tuesday, pressured by Nvidia's drop and U.S.-China trade tensions. Gold surged past $3,240, rising over 6.5% as safe-haven demand spiked on US-China trade tensions and falling Treasury yields. Investors are watching Powell’s speech and retail sales data for further cues. The Coindesk Indices, which tracks the broader crypto market, are down by 2.10%, with Bitcoin and Ether down by 1.06% and 2.43%, respectively in the past 24 hours. Trade these markets and more with up to 500x leverage on Bybit MT5 using this 

Today's top performer is STRK, up 5.9%, following Argent's launch of Easy Bridging to simplify self-custody on Starknet.

Starknet (STRK), founded in 2018, is a Layer 2 Ethereum solution that uses zero-knowledge rollups and STARK proofs to scale transaction processing efficiently. 

, a feature that simplifies funding its mobile wallet by allowing users to send crypto from any chain, exchange, or wallet directly into Argent on Starknet. Powered by Layerswap, the process mimics a simple transfer: pick a token and chain, copy the deposit address, and send. Layerswap bridges assets using liquidity pools, making the transition from CEXs or other wallets to Starknet fast and frictionless. With no seed phrase, 2FA, low fees, and seamless UX, Argent is making self-custody on Starknet accessible to all.

Check out the latest prices, charts, and data of 

 a new use case for Ethena Labs' USDe and sUSDe stablecoins, allowing users to lock them as reserve assets to support global insurers via the Resilience Foundation. Users can earn up to 23% APY, including 5x Ethena rewards, while their capital helps underwrite health, property, business, and climate insurance. This connects crypto-native assets to the $1T+ reinsurance market, providing additional sources of returns and contributing to real-world risk coverage. Deposits are capped at $50M, with quarterly redemptions available.

Yesterday, BTC spot ETFs saw $38.2M in net inflows, all from non-GBTC funds.

, a decentralized edge AI platform backed by NVIDIA and Forum Ventures with $15M in funding, has launched a rewards system tied to an upcoming confirmed airdrop. Users can earn points by completing simple tasks after connecting their EVM wallet and social accounts. As part of CoinMarketCap’s Accelerator Program, ByteNova aims to support low-latency, secure AI applications. Early participation is encouraged to maximize airdrop eligibility.

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Re unlocks new use case for USDe & sUSDe stablecoins, connecting crypto to the $1T+ reinsurance market

Glossary

Zero-knowledge rollups are a type of smart contract frequently used in Ethereum transfers. They’re popular because they let you quickly and cheaply validate a block.

) are a type of scalability solution. They combine multiple transfer proofs into a single transaction that can be instantly verified on multiple 

 levels. Zero-knowledge rollups are still a fairly new concept, but they can already be found on platforms like 

A zero-knowledge rollup interacts with multiple levels of a blockchain. The majority of ZK-rollups run on Ethereum, so let's use that as an example. The main Ethereum chain has its benefits, but they often come with high transaction fees and low speeds. Ethereum 

 blockchains use the security of the main chain, while adding additional speed and affordability.

ZK-rollups allow you to create a transaction that works for both layers. Any given ZK- rollup is a transaction that contains multiple zero-knowledge proofs in one bundle. This transaction is a 

 that can maintain its state on both Layer 2 and Layer 1 of the blockchain. Without getting too deep into details, this essentially means a ZK-rollup verifies information for multiple transactions in multiple places, so it saves time and money.

To understand how a zero-knowledge rollup works, we first have to take a look at the concept of 

, which are a cryptographic mechanism that lets you prove you have certain information — without actually revealing that information. 

For example, you could prove that you have the password for an account by showing you're logged into the account, instead of listing the actual password. When it comes to crypto, zero-knowledge proofs provide the necessary documentation for transactions. Users can show they have all of the necessary data and authorizations without actually giving that information to other viewers.

Another essential part of the zero-knowledge rollup process is the 

, a type of mathematical structure that lets blockchains prevent the storage of false data. ZK-rollups have two Merkle trees in their smart contracts. One of the trees stores account data, while the other one stores balances. This allows the rollup to essentially store all necessary information on Layer 1 while storing additional backup information on Layer 2. This reduces the amount of processing power the blockchain needs to handle because the main layer only has to manage a few essential bits of information.

Essentially, when you send a zero-knowledge rollup, you’re bundling multiple Layer 2 proofs into a single transaction, which is then published onto the main blockchain. Instead of having to mine multiple individual transactions, the main chain only has to deal with one validity proof. Verifying the single rollup on Layer 1 allows you to simultaneously verify all the different transactions on Layer 2. The rollup works by only managing small amounts of information on the main chain, while still providing access to verification information on the second layer.

Zero-knowledge Rollups vs. Optimistic Rollups

Keep in mind that a ZK-rollup is a little different from an optimistic rollup. 

 are another type of scalable and convenient transaction, so they frequently get confused for zero-knowledge rollups. However, from a computational perspective, they’re processed a little differently. Optimistic rollups are also bundles of transactions which are processed on Layer 2 and published on the main chain.

However, they’re not actually proven before publishing. As the name implies, optimistic rollups are optimistically assumed to be valid — unless they’re proven false. The rollup features a dispute period in which users can dispute any possibly invalid transactions. The transactions aren't documented on the main chain until the dispute period is over.

Optimistic rollups do have some uses, but the lack of definitive proof means they aren't as secure as zero-knowledge rollups. A ZK-rollup also tends to be faster than an optimistic rollup. When using an optimistic rollup, you have to wait for the dispute period to pass.

Zero-knowledge bundles are becoming quite popular because they have several helpful advantages.

One of the big perks of a ZK-rollup is that

. All the transactions are first completed on Layer 2, which is quicker than the main chain. Since these transactions are supported with proofs, they’re verified instantly (once they reach the main chain). These faster times are more convenient for users, and they make Layer 2 scaling a lot more attainable. Especially when dealing with large numbers of transactions, a ZK-rollup is one of your quickest options.

Unlike some other bundling systems, zero-knowledge is fairly secure. Since the transactions are confirmed with zero-knowledge proofs, information is validated at multiple stages. This helps keep transactions from being vulnerable to economic attacks.

The data that you need to recover your state of transfer is all stored on the main blockchain, so you get maximum decentralization. Especially when working with a blockchain like Ethereum, you can be confident that your transaction is fairly decentralized. This provides additional security when completing your transaction.

The speed and simplicity of processing on Layer 2 of a blockchain results in major savings for users. This is especially true when working on Ethereum and other blockchains, which increase their transaction fees during peak times. A zero-knowledge rollup allows you to handle multiple transactions for only a single fee. Therefore, when working with large chunks of data, you can save a lot of money.

ZK-rollups won't work well in every situation, and there are some potential issues associated with using rollups in certain circumstances.

 (EVM) support. This isn't necessarily an issue for certain types of blockchains, but it can cause problems for others. You'll need to take the time to research your blockchain closely before deciding to use ZK-rollups.

The main reason that some people go with (unproven) optimistic rollups is because their mechanism has lower computational requirements. ZK-rollups are more secure, but creating so many zero-knowledge proofs comes at a computational cost. All the extra effort might not be worth it for an application that doesn't have much on-chain activity.

The process of creating a zero-knowledge rollup does allow the operator to have some influence over the smart contract. They can alter the order of the transactions which may cause potential issues for some users. This is why it is very important to only use trusted providers when working with any type of zero-knowledge rollup.

Though rollups have applications for a lot of blockchains, the majority of zero-knowledge rollups are used when working with Ethereum. ZK-rollups have some specific applications for Ethereum. Though Ethereum is popular for its flexibility, its network can become congested, slow and expensive. ZK-rollups make it easier to expand projects. They allow for more scalability, while still permitting users to access the Ethereum network’s benefits.

There are a variety of projects which focus on applying ZK-rollups to Ethereum. One of the largest is 

 (Polygon's zkEVM). This open-source project has invested $1 billion into rollup provider technology. Other popular implementations include 

. These projects can all be integrated into your 

 (DApps) to add more functionality and speed to Ethereum-based projects.

Ultimately, zero-knowledge rollups have a lot of exciting applications for Ethereum and beyond. Their ability to make transactions faster helps solve some scalability issues with blockchains. Though they still aren't very well-known, you’re likely to see more of them in the future.

Zero-Knowledge Rollups

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