BitU Protocol-The Infinitely Sustainable Yield Stablecoin

BitU is a crypto-native collateralized stablecoin protocol that leverages off-chain liquidity and efficiency to deliver higher yield. The BitU Protocol tackles low yields on idle crypto assets, a lack of high-yield passive investments, and the need for a stablecoin to boost Web3 and cryptocurrency adoption. It introduces a solution by enabling the creation of BITU stablecoins, fostering a capital-efficient ecosystem through DeFi platform integration and enhancing asset utility with its Active Liquidity Management Module. BitU’s goal is to drive the crypto economy toward more decentralization and efficiency, facilitating widespread adoption and unlocking new opportunities for financial growth and freedom.

Introduction

BitU is a crypto-native collateralized stablecoin protocol that leverages off-chain liquidity and efficiency to deliver higher yield.

BitU enables users to mint $BITU, a fully-backed stablecoin, using major crypto assets supported by the protocol. $BITU is a crypto-native stablecoin with embedded yield. With the issuance of $BITU, BitU protocol will break the BOUNDARY, and the LIMITATION of on-chain funds and activities to a new era.

The problems

Bitcoin & other assets sitting idle on-chain and not generating any yield.

Bitcoins and other cryptocurrencies that remain dormant on their blockchains fail to yield any returns for their owners. A prime example of this is in the BNB ecosystem, which holds approximately 68,000 Bitcoin, a vast majority of which are not being utilized to their full potential. This widespread underutilization of assets presents a notable opportunity within the cryptocurrency market.

Activating these idle assets through the appropriate mechanisms and platforms can significantly benefit the financial well-being of asset holders by contributing to their growth. Moreover, this activation serves to enhance the liquidity and vitality of the entire crypto economy.

In essence, generating yield from these dormant cryptocurrencies not only benefits individual owners but also strengthens the wider cryptocurrency ecosystem. This reflects the overarching need for financial instruments that are both accessible and productive on a global scale, suggesting a pathway toward optimizing the utility and value of digital assets across the board.

Users need high-yield passive investment products, but there are not many available

High demand for high-yield passive investments is clear, with 70% of retail investors in a 2023 report looking for such options, yet only 15% of investment products meet their expectations, revealing a significant market gap. Despite its potential for high returns, the crypto sector still underutilizes assets for passive income, with less than 10% of a $2 trillion market cap employed thus in early 2023.

Expanding high-yield passive investment offerings can spur growth across traditional and crypto sectors, fulfilling investor demand and yielding economic benefits. Such development addresses a vital need, leveraging the broad interest in high-yield opportunities and underscoring the role of these instruments in enhancing global financial empowerment.

Ultimately, filling this gap not only satisfies a pressing demand but also promotes financial inclusion, enabling wealth growth through accessible and efficient investments.

Native crypto stablecoin is necessary for the massive adoption of Web3/cryptocurrency

The cryptocurrency and stablecoin markets exhibit significant growth potential, underscored by historical data that link stablecoin usage with increases in the overall cryptocurrency market capitalization. Bitcoin achieving record highs and becoming the eighth largest global asset, coupled with the SEC’s approval of Bitcoin ETFs, indicates a promising trajectory for attracting more investors and fueling future market expansion.

Survey findings from the Blockchain Research Lab in 2023 reveal that 60% of cryptocurrency users favor stablecoins due to their predictability and reduced volatility, highlighting their importance in daily transactions and the operation of Web3. Additionally, DeFi platforms integrating stablecoins have experienced a 40% surge in user engagement, emphasizing the critical role of native stablecoins in enhancing Web3 ecosystem interoperability and encouraging wider adoption.

The emergence of native stablecoins as a preferred solution is driven by the challenges faced by centralized and algorithmic stablecoins, including issues with transparency, susceptibility to censorship, banking risks, and price stability. While centralized stablecoins currently dominate the market with a 90% share, their limitations pave the way for native stablecoins, which promise enhanced stability, security, and returns. This shift anticipates native stablecoins gaining a larger market share, reflecting the unequivocal demand for stable and dependable financial instruments in the crypto space. Consequently, the development and integration of native crypto stablecoins are pivotal in accelerating the global adoption and practical application of Web3 and cryptocurrency technologies, marking a significant step forward in the digital financial landscape.

The solution

$BITU, a native stablecoin backed by mainstream crypto assets, aims to strike a perfect balance by addressing the advantages and disadvantages of existing stablecoins in the market. This approach aims to redefine the boundaries between stablecoins and DeFi.

Stability

• BitU ensures the safety of user assets by storing them in trusted custodial institutions. Additionally, ALMM provides sufficient liquidity for $BITU in the market and ensures smooth minting and redemption processes.

High Yield

• Leveraging the ALMM, BitU maximizes the utilization of collateral assets while generating profits in a secure manner, which are then returned to the users.

Censorship Resistance

• Anyone can use $BITU, and it does not require users to have a bank account or undergo identity verification. BitU aims to enable everyone to enjoy comprehensive Web3 financial services through vast DeFi opportunities.

A Key Innovation of BitU Protocol

One of the most innovative components of the BitU protocol is its Active Liquidity Management Module (ALMM). The fundamental logic behind ALMM lies in the fact that off-chain liquidity, transaction processing capacity, and yield are generally higher than in on-chain scenarios. Therefore, ALMM leverages off-chain transaction activities securely and transparently to generate income, which is then distributed back to on-chain $sBITU holders. Through this approach, users can achieve higher returns by efficiently utilizing their funds. BitU protocol hybrid approach leverages off-chain liquidity to enhance on-chain fund efficiency and yield. The protocol’s stablecoin issuance increases with more user participation, facilitating the creation of diverse use cases for stablecoins.

ALMM plays a vital role in:

• Risk Management and Portfolio Liquidation

• Providing Initial Liquidity for $BITU

• Earning Yield through Delta-Neutral Strategies

• Redemption of $BITU and Collateral Assets

In conclusion, BitU Protocol emerges as a transformative solution to the challenges facing traditional stablecoins and decentralized finance platforms. With its innovative approach, robust architecture, and commitment to user empowerment through safe and sustainable returns, BitU Protocol is poised to redefine the stablecoin issuance landscape, leading to a new era of stability, scalability, and accessibility in the crypto ecosystem.

Next steps

• April 2024, we anticipate the Mainnet Launch, along with the initiation of the Minting Whitelist Application process and the integration of Custody & Exchanges. Apply for the whitelist here

• At the end of Q2 2024, we plan to launch our Incentive Program and Ambassador Program, to boostrape our community. Marking significant milestones in our project’s development journey.

The BitU team will provide further in-depth analysis here, covering various aspects of $BITU and the crypto-market structure.

Meanwhile, stay updated on our Twitter for additional early information on supporting BitU and becoming an early user.

References:

1. https://www.stakingrewards.com

2. https://www.binance.com/en/collateral-btokens

3. https://public.com/learn/best-high-yield-investments

4. https://public.com/research/2023-retail-investor-report

5. https://www.statista.com/topics/4495/cryptocurrencies/#topicOverview

6. https://www.blockchainresearchlab.org/publications/

7. https://defillama.com/stablecoins

Hana Network: Layer 0 for Privacy and Multi-chain Interaction

Description: Hana Network is a breakthrough privacy hub for all blockchain chains, providing on-chain privacy for existing chains and arbitrary assets like Bitcoin.

Structure and Features:

• Layer 0 for Privacy: A privacy computation layer based on zk-UTXO, enabling privacy for various types of assets. This facilitates private transactions without revealing transaction history.

• Hana Transporter Protocol: A cross-chain protocol connecting Layer 0 with other chains, enabling secure and flexible asset transfers.

• Hana SDK: A flexible SDK easily integrated into existing dapps and wallets, allowing users to conduct private transactions on any chain or dapp.

Benefits and Applications:

• Swap and Transfer across Chains: Users can swap or transfer private assets between any chains without revealing transaction history, ensuring safer and more private transactions.

• Integration with Hana SDK: Integrating Hana SDK into existing dapps or wallets enables users to conduct private transactions on any chain or dapp, opening up new opportunities for blockchain usage and enhancing user security.

EigenLayer and Babylon: Collaborative Relationship

• EigenLayer:

  • A Proof of Stake (PoS) blockchain built on Cosmos SDK and Tendermint, providing high security and interaction. Collaborates with Hana Network to enhance security and interaction for users and developers.

• Babylon:

  • A security protocol based on Bitcoin, collaborates with Hana Network to provide the unbreachable security of the Bitcoin network. This collaboration opens up new opportunities for using Bitcoin and blockchain in the real world.

Conclusion: Hana Network not only creates a safe, private, and user-friendly environment for users but also collaborates closely with projects like EigenLayer and Babylon to enhance security and interaction. This translates into opening up new opportunities for blockchain applications and sustainable development of the global blockchain community.

➫Official channels:

X:

https://twitter.com/HanaNetwork

Website: https://hana.network

Telegram: https://t.me/HanaNetworkOfficial

Medium:

https://medium.com/hananetwork

Shogun Finance is a decentralized finance (DeFi) project that aims to revolutionize cross-chain transactions by offering users a seamless and frictionless experience. The project recognizes the growing complexity within the Web3 landscape due to the proliferation of chains and wallets. Shogun Finance seeks to simplify this process by abstracting away the need for users to interact directly with wallets and chains, providing an all-in-one cross-chain swap protocol.

Key features and components of Shogun Finance include:

1. $GUN Token: The native token of the Shogun ecosystem, which likely serves various purposes such as governance, staking, rewards, and fees within the protocol.

2. Cross-Chain Swap Protocol: Shogun aims to enable users to swap tokens across different blockchains seamlessly. This functionality allows users to exchange tokens without needing to manage multiple wallets or navigate the complexities of interacting with various chains manually.

3. Integrations & Chain Support: Shogun Finance plans to integrate with a diverse range of ecosystems, chains, and protocols to expand its interoperability. Some of the supported chains and ecosystems include AEZ & The Cosmos Hub, Arbitrum, BNB Chain, Celestia, Ethereum, Injective, Near, Neutron, Optimism, Polygon, Sei, Solana, Sui, and potentially more in the future.

By abstracting away the complexities associated with cross-chain transactions, Shogun Finance aims to make DeFi more accessible to a broader audience while also addressing the growing need for interoperability within the blockchain ecosystem.

Twitter:https://twitter.com/shogunfi

Discord:https://discord.gg/NRYdSAVE

Website Coming Soon

1. Motivation for the Switch:

   • Polymer aimed to address the distribution problem for Inter-Blockchain Communication (IBC) technology.

   • They observed the rise of rollups in the Ethereum ecosystem and recognized that a sovereign app chain didn't align well with roll-up to roll-up communication.

2. Architecture Changes:

   • Polymer decided to become an L2 solution to inherit security properties from the Ethereum network, similar to roll-ups.

   • The switch didn't require significant changes to the application code already developed for the Cosmos SDK.

3. New Stack and Interaction:

   • The new stack combines the Cosmos SDK for the application layer with the OP stack for settlement and chain derivation logic from the L1.

   • The communication between the Cosmos SDK and OP stack is facilitated through an Engine API, similar to the separation between the consensus layer and execution layer in Ethereum.

4. Comparison with Other Frameworks:

   • Polymer found the OP stack to be the most suitable for their use case due to its customization capabilities and compatibility with the Cosmos SDK.

   • Other roll-up frameworks on Ethereum were considered but didn't offer the same level of flexibility for their requirements.

5. Fraud Proofs and Centralization Concerns:

   • While the OP stack doesn't currently have fraud proofs in production, various teams are working on provability solutions.

   • The centralization of sequencers was acknowledged, but it was noted that it primarily affects liveness and censorship resistance rather than the safety of the roll-up.

6. Impact on IBC Connectivity:

   • Polymer developed Virtual IBC to enable permissionless connectivity with roll-ups, simplifying the integration process.

   • The protocol allows Polymer to act as an IBC sidecar for connected roll-ups, making them appear as normal IBC chains in the network.

7. Business Perspective and Future Plans:

   • Polymer was designed with the assumption of ubiquitous IBC adoption, and they aim to optimize network topology as more roll-ups become interconnected.

   • They envision multiple deployments of Polymer instances across different ecosystems to optimize network efficiency.

Overall, Polymer's transition to an Ethereum Layer 2 solution reflects their adaptability and commitment to enhancing interoperability within blockchain ecosystems.

What are polymers? Polymer is a Layer 2 (L2) solution developed by Polymer Labs, with the goal of becoming an interoperability hub on Ethereum through the ability to connect L2s in the ecosystem, using a cross-chain communication protocol. Inter-Blockchain Communication Protocol (IBC) by Cosmos.

In addition, Polymer also combines the OP Stack toolkit and EigenLayer 's Data Availability service to provide a safe and secure interaction solution for users.

Polymer homepage:

Highlights of Polymers Compared to many other projects on the market, Polymer combines the use of 3 technology solutions to bring the following highlights:

Interoperability : Polymer uses the Cosmos IBC protocol, allowing L2 solutions on Ethereum to interact and exchange information with each other seamlessly. This allows Ethereum to process more transactions without sacrificing performance.

Scalability : Polymer focuses on achieving the scalability of decentralized applications ( dApps ) built on Polymer using the OP Stack toolkit. Compared to the Ethereum mainnet, OP Stack has a higher transaction processing capacity but at a lower cost, thereby saving costs and improving the scalability of the network.

Security capabilities : Using EigenLayer's Data Availability, system data is stored on a separate network, minimizing the risks of data loss that can occur due to incidents on Ethereum.

What is Polymer Token?

The project has not announced detailed information about the token, will update as soon as there is an announcement.

Team and Investors

Project team

Polymer was developed by technicians with many years in the technology field, Web3 , some prominent members such as:

Bo Du : Technical Staff, used to be an infrastructure engineer at Uber and Capsule8. Peter Kim : Operational Staff, used to work in the strategic consulting department for Ernst & Young.

Wenwei Xiong : Technical Staff, used to provide database platform at Paradigm 4 for leading pharmaceutical companies, with the purpose of identifying biomarkers for diseases, including COVID-19.

And many other members come from many parts of the world.

investors

On January 23, 2024, Polymer Labs announced that it had successfully raised 23 million USD for Polymer with the leadership of many big names in the crypto market to serve the development process of the protocol, such as: Blockchain Capital, Distributed Global, Maven11, North Island Ventures, Coinbase Ventures, Placeholder, Wintermute, Signum Capital, Digital Currency Group.

Previously, Polymer also successfully raised capital of 3.6 million USD in the Seed round that took place 2 years ago.

Official links of the project:

Website: https://www.polymerlabs.org/

X/Twitter: https://twitter.com/Polymer_Labs

Youtube: https://www.youtube.com/channel/UCwP64-bd6C9RrQvPhqPKQ0g

Developer Hub: https://docs.polymerlabs.org/

Forum: http://forum.polymerlabs.org/

Github: https://github.com/polymerdao

What are polymers?

Polymer is a Layer 2 (L2) solution developed by Polymer Labs, with the goal of becoming an interoperability hub on Ethereum through the ability to connect L2s in the ecosystem, using a cross-chain communication protocol. Inter-Blockchain Communication Protocol (IBC) by Cosmos.

In addition, Polymer also combines the OP Stack toolkit and EigenLayer 's Data Availability service to provide a safe and secure interaction solution for users.

Polymer homepage:

Users can access the Polymer homepage at: https://www.polymerlabs.org 

Highlights of Polymers Compared to many other projects on the market, Polymer combines the use of 3 technology solutions to bring the following highlights:

Interoperability : Polymer uses the Cosmos IBC protocol, allowing L2 solutions on Ethereum to interact and exchange information with each other seamlessly. This allows Ethereum to process more transactions without sacrificing performance. Scalability : Polymer focuses on achieving the scalability of decentralized applications ( dApps ) built on Polymer using the OP Stack toolkit. Compared to the Ethereum mainnet, OP Stack has a higher transaction processing capacity but at a lower cost, thereby saving costs and improving the scalability of the network. Security capabilities : Using EigenLayer's Data Availability, system data is stored on a separate network, minimizing the risks of data loss that can occur due to incidents on Ethereum. What is Polymer Token? The project has not announced detailed information about the token, Coin98 Insights will update as soon as there is an announcement.

Team and Investors Project team Polymer was developed by technicians with many years in the technology field, Web3 , some prominent members such as:

Bo Du : Technical Staff, used to be an infrastructure engineer at Uber and Capsule8. Peter Kim : Operational Staff, used to work in the strategic consulting department for Ernst & Young. Wenwei Xiong : Technical Staff, used to provide database platform at Paradigm 4 for leading pharmaceutical companies, with the purpose of identifying biomarkers for diseases, including COVID-19. And many other members come from many parts of the world.

Investors

On January 23, 2024, Polymer Labs announced that it had successfully raised 23 million USD for Polymer with the leadership of many big names in the crypto market to serve the development process of the protocol, such as: Blockchain Capital, Distributed Global, Maven11, North Island Ventures, Coinbase Ventures, Placeholder, Wintermute, Signum Capital, Digital Currency Group.

Polymer has gone through 2 rounds of funding, the latest round was revealed to be up to 23 million USD.

Previously, Polymer also successfully raised capital of 3.6 million USD in the Seed round that took place 2 years ago.

Official links of the project

Website: https://www.polymerlabs.org/

X/Twitter: https://twitter.com/Polymer_Labs

Youtube: https://www.youtube.com/channel/UCwP64-bd6C9RrQvPhqPKQ0g

Developer Hub: https://docs.polymerlabs.org/

Forum: http://forum.polymerlabs.org/

Github: https://github.com/polymerdao

Introduction

In the rapidly evolving world of Web3, where decentralization is the guiding principle, the need for reliable and cost-effective data feeds is paramount. Projects within the blockchain ecosystem often require external data to trigger smart contracts, inform decentralized applications (dApps), and provide the insights for informed decision-making. This is where oracle networks step in, and Blocksense Network is positioning itself as a disruptor in this critical space.

What is Blocksense Network?

Blocksense Network is a permissionless oracle network that distinguishes itself with a focus on cost efficiency. The platform aims to empower any protocol builder to easily integrate any data feed within minutes. This ease of integration removes a significant barrier often faced by Web3 developers who need to incorporate oracle technology.

How Does Blocksense Achieve Efficiency?

Blocksense leverages several key mechanisms to enhance efficiency and minimize costs:

• Aggregator Pattern: Data providers (nodes) submit data and stake tokens on its validity. Aggregators ensure that the submitted data is accurate, leading to the optimization of on-chain resources. Imagine a group of diverse individuals (representing data providers) gathered around a central hub (the aggregator), each contributing pieces of a puzzle (data points) that are validated and assembled into a complete picture (accurate information).

• Flexible Architecture: Blocksense enables customization in data sources and aggregation methods, tailoring solutions to specific dApp needs. Think of building blocks (data sources) that can be snapped together in various configurations (aggregation methods) to construct unique structures (dApps) that meet specific requirements.

• Competitive Fee Structure: Blocksense aims to make oracle services accessible to projects of all sizes by offering lower fees than many established competitors. Imagine a graph with the x-axis representing the cost of oracle services and the y-axis representing the number of users. Blocksense’s line would be lower than its competitors, indicating affordability and broader accessibility.

Use Cases for Blocksense

The potential applications of Blocksense are extensive within the Web3 landscape:

• DeFi Platforms: Blocksense can offer real-time asset pricing for lending protocols, derivatives markets, and decentralized exchanges (DEXs). Imagine a DeFi dashboard displaying live charts and data feeds that update instantly, empowering users to make informed investment decisions.

• Prediction Markets: Access to verified real-world data empowers accurate prediction markets for events ranging from sports to elections. Imagine a prediction market platform where users can wager on the outcome of real-world events based on reliable and transparent data provided by Blocksense.

• Insurance Protocols: Integration of weather data, for example, enables the automated triggering of smart contracts in parametric insurance products. Imagine a farmer using a dApp powered by Blocksense to purchase parametric crop insurance. If weather data indicates a drought, the smart contract automatically pays out the insurance claim, eliminating the need for manual intervention and paperwork.

The Future of Oracles with Blocksense

Blocksense Network’s emphasis on accessibility and affordability puts it in a strong position within the oracle network sector. As Web3 matures and decentralized applications increasingly rely on external data, efficient and customizable oracle solutions will become vital infrastructure. Blocksense is aiming to lead the charge in meeting these growing demands.

Blocksense FAQ

• What is Blocksense Use: Foundational introduction when building materials about or introducing a new decentralized oracle protocol project. Think whitepapers, project pitch decks, or introductory blog posts.

• How does Blocksense produce accurate data Use: This would be great for detailing reliability for investors, developers building on your system, or users who need accurate data feeds. Explain your consensus mechanism and anti-manipulation features.

• Why is Blocksense designed as a ZK rollup Use: Focus on technical documentation, developer-facing articles, and project whitepapers. Emphasize scalability and cost-effectiveness benefits.

• How does Blocksense prevent bribery and collusion Use: Key part of your security audits, investor materials, and community discussions. This establishes trust, which is vital in crypto.

• Is the network subject to 51% attacks Use: Be upfront about this potential vulnerability. Showcase how your project mitigates the risk of 51% attacks in whitepapers and technical explainers.

• How does Blocksense ensure timely updates for all feeds Use: Service reliability is crucial for use cases. Target developer materials, and any discussions involving service level agreements (SLAs).

• How are new data feeds (a.k.a oracles) created Use: The heart of developer guides, onboarding, and tutorials. Explain the programming requirements and flexibility of new feed creation.

• What would be the system requirements for running an oracle node?Use: Operator documentation, participation guides, and discussions of reward models (how much participants can earn).

• Is the system live Use: Project roadmap, website landing pages, community announcements, and social media to manage expectations.

• Which chains are targeted?Use: This helps determine where devs can integrate your project and which users benefit. Important for partnership announcements and integration guides.

• Thanks for reading it. Here are socials:

• Website: https://blocksense.network

• X: https://twitter.com/blocksense_

• Discord: https://discord.com/invite/mYujUXwrMr

Team

DIMO

dimo99

Lead Developer of the DendrETH zero-knowledge consensus client for Ethereum.

ZAHARY

zahary

Nimbus Team Lead. Core team member of the Nim programming language and Status.

GEORGI

gzlatarev

Core team member of Manta Atlantic L1 on Polkadot and Manta Pacific L2 on Ethereum.

PETAR

petar-petrov-kirov

Former CTO of Jarvis Network. Core team member of the D programming langauge.

➫Full infomation about ptoject :

☆X:https://twitter.com/blocksense_

☆Website:https://blocksense.network ☆Telegram:https://t.me/BlocksenseNetwork

➮1/n What is Warden Protocol ?

☆Warden Protocol is a groundbreaking advancement in blockchain technology,addressing critical issues like interoperability and key management. An overview :

2/n ➮Modular Blockchain Design: ☆Built on the Cosmos-SDK, Warden Protocol is modular and intent-centric. ☆It redefines user interactions with multiple blockchains, enabling seamless creation and management of key material.

3/n

➮SpaceWard: Centralized Blockchain Management:

☆SpaceWard serves as a centralized dashboard, aggregating all blockchain operations.

☆It offers comprehensive oversight and control over assets, transactions, and connections to decentralized applications (dApps).

4/n

➮Intents: Transaction Objectives:

☆Intents are the protocol's understanding of transaction objectives, allowing flexible execution based on user goals.

☆Transactions are executed in alignment with user intentions, enhancing the overall experience.

5/n

➮Keychains: Enhanced Security and Flexibility:

☆Keychains facilitate secure key generation and management.

☆IThe "Bring Your Own Keychain" feature empowers users to integrate custom keychains, offering flexibility.

6/n

➮Keychain Parties and Monetization:

☆Keychain Parties are integral to the ecosystem, responsible for responding to key and signature requests.

☆Keychain operators can monetize their services by charging fees in the native token.

7/n

➮Minimizing Custodial Risks:

☆A distributed multi-signature approach decentralizes key management, mitigating custodial risks.

☆Collaboration between various Keychains ensures secure and distributed operations.

8/n

➮Open and Permissionless:

☆Warden Protocol is open-source, fostering collaboration and innovation.

☆Developers can deploy smart contracts on Cosmos using popular programming languages and leverage cross-chain capabilities.

9/n

➮Join the Revolution:

☆Warden Protocol invites users and developers to participate in the Alfama testnet.

☆Whether seeking intuitive blockchain management or exploring new frontiers in technology, Warden Protocol offers opportunities for everyone.

n/n

➮Social media platform:

X:https://twitter.com/wardenprotocol

Tg:https://t.me/wardenprotocol Discord:https://discord.gg/wJUnQMFB Docs:https://docs.wardenprotocol.org/

Polymer is building the first truly modular interoperability protocol that fully outsources the transport layer and partly outsources the state layer.The IBC transport layer runs on Polymer while the IBC app layer runs on the IBC enabled chain. With this design, enabling IBC on a new chain using Polymer is as easy as deploying a roll up onto Celestia. Polymer partly outsources the state layer by using zk-IBC connections to connect to newly IBC enabled chains while the zk verifier sits on chain.

Breaking down interoperability protocols[1]

A complete interoperability protocol has three well defined layers with clear separation in between.A simple definition of each interoperability layer:

• Application: What do packets of data mean?

• Transport: How do we translate the state of the other chain into app <> app conversations and packets of data?

• State: How do blockchains become aware of each other’s state?

(Above example is to relate the interoperability stack to existing concepts like Celestia and the well understood OSI model analogy.)

Defining modular interoperability[1] Celestia defines a modular blockchain as a blockchain that fully outsources at least one functional layer to an external chain.Polymer defines a modular interoperability protocol as one that fully outsources the transport layer. The key difference between the two is that the defining layer for interoperability protocols is the transport layer.State and application layer logic can be generalized so couldn’t define as interoperability. Interoperability must be fully on-chain when each chain directly runs the light client logic of its counterpart.

Modular IBC for the Modular World[3] The flexibility in the design of modular blockchains and rollups motivates flexibility in the design of IBC as well. IBC network topology is changing from a homogenous and densely connected network to a heterogenous and sparsely connected network. Modular IBC adapts the IBC protocol to this dynamic environment. In the monolithic setting, running a full node or verifying a single consensus proof generally suffices to convince a third party of a state transition. In the modular setting, we need to source a variety of proofs to be convinced of a state transition. Regardless of the type of proof used, a logical light client (LC) wants to be convinced of 3 things:

Data availability (DA) Sequencing or transaction ordering (TO) Execution

• Settlement To demonstrate the flexibility in design we’ll take a look at various designs of rollups on top of a common DA layer.

Execution + Fraud proofs == Optimistic Rollup Execution + Consensus proofs == Pessimistic Rollup Execution + ZK proofs == ZK Rollup There are a few modes of shared security some of which are IBC compatible out of the box and others which require modular IBC to work properly;Cosmos Hub,Ethereum,Celestia, EigenDA,EigenLayer,Babylon,in multi-hop IBC routing,liquid staking, superfluid staking etc.(For how to diagrams:[3])

Polymer: Ethereum’s Interoperability Hub[4] Secure composability across Layer 2s has emerged as one of the most significant issues plaguing Ethereum since there is no standard native message passing solution across these chains, and these issues will continue to grow as L2s launch and expand. Early interoperability solutions have attempted to solve this problem by building token bridges, but previous bridges have been insecure and subject to enormous hacks (see here, here, and here for just a small sample). All of the existing arbitrary messaging bridges (AMBs) are implemented as smart contracts with diverging implementations causing fragmented composability.

Polymer is not a third party bridge but a Layer 2 rollup that exclusively serves as the Interoperability Hub for Ethereum by providing IBC (Inter-blockchain Communication) as a feature to Ethereum and establishing connections to integrated Layer 2s. This domain specific interoperability model improves upon the domain non-specific approach taken by predecessors.Polymer leverages a hybrid approach, incorporating the settlement functionality of the OP stack with the developer experience and native interoperability of the Cosmos SDK. Polymer also utilizes Eigenlayer’s data availability, which expands the data availability throughput of the Ethereum network by 10 mb/s with more optimizations incoming.

Although Layer 2s are recognizing the need for interoperability by building zero knowledge provers and shared sequencing but these efforts are mostly siloed and limited within their own frameworks and only solve parts of the interoperability problem.Polymer establishes IBC as that interoperability standard across the industry to solve each multi-ecosystem stakeholders pain points.‍

Polymers Core elements

Polymer establishes IBC as that interoperability standard across the industry.

1-Building with IBC

IBC is a blockchain interoperability solution that allows arbitrary data transfer between blockchains connecting over 100 chains and enabling $30B+ in transfers. It is currently the industry’s most battle-tested interoperability protocol.

IBC was designed with key attributes aligned with the ethos of blockchain at its core:

• Credibly neutral: IBC is open-source software

• No vendor lock-in: IBC makes it easy for application protocols to switch between security models and interop providers.

• Modular Security: IBC was designed to ensure the highest standards of default security while allowing developers the flexibility to lower security for less critical use cases.

• ‍Offering a robust feature set: IBC offers key functionality that builders need but is not widely used in competing solutions.

2-Building with the OP Stack

• **Flexibility, Scalability, and Performance:**Polymer distinguishes itself from other rollups by focusing on serving the interoperability needs of applications on other rollups rather than executing decentralized applications itself. and the OP Stack also has high capacities and throughput.

• Decentralization via a Thriving and Collaborative Ecosystem: The OP stack is building a robust network and combining engineering talent from not only OP Labs diverse open source contributors to accelerate the decentralized development of the Superchain.

• Ethereum Security and Alignment: Ethereum has the right combination of technical, cultural, and economic ingredients to continue growing the most robust decentralized ecosystem in crypto.

3-Building with Eigenlayer

• **Ethereum Security:**EigenDA second best option after Ethereum DA which borrows its security from Ethereum staking and a subset of the validator set.

• Scalability: EigenDA significantly increases the data availability throughput of the Ethereum network.

Polymer plays a critical role in Ethereum’s scaling story enabling builders to create seamlessly composable applications across Ethereum rollups and other domains with an optimal trust model. The interoperable future we are building is one in which crypto achieves mass adoption — one in which users comfortably store their assets on chain, leverage the best applications regardless of which chain they live on, and navigate crypto without complex UX hurdles.

Merging Ethereum and Cosmos

Polymer establishing a path for advancements made in Cosmos to be directly deployed into the Ethereum ecosystem, including bringing IBC to Ethereum.

Polymer Labs believe IBC is the answer.Polymer is universal IBC routing and rollup protocol and Polymer, will form the backbone of a multi-cluster ecosystem connecting the whole of Web3. In the spirit of decentralization, the infrastructure we build will be governed by the first IBC infrastructure focused DAO, PolymerDAO.[2]

Modular IBC for the Modular World

“There is need unified transport layer on top.” — Bo Du(Co-Founder)

Resources1-Thinking in Modular: Interoperability Edition

2-Introducing Polymer Labs: The Future of Multichain Infrastructure

3-Modular IBC for the Modular World

4-Polymer: Ethereum’s Interoperability Hub

5-Uno Re Dao Post for team,partners and investors checkout:PolymerLabs

Trong thế giới Web3 không ngừng phát triển, Initia đang nổi lên như một lực lượng biến đổi. Đây là một dự án hướng tới tương lai nhằm định hình lại cách chúng ta xây dựng và tương tác với các hệ thống dựa trên blockchain. Là một phần không thể thiếu của hệ sinh thái Cosmos, Initia cung cấp một cách tiếp cận mới cho các giải pháp blockchain có thể mở rộng và tổng hợp được. Hãy cùng tìm hiểu điều gì khiến Initia trở nên khác biệt.Trao quyền cho các nhà phát triển bằng khả năng kết hợp và khả năng mở rộngInitia không chỉ là một mạng blockchain; đó là một hệ sinh thái được thiết kế cho khả năng kết hợp và khả năng mở rộng. Các nhà phát triển có thể tận dụng Initia để tạo các chuỗi dành riêng cho ứng dụng một cách dễ dàng. Cách tiếp cận này làm giảm độ phức tạp và mang lại trải nghiệm phát triển dễ dàng.Ban đầu: Kết nối sự phân chia Web2 và Web3Một trong những nhiệm vụ cốt lõi của Initia là làm cho quá trình chuyển đổi từ Web2 sang Web3 trở nên dễ tiếp cận hơn đối với các nhà phát triển. Với các hệ thống được phép, có thể mở rộng và các tính năng tổng hợp, Initia mở ra cánh cửa cho nhiều nhà phát triển Web2 hơn tham gia vào không gian Web3. Quá trình chuyển đổi này không chỉ đơn giản hóa việc phát triển mà còn khuyến khích sự đổi mới trong thế giới blockchain.Mô hình đa chuỗi: Ban đầu L1 và L2Initia hoạt động như một L1 trên mạng Cosmos, với L2 dành riêng cho các trường hợp sử dụng dành riêng cho ứng dụng. Mô hình đa chuỗi này cho phép các nhà phát triển khởi chạy các chuỗi dành riêng cho ứng dụng của họ theo Initia L2 mà không gặp phải sự phức tạp trong việc quản lý cơ sở hạ tầng chuỗi phức tạp.Khả năng tương thích ngôn ngữ hợp đồng linh hoạtInitia hỗ trợ nhiều ngôn ngữ hợp đồng, bao gồm MoveVM, EVM và WasmVM. Tính linh hoạt này cho phép các nhà phát triển chọn ngôn ngữ hợp đồng phù hợp nhất với nhu cầu của họ, giúp tạo ra các giải pháp blockchain phù hợp với mục tiêu của họ dễ dàng hơn.Mô hình kinh tế mạnh mẽ cho sự bền vữngMô hình kinh tế mạnh mẽ của Initia khuyến khích người tham gia trên toàn hệ sinh thái, đảm bảo môi trường công bằng và bền vững cho tất cả các bên liên quan. Cách tiếp cận cân bằng này tạo tiền đề cho sự tăng trưởng và ổn định lâu dài.Tinh thần hợp tác và hỗ trợ nhà phát triểnInitia tập trung mạnh vào hỗ trợ cộng đồng và nhà phát triển. Với sự hợp tác với các dự án đầu ngành và quan hệ đối tác với Binance Labs, rõ ràng Initia cam kết thúc đẩy một môi trường nơi các nhà phát triển và người dùng có thể phát triển.Initia không chỉ là một dự án blockchain khác; nó là chất xúc tác cho sự thay đổi trong không gian Web3. Với các giải pháp sáng tạo, cam kết về khả năng tương tác và sự hỗ trợ từ Binance Labs, Initia sẵn sàng đóng một vai trò then chốt trong tương lai phát triển blockchain.

Trang web chính thức của Initia: https://initia.xyz/

X: https://x.com/initiafdn

Discord: https://discord.gg/initia