2 days ago
What is Hana Network?
Hana Network is a blockchain platform that integrates with EigenLayer and Babylon to enhance security and functionality. It allows users to stake assets on EigenLayer and Babylon while taking advantage of their advanced security protocols. Hana Network uses cryptographic techniques to ensure transaction security and preserve user privacy. It also supports multi-party group broadcasts and anonymous routing protocols. With these integrations, Hana Network aims to offer reliable and secure decentralized solutions for various applications, making blockchain technology more accessible and efficient.
Hana Network is a blockchain platform that integrates with EigenLayer and Babylon to enhance security and functionality. It allows users to stake assets on EigenLayer and Babylon while taking advantage of their advanced security protocols. Hana Network uses cryptographic techniques to ensure transaction security and preserve user privacy. It also supports multi-party group broadcasts and anonymous routing protocols. With these integrations, Hana Network aims to offer reliable and secure decentralized solutions for various applications, making blockchain technology more accessible and efficient.
29 days ago
In a move that could significantly reshape the Solana DeFi landscape, Renzo Protocol and Jito Network have joined forces to introduce $ezSOL , the first-ever Liquid Restaking Token (LRT) on the Solana blockchain. This groundbreaking partnership combines Renzo's expertise in liquid restaking with Jito's MEV-enhanced validator network, promising to unlock new levels of capital efficiency and yield optimization for Solana users.
JITO'S RECENT FORAY INTO RESTAKING
This development comes just weeks after Jito, a leading Solana liquid staking protocol, officially entered the restaking market. The protocol released Jito Restaking, an open-source module designed for the Solana blockchain, supporting both staking, restaking, and LRTs. This move signaled Jito's ambition to expand its offerings and capitalize on the growing interest in restaking within the Solana community.
Renzo brings a wealth of experience from successful Ethereum protocols like EigenLayer and Symbiotic, where it currently boasts a TVL of $1 .28 billion, having reached a peak of $4 billion in June.
UNDERSTANDING LIQUID RESTAKING TOKENS(LRTs)
Restaking, a concept gaining traction on Ethereum, allows users to restake their staked assets to secure additional networks and protocols, thereby earning additional rewards. LRTs take this a step further by providing users with a liquid representation of their staked assets, which can be used across various DeFi protocols while still earning staking rewards.
$ezSOL : UNLOCKING NEW POSSIBILITIES
$ezSOL , minted using JitoSOL as the underlying staked asset, leverages Jito's MEV-enhanced validator network to offer users the potential for compounded rewards from staking, restaking, and MEV extraction. This unique combination makes $ezSOL a powerful tool for maximizing yield within the Solana DeFi ecosystem.
JITO'S RECENT FORAY INTO RESTAKING
This development comes just weeks after Jito, a leading Solana liquid staking protocol, officially entered the restaking market. The protocol released Jito Restaking, an open-source module designed for the Solana blockchain, supporting both staking, restaking, and LRTs. This move signaled Jito's ambition to expand its offerings and capitalize on the growing interest in restaking within the Solana community.
Renzo brings a wealth of experience from successful Ethereum protocols like EigenLayer and Symbiotic, where it currently boasts a TVL of $1 .28 billion, having reached a peak of $4 billion in June.
UNDERSTANDING LIQUID RESTAKING TOKENS(LRTs)
Restaking, a concept gaining traction on Ethereum, allows users to restake their staked assets to secure additional networks and protocols, thereby earning additional rewards. LRTs take this a step further by providing users with a liquid representation of their staked assets, which can be used across various DeFi protocols while still earning staking rewards.
$ezSOL : UNLOCKING NEW POSSIBILITIES
$ezSOL , minted using JitoSOL as the underlying staked asset, leverages Jito's MEV-enhanced validator network to offer users the potential for compounded rewards from staking, restaking, and MEV extraction. This unique combination makes $ezSOL a powerful tool for maximizing yield within the Solana DeFi ecosystem.
2 months ago
How to start restaking on symbioticfi
A 101 Explainer 👇
EigenLayer changed the game by introducing the restaking primitive to the Ethereum ecosystem, yet it was only a matter of time until challengers rose up and started trying to beat EigenLayer at its own game!
The big challenger making a big splash lately is Symbiotic, a new restaking protocol that aims to offer restakers more options beyond just ETH.
What Is Symbiotic?
Launched in June 2024, Symbiotic is a shared security protocol for network builders to create and manage their own staking implementations in a permissionless fashion.
In other words, Symbiotic lets networks customize their staking processes, collateral types, node operator selection, rewards, and slashing mechanisms, all while maintaining security through non-upgradeable core contracts on Ethereum.
Notably, Symbiotic is already the second-largest restaking protocol behind only EigenLayer. Yet unlike EigenLayer, which is centered around ETH, Symbiotic offers a wide array of collateral options for more flexibility.
How Does Symbiotic Work?
Symbiotic operates through the coordination of its five main pillars. These elements are as follows:
🪙 Collateral — The onchain assets used to provide economic security in Symbiotic. These can include ERC20 tokens, Ethereum validator withdrawal credentials, and other assets across various blockchains.
🛅 Vaults — These customizable components act as Symbiotic’s delegation and restaking layer. They handle deposits, withdrawals, slashings, and reward distributions.
🦸 Operators — The entities that run infrastructure for networks, such as validators and sequencers. Operators can opt into networks and receive economic backing from restakers through vaults.
⛑️ Resolvers — These are the entities or smart contracts tasked with passing or vetoing slashing penalties incurred by operators. They ensure penalties are fairly arbitrated.
Why Symbiotic?
It makes sense that there won’t just be one winner in the restaking category. And among the field of contenders, Symbiotic currently looks like the protocol best positioned to give EigenLayer a run for its money in the months ahead.
That said, if you’re generally bullish on restaking, then Symbiotic is a project to consider because it’s early, promising, and has plenty of potential to grow with its differentiation via ERC-20 support.
Of course, a Symbiotic airdrop is also a likelihood not to be ignored. EigenLayer has $EIGEN , and it seems inevitable that the Symbiotic Points system will be used to go a similar route in facilitating an airdrop of a native token to early users. Restake now; get paid later.
Lastly, there are some interesting Symbiotic integrations live today that offer double-whammy earning opportunities. One is
mellowprotocol, a liquid restaking token (LRT) project offering Mellow Points and Symbiotic Points to users who deposit into Symbiotic through its platform.
How to Restake on Symbiotic
If you’re interested in restaking on Symbiotic, head over to https://app.symbiotic.fi/r... and connect your wallet. Note that some regions are geo-blocked from accessing the front end.
On the main “Restaking” page, you’ll see the list of vaults for offer like the one in the picture below. Note that some vaults, like the Wrapped Lido Staked Ether (wstETH) one, have currently reached their temporary deposit limits, while other vaults, e.g., Coinbase Wrapped Staked Ether (cbETH), are still open for depositors.
So let’s say you have some cbETH, and you want to start staking. Simply click on the cbETH vault, which will take you to an interface like this:
By WPeaster ✍️
A 101 Explainer 👇
EigenLayer changed the game by introducing the restaking primitive to the Ethereum ecosystem, yet it was only a matter of time until challengers rose up and started trying to beat EigenLayer at its own game!
The big challenger making a big splash lately is Symbiotic, a new restaking protocol that aims to offer restakers more options beyond just ETH.
What Is Symbiotic?
Launched in June 2024, Symbiotic is a shared security protocol for network builders to create and manage their own staking implementations in a permissionless fashion.
In other words, Symbiotic lets networks customize their staking processes, collateral types, node operator selection, rewards, and slashing mechanisms, all while maintaining security through non-upgradeable core contracts on Ethereum.
Notably, Symbiotic is already the second-largest restaking protocol behind only EigenLayer. Yet unlike EigenLayer, which is centered around ETH, Symbiotic offers a wide array of collateral options for more flexibility.
How Does Symbiotic Work?
Symbiotic operates through the coordination of its five main pillars. These elements are as follows:
🪙 Collateral — The onchain assets used to provide economic security in Symbiotic. These can include ERC20 tokens, Ethereum validator withdrawal credentials, and other assets across various blockchains.
🛅 Vaults — These customizable components act as Symbiotic’s delegation and restaking layer. They handle deposits, withdrawals, slashings, and reward distributions.
🦸 Operators — The entities that run infrastructure for networks, such as validators and sequencers. Operators can opt into networks and receive economic backing from restakers through vaults.
⛑️ Resolvers — These are the entities or smart contracts tasked with passing or vetoing slashing penalties incurred by operators. They ensure penalties are fairly arbitrated.
Why Symbiotic?
It makes sense that there won’t just be one winner in the restaking category. And among the field of contenders, Symbiotic currently looks like the protocol best positioned to give EigenLayer a run for its money in the months ahead.
That said, if you’re generally bullish on restaking, then Symbiotic is a project to consider because it’s early, promising, and has plenty of potential to grow with its differentiation via ERC-20 support.
Of course, a Symbiotic airdrop is also a likelihood not to be ignored. EigenLayer has $EIGEN , and it seems inevitable that the Symbiotic Points system will be used to go a similar route in facilitating an airdrop of a native token to early users. Restake now; get paid later.
Lastly, there are some interesting Symbiotic integrations live today that offer double-whammy earning opportunities. One is
mellowprotocol, a liquid restaking token (LRT) project offering Mellow Points and Symbiotic Points to users who deposit into Symbiotic through its platform.
How to Restake on Symbiotic
If you’re interested in restaking on Symbiotic, head over to https://app.symbiotic.fi/r... and connect your wallet. Note that some regions are geo-blocked from accessing the front end.
On the main “Restaking” page, you’ll see the list of vaults for offer like the one in the picture below. Note that some vaults, like the Wrapped Lido Staked Ether (wstETH) one, have currently reached their temporary deposit limits, while other vaults, e.g., Coinbase Wrapped Staked Ether (cbETH), are still open for depositors.
So let’s say you have some cbETH, and you want to start staking. Simply click on the cbETH vault, which will take you to an interface like this:
By WPeaster ✍️
2 months ago
Ethereum: The TVL of the Symbiotic restaking protocol exceeds $1 billion
The Symbiotic protocol differs from its direct competitor, EigenLayer, by an important feature: it also allows you to support some ERC-20 tokens in a personalized and modular way, while EigenLayer remains more exclusively focused on Ethereum.
Symbiotic recently announced that it has reached its deposit limit set at 210,600 wstETH, which allows it to display a TVL (Total Value Locked) now greater than $1 billion, according to data from the DefiLlama website.
The deposit limit for Symbiotic will be increased over time, and other assets will be added as the protocol develops.
However, despite this success, Symbiotic does not yet compete with the undisputed leader, EigenLayer, which recently boosted its position with the launch of its eigen token airdrop. It remains to be seen if Symbiotic will follow a similar path in the future.
The Symbiotic protocol differs from its direct competitor, EigenLayer, by an important feature: it also allows you to support some ERC-20 tokens in a personalized and modular way, while EigenLayer remains more exclusively focused on Ethereum.
Symbiotic recently announced that it has reached its deposit limit set at 210,600 wstETH, which allows it to display a TVL (Total Value Locked) now greater than $1 billion, according to data from the DefiLlama website.
The deposit limit for Symbiotic will be increased over time, and other assets will be added as the protocol develops.
However, despite this success, Symbiotic does not yet compete with the undisputed leader, EigenLayer, which recently boosted its position with the launch of its eigen token airdrop. It remains to be seen if Symbiotic will follow a similar path in the future.
2 months ago
What's the Deal with MegaETH? 🤔
The upcoming Vitalik-backed L2 wants to be the 'real-time Ethereum'
What's its plan? Find out 👇
MegaETH, an upcoming L2 branded as the “real-time Ethereum” boasting sub-millisecond latency and capable of processing over 100k transactions per seco nd (TPS), just announced that it has received $20M in seed funding at a $100M + valuation!
The big names involved have attracted some major attention to the upstart chain.
Today, we’re discussing how MegaETH is innovating on contemporary Ethereum Virtual Machine (EVM) blockchain implementations to provide industry-leading performance capabilities and decentralization guarantees.
⭐️ What Makes MegaETH Special
High-performance alt L1s require their nodes to perform identical tasks without specialization, imposing a fundamental tradeoff between performance and decentralization. In comparison, MegaETH takes advantage of Ethereum’s L2s technology to create differentiated roles for nodes with varying hardware requirements.
MegaETH decouples the task of transaction processing from full nodes and creates three major roles for infrastructure operators: sequencers, provers, and full nodes. Although actual block production becomes increasingly centralized with MegaETH, flexible hardware requirements from node specialization ensures trustless block validation and could provide industry-leading decentralization guarantees.
A single active MegaETH sequencer will be responsible for ordering and executing user transactions, eliminating the consensus process during normal operations, and will pass state differences (i.e.; changes to the blockchain’s state) to full nodes via a peer-to-peer network, who then apply the state diffs to update their local state. Notably, MegaETH transactions are not re-executed by full nodes to verify block integrity; they instead validate blocks indirectly using proofs provided by the prover.
While blockchains have frequently turned to one-off solutions like parallelization in their pursuit of scale, enabling transactions touching different parts of state to be processed simultaneously on multiple CPU cores, the benefits of this specific approach are limited by the fact that many transactions contain dependencies, resulting in only modest boosts from parallelization for blockchain speed.
Such ambitions necessitate scaling node hardware to its limits while preserving decentralization (achieved through specialization) and require the creation of a system innately designed to approach the theoretical upper performance limit for a decentralized blockchain.
To this end, the MegaETH sequencer will store the entirety of its state in-memory and be the first blockchain to implement in-memory compute, a critical feature for high-performance Web2 applications that should enable MegaETH to accelerate state access by 1,000x compared to alternative solid state drive storage methods utilized by competitors.
🧐 Closing Thoughts
The significant performance improvements targeted by MegaETH over contemporary EVM implementations should provide a major boost to L2 performance and could finally produce a decentralized blockchain capable of handling real-world adoption!
Although some contend that MegaETH is best suited as a competitor against an Ethereum ecosystem largely uninterested in scaling its base layer, the optimizations achieved by MegaETH are made possible solely through its ability to outsource security and censorship resistance to existing decentralized networks, like Ethereum and EigenLayer.
Written by JackInabinet
The upcoming Vitalik-backed L2 wants to be the 'real-time Ethereum'
What's its plan? Find out 👇
MegaETH, an upcoming L2 branded as the “real-time Ethereum” boasting sub-millisecond latency and capable of processing over 100k transactions per seco nd (TPS), just announced that it has received $20M in seed funding at a $100M + valuation!
The big names involved have attracted some major attention to the upstart chain.
Today, we’re discussing how MegaETH is innovating on contemporary Ethereum Virtual Machine (EVM) blockchain implementations to provide industry-leading performance capabilities and decentralization guarantees.
⭐️ What Makes MegaETH Special
High-performance alt L1s require their nodes to perform identical tasks without specialization, imposing a fundamental tradeoff between performance and decentralization. In comparison, MegaETH takes advantage of Ethereum’s L2s technology to create differentiated roles for nodes with varying hardware requirements.
MegaETH decouples the task of transaction processing from full nodes and creates three major roles for infrastructure operators: sequencers, provers, and full nodes. Although actual block production becomes increasingly centralized with MegaETH, flexible hardware requirements from node specialization ensures trustless block validation and could provide industry-leading decentralization guarantees.
A single active MegaETH sequencer will be responsible for ordering and executing user transactions, eliminating the consensus process during normal operations, and will pass state differences (i.e.; changes to the blockchain’s state) to full nodes via a peer-to-peer network, who then apply the state diffs to update their local state. Notably, MegaETH transactions are not re-executed by full nodes to verify block integrity; they instead validate blocks indirectly using proofs provided by the prover.
While blockchains have frequently turned to one-off solutions like parallelization in their pursuit of scale, enabling transactions touching different parts of state to be processed simultaneously on multiple CPU cores, the benefits of this specific approach are limited by the fact that many transactions contain dependencies, resulting in only modest boosts from parallelization for blockchain speed.
Such ambitions necessitate scaling node hardware to its limits while preserving decentralization (achieved through specialization) and require the creation of a system innately designed to approach the theoretical upper performance limit for a decentralized blockchain.
To this end, the MegaETH sequencer will store the entirety of its state in-memory and be the first blockchain to implement in-memory compute, a critical feature for high-performance Web2 applications that should enable MegaETH to accelerate state access by 1,000x compared to alternative solid state drive storage methods utilized by competitors.
🧐 Closing Thoughts
The significant performance improvements targeted by MegaETH over contemporary EVM implementations should provide a major boost to L2 performance and could finally produce a decentralized blockchain capable of handling real-world adoption!
Although some contend that MegaETH is best suited as a competitor against an Ethereum ecosystem largely uninterested in scaling its base layer, the optimizations achieved by MegaETH are made possible solely through its ability to outsource security and censorship resistance to existing decentralized networks, like Ethereum and EigenLayer.
Written by JackInabinet
3 months ago
The Solana restaking protocol, Solayer, has garnered everyone’s attention after the success of its deposit launch.
Solayer is an innovative restaking protocol on Solana, offering functionality similar to what EigenLayer has introduced on Ethereum. The initial deposit phase was exclusive and by invitation, allowing users to restake SOL directly on the protocol or through liquid staking products such as mSOL, bSOL, JITOSOL, and INF.
Solayer is an innovative restaking protocol on Solana, offering functionality similar to what EigenLayer has introduced on Ethereum. The initial deposit phase was exclusive and by invitation, allowing users to restake SOL directly on the protocol or through liquid staking products such as mSOL, bSOL, JITOSOL, and INF.
