Morph

A Comprehensive Exploration of EIP-4844 and Its Integration

morph-2@newsletter.paragraph.com (Morph) — Thu, 07 Mar 2024 00:13:17 GMT

As the Ethereum network anticipates its significant Dencun upgrade, set for March 13th, all eyes are on EIP-4844, a transformative component designed to significantly reduce the high costs of data availability for Layer 2 (L2) platforms. By introducing blob-carrying transactions that enable cheaper and temporary storage of large data sets, EIP-4844 aims to drastically lower transaction fees on L2 solutions.

This move not only enhances the efficiency and accessibility of Ethereum’s L2 networks but also marks a critical step towards achieving greater scalability through Proto-Danksharding. As we delve deeper, we’ll explore the technical innovations of EIP-4844, its anticipated impact on the Ethereum ecosystem, and how it positions its blockchain for a future of expanded utility and adoption.

What is EIP-4844?

EIP-4844, a cornerstone of the Ethereum Dencun upgrade, is set to introduce an innovative transaction model known as the blob-carrying transaction, marking a significant evolution in how Layer 2 (L2) platforms manage and store transaction data.

This proposal seeks to move away from the traditional calldata storage mechanism to a more scalable and cost-effective solution: “blobs.” The initiative underscores a forward-thinking approach to addressing the critical challenges of data availability costs that have long plagued L2 solutions, thus achieving a new era of scalability and accessibility within the Ethereum ecosystem.

Understanding Blob-Carrying Transactions

Blob-carrying transactions are designed to embed large volumes of transaction data in “blobs,” a method diverging from the conventional calldata approach. These blobs offer a cost-efficient way to store substantial data off-chain while maintaining references on-chain, significantly reducing the storage and processing burden on the Ethereum mainnet.

This mechanism directly addresses the high costs associated with data availability, ensuring that L2 platforms can offer cheaper, faster transactions without compromising on security or decentralization.

Technical Innovation and Gas Fee Reduction

The innovation behind blob-carrying transactions lies in their ability to efficiently manage data on the Ethereum network. By allowing large data sets to be stored in a compressed, temporary format, EIP-4844 reduces the amount of data that must be processed and stored on the Ethereum mainnet in real-time. This efficiency translates into lower gas fees for users and developers, as the cost of transmitting and storing data is significantly decreased. The introduction of blobs paves the way for higher transaction throughput and enhanced scalability, directly benefiting the Ethereum ecosystem’s capacity to support a wider range of applications and services.

Impact on Scalability and Data Throughput

After EIP-4844, it is expected that the transaction costs of Layer 2 solutions based on Ethereum will decrease by around 50%-90% for the L1 portion. In an ideal scenario, this number could potentially reach 99%.

Currently, the average cost of an ETH transfer on L2 is around $1, which means integrating 4844 into L2 could reduce user transaction costs to between $0.1 and $0.01. Of course, actual production data will vary based on different solutions, TPS on L2, Ethereum prices, Ethereum Gas Prices, and other related factors. We will be releasing our calculations soon, stay tuned.

The cost improvement means that developers are afforded greater flexibility and efficiency in building and deploying dApps. We anticipate the creation of more complex, data-intensive applications without the deterrent of prohibitive costs, thereby attracting a broader user base. For end-users, this means faster, cheaper transactions and a smoother, more responsive experience when interacting with Ethereum-based services.

Integration Process of EIP-4844 in Mainstream Rollups

Mainstream Rollups, such as Optimistic and ZK Rollups, are in the process of integrating EIP-4844 to harness its advantages. This integration is complex, involving updates at various levels of their infrastructure. For these Rollups, hard fork support is not just a technical necessity but evidence of the Ethereum community’s collaborative effort in evolving the network. Contract upgrades necessitated by EIP-4844 involve not only technical adjustments but also an extensive testing phase to ensure these new transaction types interact flawlessly with existing systems. Governance processes play a critical role in this integration, requiring consensus among developers, validators, and users to implement these changes effectively.

Specific Rollups and Their Progress

To provide a more comprehensive view, it’s essential to highlight specific L2 solutions and their progress in integrating EIP-4844. For instance, Optimism and Arbitrum, two of the leading Optimistic Rollups, have signaled their commitment to adopting EIP-4844, working closely with their communities to test and deploy the necessary updates. ZK Rollups, known for their efficient data handling and scalability features, are also at the forefront of adopting EIP-4844, with projects like zkSync and StarkWare actively exploring how to best leverage blob-carrying transactions to further reduce costs and improve performance.

Morph’s Unique Approach to EIP-4844 Integration

Morph stands out in its approach to integrating EIP-4844 due to its inherently flexible and modular architecture. This design philosophy allows Morph to swiftly adapt to changes and new standards like EIP-4844, facilitating a smoother and more efficient integration process. Unlike traditional Rollups, which may face significant technical and governance hurdles, Morph’s system is designed to easily accommodate such upgrades, reducing the time and effort required to realize the benefits of reduced DA costs and enhanced transaction efficiency. This agility not only underscores Morph’s technological innovation but also its strategic foresight in aligning with Ethereum’s long-term vision for scalability and efficiency.

Why Can’t L2 Solutions That Use External DA Integrate EIP-4844?

External DA layers offer an alternative to Ethereum’s native data availability mechanism by storing transaction data off-chain or on specialized chains designed for data availability, such as Celestia. While these solutions can provide scalability and efficiency, they operate independently of Ethereum’s core infrastructure. This independence means that upgrades like EIP-4844, which specifically target efficiency improvements within Ethereum’s DA layer, do not directly impact these external DA solutions. The disconnect arises because these L2s do not interact with Ethereum’s transaction layer (Ethereum L1) in the same way native L2s (Layer 2 solutions that use Ethereum as DA layer) do, thus missing out on the direct benefits of innovations like blob-carrying transactions.

The debate between utilizing Ethereum’s native DA layer versus external DA layers highlights a broader discussion on the modularity of blockchain solutions. Traditional L2 solutions, by employing Ethereum for both DA and settlement, exemplify a modular approach that distinguishes execution and settlement layers. EIP-4844 reinforces this modularity by making the use of Ethereum’s DA layer more attractive and cost-effective. As Ethereum continues to evolve with rollup-centric upgrades, L2 solutions utilizing its DA layer are well-placed to benefit from increased efficiency and reduced costs.

Navigating the DA Landscape

The emergence of external DA layers has been partly driven by venture capital interest and the pursuit of alternative scalability solutions. However, the decision to use Ethereum’s DA layer or an external one should be informed by the specific needs of the L2 solution, including considerations of security, integration, and cost. Morph’s strategy exemplifies a balanced approach, prioritizing security and efficiency by aligning closely with Ethereum’s infrastructure while remaining open to collaborating with external DA solutions for potential Layer 3 developments. This approach reflects a comprehensive understanding of the blockchain ecosystem’s complexities and the strategic considerations involved in navigating its evolving landscape.

Morph’s EIP-4844 Integration Progress

Morph’s integration of EIP-4844 represents another example of our commitment to staying at the forefront of blockchain technology and enhancing user experience.

By successfully completing the development phase and preparing for the upcoming Morph Holesky testnet launch, Morph will be the first to offer users an optimized experience with EIP-4844, seamlessly transitioning it to the upcoming mainnet.

Benefits for Morph Users

The introduction of blob-carrying transactions through EIP-4844 into Morph’s ecosystem promises substantial advantages for users. Key among these is the reduction in transaction costs, directly attributed to the more efficient data storage and processing capabilities provided by the new transaction model. Furthermore, the expected increase in TPS aligns with Morph’s objective to support consumer applications demanding high throughput and low transaction costs, reinforcing its commitment to delivering a superior blockchain experience.

Morph’s zkEVM 4844-Compatible Solution

Morph’s integration with EIP-4844 includes the following key points:

Implementation of Ethereum-based data availability solutions compatible with EIP-4844.
Implementation of Morph’s unique optimistic-zkEVM state verification solution compatible with EIP-4844.
Implementation of aggregated ZK proof solutions compatible with EIP-4844.

This gives Morph an advantageous position over other Layer 2 solutions in terms of EIP-4844 compatibility, including:

Cost advantages over solutions relying on external data availability mechanisms.
Security advantages over OP Rollups that do not implement state verification solutions (such as fraud proofs).
Cost advantages over ZK Rollups that do not implement aggregated ZK proof compatibility.

Morph’s proactive approach to integrating EIP-4844 exemplifies its ambition to rank among the top Layer 2 solutions, underpinned by a secure and technologically advanced stack. This strategic orientation not only delivers direct benefits to Morph users in terms of cost savings and performance enhancements but also solidifies Morph’s competitive position in the ever-evolving blockchain ecosystem.

We will soon publish a detailed technical article discussing the challenges of the EIP-4844 zkEVM integration, including aggregation-proof compatibility and the solutions we implemented. If you are interested, please keep a close eye on our Medium for updates.

Morph’s Future Outlook

As Morph strides confidently into the future, our trajectory is marked by a suite of features and an ambitious roadmap that seeks to solidify our leading position in the Layer 2 solutions space. The platform’s integration of EIP-4844 is just the beginning of a journey aimed at revolutionizing how transactions and data availability are managed within the Ethereum ecosystem.

Morph’s Advantages

Morph distinguishes itself with a suite of features that elevate its status within the blockchain landscape, driven by a dedication to innovation and consumer-centricity:

Reduced Transaction Costs: The adoption of EIP-4844 significantly lowers transaction costs for Morph users, democratizing access to digital transactions and fostering wider adoption.
Enhanced Transaction Throughput: Morph’s advancements ensure it can efficiently process a high volume of transactions, meeting the demands of applications requiring both speed and scalability.
Security and Compatibility: By aligning with Ethereum’s rigorous security protocols and integrating a zkEVM compatible with EIP-4844, Morph guarantees a secure, seamless experience for its users.
Technological Innovation: The platform’s pioneering efforts, particularly in compatibility between zkEVM’s aggregation proof and EIP-4844, underscore its commitment to optimizing blockchain technology’s flexibility and efficiency.

Roadmap and Plans

Looking to the future, Morph’s roadmap reflects an ambition to not only sustain its technological leadership but also to enrich its offerings and ecosystem:

Mainnet Launch: Anticipated in Q3 the mainnet launch represents a pivotal development phase, aligning with the successful EIP-4844 implementation in the Holesky testnet. This step forward will unlock new avenues for users and developers, fully embracing the benefits of EIP-4844 integration.
Ecosystem Expansion: Morph’s strategy includes cultivating partnerships and introducing new functionalities designed to captivate a diverse user base, thereby magnifying the platform’s utility and influence.
Ongoing Technological Enhancements: Morph’s commitment to innovation is unyielding. We plan to continue introducing further optimizations that promise to reduce costs, elevate efficiency, and enrich user experiences, materializing a true consumer blockchain.
Community and Governance Engagement: Recognizing the value of community involvement and decentralized governance, Morph is poised to launch initiatives that empower users to contribute to its evolution and governance, fostering a more inclusive and participatory development process.

As Morph advances confidently into the future, our commitment to providing a secure, efficient, and user-friendly platform that fully harnesses Ethereum’s Layer 2 capabilities remains unwavering. With a visionary outlook and a comprehensive roadmap, Morph is set to spearhead blockchain innovation, promoting the adoption of decentralized technologies and reshaping the landscape of digital transactions. Through strategic advancements and community-driven development, Morph is well-positioned to lead the charge in the next generation of consumer blockchain solutions.

About Morph

Morph is a consumer Layer-2 blockchain. Combining the best of OP and ZK rollups, it offers unmatched scalability and security, aiming to lay a foundation for an ecosystem of consumer-focused, value-driven DApps.

Through its hallmark features, such as a Decentralized Sequencer Network, Responsive Validity Proof (RVP) system, and modular design, the project delivers efficient and flexible scaling while preserving the initial security, availability, and compatibility of the Ethereum network.

Ambassador Blog Announcement

morph-2@newsletter.paragraph.com (Morph) — Thu, 29 Feb 2024 02:59:47 GMT

Hey Morph enthusiasts, guess what?

We’ve got some big news to drop — introducing the Morph Ambassador Program! This isn’t your run-of-the-mill program; it’s a global gig designed for folks who are as pumped about blockchain, crypto and Morph as we are.

In a Nutshell

The Morph Ambassador Program isn’t just about pushing a product; it’s about being a part of a global crew. We’re inviting you to join a movement that’s bigger than all of us. So, what’s holding you back? Let’s dive into this adventure and shape the future of Morph together!

Our Playbook

We’re not just looking for ambassadors; we want to build a team of game-changers. The Morph Ambassador Program is gearing up for liftoff, starting with a test run. Our mission? Creating a vibrant community in diverse languages such as Chinese, English, Russian, and Spanish.

Save the Date

Circle February 29th on your calendar! That’s the day we kick off the program, coinciding with a pitch during the Encode Hackathon Workshop. Why? Because we’re aiming to catch the eye of everyone who wants to make waves in the industry.

Non-Code Ambassadors

Picture this: multilingual community crews forming to allow for maximum success in our ecosystem. That’s where you come in! Community Ambassadors will be the local heroes, dishing out content, steering discussions, and throwing meetups to bring Morph fans together.

Code Ambassadors

Tech genius? We want you too! Developer Ambassadors will be the tech-savvy masters, creating coding guides, doling out tech support, and assisting in hackathons to flaunt the power of Morph. You understand the product best, so we want you to be a part of it!

What’s in it for you?

We’re not just asking for your time — we’re dishing out the good stuff. From monthly bonuses to VIP invites to offline gatherings and some custom swag, we’re making sure you feel the love for your hard work.

How to Jump In

Can you speak English, Chinese, Korean, Russian, or Spanish? Awesome! Got a knack for building communities or rocking social media? Even better! Most importantly, bring your passion for tech, blockchain, and crypto to the party. We are looking for one of a kind ambassadors to join this ultra exclusive club.

Stay tuned for updates, and let’s make waves in the decentralized world!

Think you got what it takes?

Apply here: https://docs.google.com/forms/d/e/1FAIpQLSfG20q1ecLj-ozeVPy_jDs5SkIt43uU4WQDVNpHF4gAvetzfw/viewform?usp=sharing

About Morph

Community Challenge: Dive into an Exploration of Morph Testnet!

morph-2@newsletter.paragraph.com (Morph) — Fri, 23 Feb 2024 13:21:19 GMT

Welcome to the captivating world of Morph — a vibrant celebration awaits! If you’ve ever wondered how you can contribute as a Morph community member, now is the perfect time!

Our event consists of several exciting segments: Daily Dose of Morph, Morph Social Spirnt, Morphs Tech Treasures, Morph in Memes, and Testnet Pioneers. Each challenge represents a thrilling journey that calls upon your adventurous spirit.

Note: The more tasks you complete while participating in this event, the more points you will earn. These points not only represent your performance in the event but also your clout and influence within the Morph community.

Don’t miss out on this opportunity, join us, share in the charm of Morph, and witness our growth together!

Time:

February 23st

Week 1

Campaign 1: Daily Dose of Morph — Insights Every Day

Visit our Galxe Campaign page to complete the step below

· Daily visit to Morph’s website — 5 Galxe points

Connect and talk to the team at Morph

Social Expert

Visit our Galxe Campaign page to complete the steps below

Task 1: 20 Galxe points

· Follow Morph’s Twitter

· Like the event tweet

· RT the event tweet

· Tag 3 friends

Task 2: 10 Galxe points

· Join Discord

· Provide your email for regular updates

Task 3: 5 Galxe points

· Join Telegram

Referral: Invite 2 friends to complete campaign — 40 Galxe points

……

More campaigns are continuously being updated. Each week, we’ll unveil new challenges! Stay tuned!

Step by step we propel ourselves forward, always striving for excellence with your help!

We eagerly anticipate your involvement to help enhance and elevate Morph’s progress!

About Morph

Morph’s Optimistic zkEVM will Embrace EIP-4844

morph-2@newsletter.paragraph.com (Morph) — Sun, 18 Feb 2024 13:35:04 GMT

As we step into the latter half of February 2024, the Ethereum network is on the cusp of its most important upgrade yet – the Decun Upgrade. At the heart of this pivotal change lies EIP-4844, a development that is set to fundamentally redefine the economics of Layer 2 solutions on Ethereum.

EIP-4844: A Gateway to Efficiency

EIP-4844 introduces a groundbreaking Ethereum transaction structure known as "data blobs." This innovation is poised to drastically lower operational costs for Ethereum-based Layer 2 networks. The ripple effect of this reduction will be felt directly by users in the form of significantly lower Gas Fees, thereby enhancing the Ethereum L2 experience significantly.

At Morph, our commitment to being a leader in blockchain technology has led us to monitor the developments surrounding the Ethereum mainnet's upgrade closely. Our dedicated R&D efforts have positioned us to swiftly adapt to these advancements.

Morph's Strategic Integration of EIP-4844

We are thrilled to announce that both our Holesky testnet and our eagerly anticipated mainnet launch in Q2 will feature EIP-4844 integration from the get-go. This strategic move ensures that our Layer 2 network will not only inherit Ethereum's robust security framework but will also introduce unprecedented cost optimizations and speed enhancements from day one.

In the upcoming weeks, we will publish a detailed article explaining our process of incorporating EIP-4844 atop our innovative optimistic zkEVM framework. This integration is solid proof of our extensive work in cryptography and crypto-economic design, laying down a foundation that combines technical ingenuity with economic viability. Our future article aims to shed light on the profound significance and added value that EIP-4844 brings to both Ethereum and Morph. It's designed to enlighten those new to these concepts, providing a clear understanding of why this upgrade is a game-changer for users and the broader blockchain ecosystem.

What is EIP-4844?

EIP-4844 introduces a new category of Ethereum transactions, known affectionately as "Blob-carrying transactions." This innovative approach allows transaction senders to include arbitrary data within a "blob," a dedicated space for storing information within the transaction itself.

The significance of this development cannot be overstated. By utilizing blob-carrying transactions, the cost associated with data storage on Ethereum is poised for a dramatic reduction. Traditional Ethereum transactions, while versatile, come with a higher data storage cost that can limit their use, especially in applications requiring the transfer of large amounts of data.

What Does This Mean For Layer 2 Solutions?

Understanding the role of EIP-4844 requires delving into the foundational principles of Ethereum's Layer 2 (L2) networks. At its core, the essence of any Layer 2 solution revolves around its interaction with Ethereum's main layer (L1). This relationship is not just structural but pivotal for inheriting Ethereum's robust security features, a characteristic that defines the integrity of L2 solutions.

The Vital Role of Data Availability

A key aspect of this L1-L2 synergy is "Data Availability." For an L2 solution to truly be considered a part of Ethereum's extended ecosystem, it must regularly submit L2 data—including transactions and states—back to L1. This process ensures that L2 platforms maintain the same level of security and trust as Ethereum itself. However, this submission process, often referred to as "rollup," has traditionally been both costly and limited by technical constraints.

Take Morph's rollup process, for instance, as illustrated below. In our system, L2 blocks are batched together and submitted to Ethereum through a single transaction.

While effective, this method, like many others in the L2 space, faces challenges due to the high costs and limited space of storing data in Ethereum's calldata—until now.

The Arrival of Blob Transactions

EIP-4844 introduces "blob-carrying transactions," a game-changer for data storage and submission from L2 to L1. This new method allows for significantly more data to be stored at a fraction of the cost. Traditional storage methods in calldata not only incur higher expenses but also suffer from spatial limitations, given calldata was not originally designed for such extensive data storage.

With blobs, the equation changes dramatically. For example, where once storing 100 L2 transactions in calldata might cost 0.01 ETH, blobs enable the storage of 1,000 L2 transactions for just 0.001 ETH. This is not just a simple optimization but a true entire paradigm shift, reducing the cost of storing a single L2 transaction to just 1% of its previous amount.

This breakthrough has profound implications for gas fees on Layer 2 platforms. Traditionally, a significant portion of gas fees on L2 has been allocated to covering these L1 storage costs—up to 90% by some estimates. With EIP-4844, we're looking at a future where the economic model of using L2 networks becomes far more favorable for users, enhancing accessibility, and fostering broader adoption of Ethereum's Layer 2 solutions.

Looking Ahead: EIP-4844's Integration and Morph's Next Steps

Currently, EIP-4844 is undergoing rigorous testing on the Ethereum Holesky testnet, with the Ethereum community eagerly awaiting its deployment on the mainnet.

An upgrade of this magnitude requires a comprehensive adjustment of both L1 contracts and off-chain components to align with EIP-4844's innovative data storage approach. At Morph, we're active participants in this evolution. Our team is diligently working to adapt our infrastructure, ensuring that once EIP-4844 goes live on the mainnet, Morph will be fully prepared to leverage its benefits from day one.

While we've offered a glimpse into the transformative potential of EIP-4844, the intricacies of this upgrade in relation to Morph's optimistic zkEVM design are more complex. Morph plans to release a series of in-depth articles exploring the nuances of EIP-4844's integration. These pieces will not only delve into the technicalities but also highlight how Morph's unique architecture optimizes these advancements for an unparalleled Layer 2 experience.

Stay tuned for more updates and deep dives into the world of Layer 2 innovation with Morph.

About Morph

Morphy's Origins and Aspirations

morph-2@newsletter.paragraph.com (Morph) — Sat, 10 Feb 2024 14:22:22 GMT

Exploring the Roots of Morphy

Following our introduction to Morphy, Morph's lovable koala mascot, we delve deeper into his origins and story. Morphy is more than just a symbol; he represents the creative and adventurous spirit of Morph. In this article, we explore where Morphy comes from, his unique journey, and the goals that align him with Morph's mission.

Origins: The Dimming Dreamlands and a Guardian's Resolve

Morphy's tale begins in the mystical Dreamlands, a realm where creativity and imagination know no bounds, guarded by the Greek god Morpheus. This enchanting world, once vibrant with the colors of human creativity and dreams, faces an unforeseen challenge: as real-world creativity dims, so does the luster of the Dreamlands. Morphy, one of Morpheus's most dedicated guardians, is deeply troubled by this fading brilliance. Realizing the interconnectedness of the Dreamlands with the human realm's creative spirit, he knows the key to restoration lies beyond his familiar horizons.

The Journey: Entering the Blockchain Realm

Determined to reinvigorate the Dreamlands, Morphy's quest leads him to the Blockchain realm. Despite its vast potential, he discovers a world that, much like the Dreamlands, has become dull and uninspiring, overwhelmed by technical complexities and financial focus. Recognizing the need for change, Morphy sets a bold mission: to rekindle the blockchain's creative and inclusive spirit, transforming it into a welcoming space for all, not just tech and financial experts. His goal is to unlock a universe of diverse, creative, and practical use cases, breathing new life into both the blockchain and the Dreamlands.

Goals: Bridging Dreams and Reality

Morphy's mission evolves as he navigates the Blockchain world. He aspires to become a bridge between the magical Dreamlands and the tangible benefits of blockchain technology. His journey symbolizes Morph's ambition to make blockchain not just a technological marvel, but a platform for actualizing dreams and creativity. Morphy's blend of imagination and pragmatic action mirrors Morph's approach to blockchain solutions - making them accessible, secure, and integral to the fabric of everyday life.

As Morphy ventures further, he plans to infuse the blockchain with vibrancy and accessibility, ensuring it becomes a realm where everyone can manifest their visions and contribute to a world teeming with creativity.

Stay tuned as Morphy, armed with his innate kindness, curiosity, and adventurous spirit, tackles challenge after challenge. Morphy's story is just beginning, and with each step, he brings us closer to a future where dreams and technology harmoniously coexist.

About Morph

Ex-Gitcoin Head of Impact Azeem Khan Joins L2 Morph as a Co-founder and COO

morph-2@newsletter.paragraph.com (Morph) — Wed, 07 Feb 2024 17:00:44 GMT

Azeem Khan, a celebrated figure in crypto philanthropy and formerly the Head of Impact at Gitcoin, has joined Layer 2 blockchain startup Morph as a Co-founder and COO. This appointment marks a crucial step in Morph's mission to spearhead mainstream adoption of blockchain and expand the project’s influence in the Web3 space.

Azeem Khan is a serial entrepreneur and crypto investor, widely recognized for his charitable efforts in the crypto sector. He is a part of the World Economic Forum's Crypto Sustainability Coalition, contributing to the integration of crypto and blockchain tech for sustainable development. Azeem is also involved in the Future of Global Fintech Initiative, playing a key role in shaping the future of fintech on a global scale. The Giving Block, a non-profit aggregator, named him one of the "2023 Faces of Crypto Philanthropy". At Gitcoin, he played an instrumental role in raising substantial funds, contributing to the organization's remarkable $60 million in grants and fostering over $29 billion in global financial impact.

Khan's tenure at Gitcoin was marked by pioneering the adoption of quadratic funding, a novel method for democratic crowdfunding. His efforts have benefitted major organizations such as UNICEF, the American Cancer Society, and Shell Oil, showcasing his ability to bring funding solutions to the forefront of Web3.

Beyond his philanthropic endeavors, Khan has demonstrated an exceptional track record in entrepreneurship. He has founded and raised funds for several startups, cementing his status as a visionary in the field. Khan continues to leverage his expertise as a consultant to UNICEF CryptoFund, sharing his insights and experience to nurture emerging technologies and innovations.

Regarding his new role at Morph, Azeem Khan expressed his vision for the company's future: "We're now entering a stage where blockchain is creating scalable opportunities for mainstream adoption, moving beyond just the meme of reaching a billion users to making it a reality. With Morph, positioned at the crossroads of enabling this, we will leverage the resources available through the Bitget ecosystem and beyond."

In this new role, Khan aims to establish Morph as a premier Layer 2 blockchain, onboard new users into the new web, and utilize the Bitget ecosystem to reinforce the platform. He also plans to give Web3 projects more global exposure, establish critical relationships and large deals with NGOs, governments, and for-profit companies, and facilitate the onboarding of Web2 organizations into the crypto ecosystem.

About Morph

Bitget Wallet Becomes the First Project to Deploy on Morph Testnet!

morph-2@newsletter.paragraph.com (Morph) — Tue, 30 Jan 2024 12:44:50 GMT

Commemorative Morphy Celebration Badges + $5,000 GASU Airdrop on Bitget Wallet Up For Grabs!

With great excitement, we proudly celebrate Bitget Wallet becoming the first deployed project on our Morph testnet!

To mark this special moment, we are offering a limited edition commemorative Morphy Badge to all users participating and engaging with the Morph testnet. In addition, we will randomly select 500 badge holders and airdrop 10 GASU to each! Let the celebrations begin!

Event Period

Jan 30, 2024 13:00 - Feb 15, 2024 24:00 UTC

Rewards

1. Morphy Commemorative Badge (POAP NFT)

This celebratory Morphy Badge, thoughtfully designed by our team, pays tribute to Morph’s latest milestone as we venture towards a brighter future. It is both a reward and a symbol of our user’s loyalty as we grow together.

2. 5000 GASU Airdrop (10 Per Person)

The cross-chain gas infrastructure GASUtopia officially launched on December 2, 2022, introducing its cross-chain universal gas subsidy token, GASU. Bitget Wallet supports various transaction scenarios using GASU to offset gas fees. 👉 Learn more by checking out this GASU Introduction.

How to Participate

Visit our 👉 ~~Galxe Campaign page~~ to complete the steps below:

Follow @MorphL2 on Twitter
Like + RT + @3Friends
Join Morph Telegram + Discord
Visit our testnet doc page
Claim Sepolia ETH and use our official cross-chain bridge to transfer the ETH onto the Morph test network 👉 Here’s the tutorial for Morph Testnet Bridge.
Verify that you're a Bitget Wallet user 👉 Download Bitget Wallet

⚠️ Note: Once you’ve completed steps 1-6 on Glaxe, you will have the option to mint the Morphy Commemorative Badge. All badge holders will automatically be eligible for our lucky draw to split the 5,000 GASU airdrop.

This is just one of the many ways in which we will express our gratitude for your continuous support and loyalty.

During this critical public testing phase, we sincerely hope you actively participate and share as much of your valuable feedback and suggestions as possible. Your input will be crucial in shaping our platform.

About Morph

Morph is a transparent, community-driven Layer-2 solution. Combining the best of OP and ZK rollups, it offers unmatched scalability and security, aiming to lay a foundation for an ecosystem of consumer-focused, value-driven DApps.

Website | Twitter |Discord | Telegram | Medium｜Linkedin

About Bitget Wallet

Bitget Wallet, formerly known as BitKeep, stands as Asia's largest and global frontrunner among all-in-one Web3 multi-chain wallets. We offer a comprehensive range of on-chain products and DeFi services to our users, including wallet functionality, Swap feature, NFT trading, DApp browsing, and more.

With a 5-year legacy, Bitget Wallet has garnered acclaim from over 15 million users worldwide and has secured partnerships with prominent industry leaders including Bitcoin, Ethereum, TRON, BNB Chain, Solana, Base, and others. This success stems from our commitment to consistently delivering secure and convenient products and services.

In March 2023, Bitget, a leading crypto derivatives trading platform made a substantial $30 million investment in BitKeep, acquiring a controlling stake. Following this strategic move, BitKeep underwent a transformative and strategic brand evolution in August, officially rebranding itself as Bitget Wallet.

Website | Twitter | Telegram | Discord

Morph Testnet Goes Live: Join Us in Setting New Standards in Consumer-Centric Blockchain!

morph-2@newsletter.paragraph.com (Morph) — Tue, 30 Jan 2024 11:54:31 GMT

We are thrilled to announce the launch of Morph's Public Testnet, a transformative Layer 2 blockchain solution designed to redefine the consumer blockchain experience. Morph marks a significant leap in blockchain technology, offering a scalable, secure, and user-friendly platform that resonates with real-world applications and everyday users. Our mission is to bridge the gap between the complex blockchain universe and the practical necessities of daily life, ensuring blockchain technology is not just an innovation but an integral part of our everyday digital experience.

What Sets Morph Apart?

Advanced Technology

Morph's innovative technology is built upon three key pillars: Decentralized Rollup Technology, Optimistic zkEVM Integration, and Modular Design. Each of these components contributes uniquely to Morph's technical excellence and consumer-centric approach.

Decentralized Rollup Technology:

Morph sets itself apart with its groundbreaking decentralized sequencer network, a pivotal element that places it at the forefront of conventional rollups. This network is meticulously engineered to optimize efficiency, significantly reduce operational costs, and uphold the essence of decentralization. By implementing a decentralized sequencer based on the robust Tendermint consensus mechanism, Morph effectively mitigates the security concerns associated with a single centralized sequencer. This strategic approach not only enhances the scalability capabilities of Ethereum Layer 2s but also ensures the security integrity of the sequencer network aligns with the rigorous standards of Layer 1 security.

Optimistic zkEVM Integration:

A cornerstone of Morph's innovation is the integration of optimistic zkEVM. This unique feature synergizes the operational efficiency of optimistic rollups with the formidable security attributes of ZK rollups. Importantly, it achieves this while maintaining a seamless and familiar development environment for Ethereum developers. The optimistic zkEVM represents a significant leap in blending scalability with robust security, ensuring the platform's suitability for a wide range of consumer applications.

Modular Design:

At its core, Morph is constructed using a sophisticated modular design architecture. The platform is organized into three functional modules (Sequencer Network, Rollup, Optimistic zk-EVM), each defined by distinct roles that collaborate in various configurations to meet diverse requirements. This modular structure not only leads to flexibility and adaptability but also enhances the composability of the system. It enables an efficient and interactive ecosystem supporting the varied operational needs of the platform, making Morph a versatile and future-proof solution in the Layer 2 space.

Beyond Technology: Vision and Community

At Morph, we don't just pride ourselves on our groundbreaking technology. Our vision goes beyond the technicalities of blockchain functionality to fundamentally transform everyday applications. We are committed to infusing user-friendly blockchain technology into the fabric of daily life, creating a world where blockchain is not just an option, but an indispensable part of the digital experience for everyday users.

Our mission is distinct; we strive to avoid the pitfalls that have plagued many Layer 2 and blockchain projects, which often focus too narrowly on technology while neglecting their ecosystems and the practical needs of the common person. Our focus extends to a range of areas - from social media and gaming to music and the arts, transcending the traditional confines of DeFi. We believe in designing intuitive applications with simple user interfaces and user experiences, vital for mainstream adoption. This philosophy is even embodied in our name: “Morph.” The name reflects a blend of “Morpheus,” the Greek god of dreams, symbolizing influence and transformation, and “morphism,” a mathematical principle denoting structure-preserving transformations. It encapsulates our ambition to transform blockchain technology into a practical, everyday utility, bridging the sophisticated world of tech with the needs of the end consumer.

Morph also places immense emphasis on community. We believe that a vibrant, engaged community is the lifeblood that propels our technological advancements forward. Our approach to ecosystem growth is integral to achieving mass adoption. We leverage our partnerships with exchanges to catalyze growth among users and developers who share our vision. Moreover, our media partnerships keep us at the forefront of market trends, informing our development strategies and ensuring our offerings align with actual user needs, rather than fleeting, finance-centric trends.

What’s on the Morph Sepolia Testnet?

Developers and enthusiasts can expect an arena where innovation meets real-world application. Here's what you can look forward to:

Open Access for Development and Interaction: Dive in! The testnet is open for all developers to deploy contracts and develop DApps. Plus, it's open for all users to interact with the network.
Launching Your Own Node: Launching and running your own Morph node is entirely permissionless, now's your chance!
Bridge and Explore: Check out our official testnet bridge at bridge-testnet.morphl2.io for bridging Sepolia ETH & ERC20 between the Morph testnet and the Sepolia testnet. Plus, explore and satisfy your curiosity with the official Morph Sepolia testnet explorer at explorer-testnet.morphl2.io.
Optimistic zkEVM on Testnet: Experience the full functionality of our optimistic zkEVM, live on the testnet.
Decentralized Sequencer Network: Our network is up and running with 7 sequencers operating 24/7, ensuring testnet liveness and showcasing our commitment to decentralization.

Excited? Ready to jump in? Here’s how:

Next Steps for Developers

Understanding Morph: Start by getting a deeper understanding of what Morph is and our stand on blockchain technology. Visit About Morph for an insightful read.
Dive Into the Mechanics: For those of you who are all about the details, learn How Morph Works.
Quick Start Guide: Familiarize yourself with the basics through our Quick Start guide.
Build on Morph: Ready to bring your vision to life? Refer to our comprehensive Developer Documentation at Build on Morph and start crafting your consumer-focused blockchain apps.

Collaborate and Innovate with Morph

As a dynamic and open public chain, Morph is dedicated to equipping developers with top-tier technical support and a robust ecosystem for your groundbreaking ideas. Whether you're flying solo or part of a team, if your project brings new utility to the consumer world, we're all ears! Reach out at official@morphl2.io.

Your thoughts and insights are invaluable to us. Join the Morph Discord community to converse with our team, moderators, and fellow community members. Share your user experience feedback, feature ideas, and report any bugs you encounter. Your input is crucial for us to evolve and refine Morph, ensuring an even more stellar user experience and functionality.

About Morph

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Meet Morphy, the Koala — Morph's Mascot

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 08:24:37 GMT

In the busy world of blockchain, where complexity and rapid changes are the norms, we at Morph yearn for a touch of simplicity. Enter Morphy, our delightful koala mascot, an embodiment of calm and clarity in the dynamic blockchain landscape.

Morphy is not just a figure of cuteness; it's a thoughtful representation of Morph's ethos — creating a blockchain space where ease and convenience are paramount. In nature, koalas are known for their gentle demeanor and calm lifestyle, and Morphy brings these same qualities to our community. It's a reminder that, at Morph, technology serves us, not the other way around.

The innate characteristics of koalas resonate deeply with our mission. They are creatures of habit and comfort, much like how we envision our users — seeking stability and efficiency in their interactions with blockchain. Morphy's wide, listening ears symbolize our commitment to our users' voices, ensuring that their feedback and ideas shape our platform's evolution.

Morphy's presence goes beyond aesthetics; it's an integral part of our brand story. As we introduce Morphy to the world, we also pave the way for a new chapter at Morph, where our technology's sophistication is matched by its accessibility. Morphy is here to coordinate, to collaborate, and to celebrate the community that is the heartbeat of our ecosystem.

As we present Morphy across our platforms, we invite our community to join in the journey. Whether through creative contests, interactive community events, or educational resources featuring our koala guide, we're set to make blockchain fun and approachable.

So, as we look ahead, Morphy will be there — a friendly guide in the world of blockchain, echoing Morph's dedication to making life easier, just like the carefree days of a koala hanging out on trees.

Getting to Know Morphy: The INFP of the Blockchain World

For those who love personality profiles, you'll be delighted to know that Morphy is an INFP – 'The Mediator'. True to the INFP spirit, Morphy is idealistic, always dreaming up new ways to make blockchain engaging. Morphy's creativity shines in finding unique solutions that resonate with everyday users. This gentle soul thrives on collaboration and is a testament to Morph's dedication to community and innovation. Trusting and transparent, Morphy reflects the secure and inclusive environment we strive for at Morph.

Traits:

Idealistic: Always sees the best in the blockchain world.
Creative: Finds unique ways to make blockchain fun for everyone.
Curious: Never stops exploring new possibilities within Morph.
Collaborative: Believes in the power of community-driven innovation.
Trusting: Values secure and transparent blockchain interactions.

Stay tuned as Morphy's story unfolds, and join us in this adventure where technology meets convenience. Together, let's make blockchain a cozy place for everyone.

Learn more

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How Does RVP Run in Morph?

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 08:05:26 GMT

Disclaimer: Please note that Morph is currently being working in progress, so this is the latest version of the protocol design, subject to possible future updates.

General Procedure

Validators are expected to perpetually verify the transactions and new state sequencers submitted to Layer 1.
The validators will trigger the challenge upon discovering discrepancies in transactions and states.
Sequencers are obligated to respond to the challenge by providing ZK-proof and passing verification successfully.
A sequencer’s inability to conclude the verification procedure within a certain period affirms fraudulent behavior.

Basic Challenge Procedure Overview

Pre-Challenge

Sequencer

Upon the sequencer’s election, immediate staking of a preset asset quantity is required.

This acts as a cryptographic economic assurance for the legitimacy of their batch submission.

If the sequencer’s batch is validated as fraudulent, their stake will be seized, and, given the circumstances, they may be expelled from the sequencer network.

Validator

Validators obtain each batch submitted by the sequencer through the calldata of the committed sequencer transaction, extracting the transaction data and the batch state as claimed by the sequencer.

Initially, validators authenticate these transactions independently. If this verification fails, they have the right to initiate a challenge.

Validators execute batch transactions based on their previous batch state to derive a new state tree, from which a new stateroot is extracted.

By comparing the new stateroot (validator) with the batch stateroot (sequencer), it can figure out whether the sequencer has committed fraud.

If both stateroots are identical, the validator takes no action and waits for the following sequencer batch submission verification.

If a discrepancy is identified, the validator initiates a challenge via the challenge method of the challenge contract while depositing a specific amount of assets to the challenge contract as collateral.

Challenge Procedure

Upon receipt of a challenge request, the contract on Layer 1 formulates a challenge comprising the initiating challenge address, the time of challenge initiation, stake amount, challenge batch, challenge status, and other relevant data, sparking a challenge event.

The sequencer can ascertain if the submitted batch is under challenge by tracking the event.

If challenged, the sequencer is mandated to perform the following tasks before the expiration of the challenge period:

Call ZK prover to begin a request to generate the ZK-proof for the batch and provide corresponding parameters.
Obtain the ZK-proof from the ZK prover upon its generation.
Submit the ZK-proof to the Layer 1 contract for verification.

As long as the challenge period is not ended, the sequencer is permitted to initiate proof verification operations.

How to determine if a challenge is successful?

A challenge is deemed successful under any of these circumstances:

• The sequencer fails to submit a ZK-proof within the challenge period.

• The sequencer submits a ZK-proof during the challenge period but fails its verification.

• The sequencer submits a ZK-proof during the challenge period while it is still under verification until the end of the challenge period and fails.

These scenarios summarize the sequencer’s failure to submit a valid ZK-proof within the challenge period.

A challenge is only regarded as failed if:

The sequencer submits a ZK-proof within the challenge period, which ultimately passes the proof validation.

Post-Challenge

If the challenge fails

A successful challenge by a validator rewards them generously while fortifying network security.

However, fraudulent challenges can disrupt the network’s smooth functioning.

For instance, a malicious challenge against the sequencer may compel the sequencer to incur the cost of ZK-proof generation and delay the confirmation of the challenged batch.

Thus, validators are required to stake funds when initiating challenges. The validator’s staked funds will be wholly compensated to the sequencer if the challenge proves unsuccessful, signifying no fault with the challenged batch.

If the challenge succeeds

Typically, a sequencer seeks to reap long-term benefits by reliably offering services. However, fraudulent situations cannot be completely ruled out.

Dependent on the causes, successful challenges necessitate varying responses:

First of all, regardless of the reason for the successful challenge, the main contract is temporarily halted to prevent subsequent batches from being submitted to Layer 1.

This pause operation is executed by the account controlling the main contract, regulated by decentralized governance, and all other ongoing challenges are dismissed, with stakes returned to each party.

A successful challenge signifies that no valid ZK-proof was validated within the designated time, typically due to the following:

The sequencer’s liveness issue resulted in delayed proof submission.
The sequencer submitted an incorrect commitment, causing the inability to generate the correct proof.
Collective fraudulent actions by the sequencer compromised Layer 2 consensus, causing the inability to generate the correct proof.
Layer 2’s vulnerability resulted in a dysfunctional mechanism.

Specific scenarios necessitate professional investigation and ultimate on-chain reflection via decentralized governance voting.

The handling methods for these four situations are as follows:

The sequencer’s liveness issue resulted in delayed proof submission.

The decentralized governance-controlled address generates a corresponding ZK-proof for verification, and the sequencer corresponding to this batch will be penalized with a portion of their staked funds transferred to the corresponding challenger, with an additional portion of their staked funds penalized and transferred to the decentralized governance treasury for covering the cost of ZK-proof and other purposes.
In this scenario, the Layer 2 status synchronized by each node is not problematic. Hence no action is required from other network participants.
Upon ZK-proof verification, the main contract is restarted by decentralized governance and resumes normal operation.

The sequencer submitted an incorrect commitment, causing the inability to generate the correct proof.

The corresponding batch’s sequencer will have a portion of their staked funds penalized and transferred to the corresponding challenger, with an additional portion of their staked funds penalized and transferred to the decentralized governance treasury.
The investigation team will continue to validate the previous batch’s state, ultimately providing a batch validity report to decentralized governance. Once decentralized governance approves, Layer 2 will be restarted, and all Layer 2 states will be deemed valid.
All nodes are required to continue operating according to the new Layer 2 state.

Collective fraudulent actions by the sequencer compromised Layer 2 consensus, causing the inability to generate the correct proof.

All sequencers involved in wrongdoing will have a portion of their staked funds penalized and transferred to the corresponding challenger and an additional portion of their staked funds confiscated and transferred to the decentralized governance treasury.
The investigation team will continue to authenticate the validity of previous batches and ultimately provide a batch validity report to decentralized governance. Once decentralized governance approves, Layer 2 will be restarted with all Layer 2 states being valid.
All nodes are required to continue operating according to the new Layer 2 state.

Layer 2’s vulnerability resulted in a dysfunctional mechanism.

After validating that a fault lies with the Layer 2 service itself (e.g., coding error), the relevant party responsible will compensate the loss towards decentralized governance and refund the corresponding challenge’s stake to both parties.

About Morph

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Responsive Validity Proof & Optimistic ZK-Rollup

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 07:39:46 GMT

Intro:

Rollups in the industry are broadly categorized into two types: optimistic rollups and zk-rollups. Both have unique advantages and disadvantages.

Morph offers a blend of both with it’s innovative solution or new state verification method called “Responsive Validity Proof” (RVP).

Key Terminology:

· RVP: Abbreviation for Responsive Validity Proof.

· Sequencer: Also known as the rollup operator.

Optimistic Rollup

This concept means that Layer 2 (L2) optimistically accepts state changes submitted by the sequencer without verifying the authenticity of the state changes. Instead, there’s a challenge period before the state changes are finally confirmed on Layer 1 (L1).

During the challenge period, external entities (sometimes referred to as ‘validators’) will verify the sequencer’s submissions based on their own synchronized network status.

If the verification fails, validators will trigger a challenge process on L1 to prevent the incorrect states from being confirmed.

While all optimistic rollups claim to employ fraud proofs, only Arbitrum has effectively implemented it on mainnet. It’s worth noting that their challengers are limited to specific whitelisted addresses.

Fraud proofs in current optimistic rollup projects can be divided into two categories:

1. Non-interactive fraud proof

When a new state submitted by the sequencer is challenged, L1 executes all corresponding L2 transactions to generate a valid state for comparison.

If fraudulent behavior is detected, non-interactive fraud proofs require the L1 to fully re-execute all transactions in the relevant batch, incuring significant high gas costs.

In addition, due to L2 and L1 not always being completely equivalent, some transactions result in different outcomes when executed in L2 and L1. Other times, L1 cannot execute L2 transactions, leading to problematic differences.

In fact, Optimism (OP) abandoned this implementation given these issues, meaning the Ethereum-scaling giant network runs without an available fraud proof system.

2. Interactive fraud proof

To address the issues with non-interactive fraud proofs, multi-round interactive fraud proofs have been introduced.

The core idea is to determine the specific instruction execution that causes an error. Since transaction execution in the EVM is broken down into several instructions to complete state transitions, the process requires multiple rounds of interaction between the sequencer and the challenger. After identifying the issue, the next step is to verify potential fraud by executing the corresponding instructions on L1.

The advantage of this method is that L1 requires only a minor operation, drastically cutting computational expenses. Furthermore, by refining L1 execution to the EVM instruction level, the errors between L1 and L2 outcomes are significantly reduced.

Despite the obvious benefits of this system, some clear challenges still exist. The logic of interactive fraud proof is much more complex than its non-interactive counterparts. This complexity results in:

· A more challenging implementation process

· The need for an extended challenge period to ensure the completion of all complex interactions.

· Elevated standards that may impact the motivation of challengers.

Regarding the first point, as of the time of writing this article, only Arbitrum has implemented a complete interactive fraud proof mechanism on its mainnet while other major optimistic rollup projects have operated without this mechanism for over a year. Meanwhile, several universal zk-rollup have already launched on the mainnet.

For the second and third points, it’s essential to understand the role of interactive fraud proofs in cryptoeconomics. We’ll explore the root causes of these challenges and how RVP can offer improved solutions in the following sections.

Why is RVP a better solution for optimistic rollup than interactive fraud proof?

Despite the potential of optimistic rollups, current approaches, including both non-interactive and interactive fraud proofs, leave room for refinement.

On one hand, engineering complexities mean many projects lack core mechanisms to ensure the security of user assets on the mainnet.

On the other hand, interlayer asset transfers (withdrawals) require users to face confirmation of up to a week, a far cry from user expectations.

Recognizing these challenges, Morph proposes a pioneering solution — the Responsive Validity Proof (RVP).

Understanding RVP

RVP seamlessly blends zk-based validity proofs with optimistic rollups.

When challengers discover inaccuracies in the data submitted by the sequencer, they can initiate a challenge request directed at the sequencer on L1.

The responsibility then falls on the sequencer to produce the requisite ZK-proof within the predefined time (challenge period) and submit it for L1 contract verification. A successful verification nullifies the challenge, while failure substantiates the challenger.

General Architecture of Responsive Validity Proof

While the overview provides a glimpse into RVP’s architecture, the complete process does involve more complexity.

Our future articles will delve deeper into the mechanics of RVP, while the current focus has been on the compelling reasons to embrace the system.

Benefits of RVP over Interactive Fraud Proof

Accelerated Challenge Period: With RVP’s unique cryptoeconomic design, the challenge period can be reduced significantly from 7 days to just 1–2 days.
Substantial Cost Saving: Based on validity proof, rollups leveraging RVP do not need to include the majority of transaction bytes, leading to considerable savings in L2 transaction submission costs.
Simplified Challenger Role: Challengers primarily focus on maintaining and identifying the L2 status. The only added responsibility is the triggering challenges, while sequencers bear the burden of proving their accuracy through ZK-proof generation and verification.
Fluid Architectural Transition: Migrating to a full ZK-rollup becomes straightforward with RVP. The only adjustment required is shifting the sequencer’s ZK-proofs submission approach from responsive to proactive.

How can RVP shorten the challenge period of optimistic rollup?

Understanding the purpose of a challenge period in optimistic rollups is crucial. At its core, the challenge period (or withdrawal period) serves as a window of opportunity for challengers to identify any malicious submissions by sequencers. It allows them ample time to execute the fraud proof and challenge procedure to ensure malicious submissions are not accepted.

The duration of the “withdrawal period” is influenced by two main factors:

The time required by both the sequencer and challenger to complete the challenge process.
The assurance that any malicious behavior that disrupts the regular challenge process (such as sequencers purposefully blocking the challenger’s transactions on L1), can be circumvented within this timeframe.

RVP addresses these factors through two key strategies:

· Streamlined Challenge Process:

For a hypothetical multi-round interactive fraud proof that requires 10 rounds of interaction, at least 20 blocks of time would be needed to settle the challenge. This doesn’t even account for the intervals of waiting for the other party to respond and process results between each interaction, which further elongates the timeline.

RVP, in contrast, has a complete challenge process that requires only one interaction — the sequencer uploads the ZK-proof for the batch and verifies it on L1.

This removes a fundamental issue that previously affected the length of the challenge period: whether the challenger would have enough time to detect and prove the inaccuracy of the batch rolled up by the sequencer.

Process comparison with IFP & RVP

· Stopping the Sequencer’s Malicious Behavior:

In the interactive fraud-proof system, the challenged party may have the means and motivation to interfere with the challenger’s progress.

For example, they could deploy a DDoS attack on L1 to obstruct the challenger’s interaction with L1 and ability to complete the challenge process.

With RVP however, the challenger only needs to trigger a challenge, meaning a sequencer has no means of impeding the challenge process. The sequencer then is forced into a position where its only recourse is to prove its legitimacy through the ZK-proof.

Why Are Operating Costs Lower for RVP-based L2s?

One major advantage of ZK-rollups over optimistic rollups is the ability to compress transactions submitted to L1 more effectively.

For example, the length of an Ethereum transaction is ~110 bytes, with the signature accounting for ~68 bytes. In optimistic rollups, since the transaction needs to be replayed, the transaction’s signature must be included to ensure the replayed transaction on L1 remains valid.

ZK-rollups, on the other hand, lean on the ZK-proof to validate transaction legitimacy. This mechanism allows for the retention of only fundamental transaction data, thereby greatly reducing the cost of L2 submissions.

RVP taps into the same ZK-proof modality to affirm transaction integrity. This means the ZK-rollup advantage can be harnessed to compress transactions during batch data submission.

Furthermore, in the absence of challenges, the sequencer can bypass any considerations on the cost of submitting and verifying ZK-proofs. As a result, an RVP-based rollup has a superior cost efficiency than its existing optimistic rollup and ZK-rollup counterparts.

RVP’s Challenger-Firendly Approach

At its core, RVP operates on the principle of validity proof, which is anchored in proving the legitimacy of the data being contested.

Therefore, in the RVP framework, the sequencer bears the responsibility of generating and verifying proofs. The challenger’s role is merely to initiate a challenge by staking.

In contrast, fraud proof, and more specifically interactive fraud proof, requires challengers to navigate a series of interactions with the Layer 1 contract to complete the challenge. This process is often cumbersome and complex, with much more stringent demands on the challenger.

In the landscape of L2 projects, the potential of high returns fuels sequencers’ motivation to cheat. Conversely, challengers find themselves in a position where their direct benefits are relatively much lower than sequencers’ (therefore, in some project designs, L2’s “stakeholders” — like operators of fast bridges — step in as challengers), resulting in a diminished incentive for challengers.

In light of this, lowering the requirements for challengers and increasing the accountability of sequencers is a more rational approach.

It is worth noting that in such a model, challengers may escalate a sequencer’s cost by initiating unwarranted challenges. If a challenge is unsuccessful, the challenger will not receive any benefits and must compensate the sequencer for the cost incurred in creating the ZK-proof. This creates a self-regulating mechanism, mitigating concerns of abundant malicious challenges.

Why Must Sequencers Take On the Responsibility of Submitting ZK-proofs?

There is a proposal suggesting challengers could demonstrate the falsehood of a sequencer’s submission by presenting their own version with an associated ZK-proof. The two can then be compared side-by-side to easily identify any fraudulent activity by the sequencer. Unfortunately, there are obvious challenges in this approach.

The core issue lies in the necessity for challengers to generate ZK-proofs from the transactions provided by the sequencer. If these are invalid transactions, challengers cannot create ZK-proofs that can pass L1 validation based on erroneous data. Ultimately, the responsibility to prove their own submissions must fall on the sequencer.

Why Not Employ ZK-rollup, Considering the Many zkEVM Projects Already on Mainnet?

The ZK-rollup framework, which forcibly requires verification of every state submission by a sequencer (through a significant number of cryptographic calculations), offers a higher level of security in theory. However, the approach has the following drawbacks:

· High Transaction Costs

Projects such as zkSync and Polygon zkEVM have already launched on the mainnet, suggesting that generating and verifying ZK-proofs is no longer the most challenging factor. Instead, current ZK-proofs are limited by cost and efficiency issues preventing the ability to fully shoulder the responsibility of scaling Ethereum as of now.

Considering zkSync Era, the average netowork transaction cost is currently between 0.5~1 USD. When the gas fees of L1 increase significantly, a transaction can even reach 3~10 USD. This is noticeably higher compared to transaction costs associated with optimistic rollup platforms like Arbitrum and Optimism.

Process comparison with IFP & RVP & VP

In contrast, RVP does not bear such high costs under normal network operations, instead, it effectively leverages the characteristics of ZK-proofs by compressing transaction data. It is only if a challenge arises that costs will be elevated. In real-world scenarios, normal network operations account for more than 99.9%, approaching 100%.

· Block Finalization Times

Theoretically, ZK-rollups have no withdrawal periods as the entire L2 state transition verification process through ZK-proofs should be completed within minutes or seconds.

However, current technical limitations have significantly slowed down the time required for ZK-proof to be verified on L1. For example, with zkSync Era, L2 block finalization takes about 20–24 hours, not a marked improvement over the optimized withdrawal periods.

· Seamlessly Transition from RVP to ZK-rollup

L2 scaling solutions incorporating RVP technology can be designed using the ZK-rollup framework. This makes seamlessly transitioning from an RVP-based L2 to a standard ZK-rollup L2 straightforward.

The only necessary adjustment is changing the sequencer’s ZK-proof submission method from responsive to proactive. As the technology matures, with RVP at the core, L2s can effortlessly transition to ZK-rollups.

Summary:

We have thoroughly examined the benefits of RVP. Each state verification method corresponds to a specific rollup type:

· Fraud Proof: Optimistic Rollup

· Validity Proof: ZK Rollup

· Responsive Validity Proof: Optimistic ZK Rollup — Morphism

Below is a side-by-side comparison of all 3:

The advantages of Morph’s hybrid solution at various levels is immediately apparent.

RVP blends the strengths of both Optimistic & ZK solutions to provide a superior scalability solution for Ethereum.

About Morph

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Decentralized Sequencer Network in Morph

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 07:19:36 GMT

The Importance of Decentralized Sequencers

What is a sequencer and what does it do?

In traditional Layer 1 blockchain, transactions are packaged and processed by miners in proof-of-work systems or validators nodes in proof-of-stake systems. These entities earn the authority to package, sequence, and produce blocks either through the competitive task of computational mining or via staking-based elections.

However, many current Layer 2 designs employ a single role, unburdened by competition or staking costs, responsible for packaging and sequencing all Layer 2 transactions. This entity is known as the “sequencer”. Its duties extend beyond sequencing; it is also tasked with generating L2 blocks, periodically committing Layer 2 transactions and state changes to Layer 1, and addressing any potential challenges to its submissions.

Centralized sequencers present a challenge due to their sole dominion over the sequencing and packaging of Layer 2 transactions. This monopoly raises concerns, largely stemming from this centralized control.

What are the problems with centralized sequencers?

1.Vulnerability of a Single Point of Failure

The efficient functioning of Layer 2 is intrinsically tied to the operation of the sequencer. If the sequencer stops working, transactions from all Layer 2 users will not be processed, effectively bringing down Layer 2 operations. The problem is magnified when a single entity controls the sequencer. Should the entity fail, the entirety of the Layer 2 is paralyzed, rendering the system vulnerable to a single point of failure. Therefore, centralized sequencers pose a significant risk to the stability of Layer 2.

2. Excessive Transaction Censorship

Centralized sequencers have the ability to reject user-submitted transactions, rendering them unprocessable — a blatant form of transaction censorship. Imagine a scenario where a centralized Layer 2 deliberately blocks transactions involving its governance tokens, which could spur panic and selling among users. These actions are entirely feasible for centralized sequencers.

Some solutions allow users to submit their intended transactions directly on Layer 1. However, this process is time-consuming, often taking several hours, and burdens users with equivalent Layer 1 gas fees. Therefore, this alternative does not fundamentally solve the problem.

In a decentralized sequencer framework on the other hand, should one sequencer decline a transaction, users can still relay it to alternative sequencers. The content of the next block is ultimately determined through consensus, ensuring no single entity can censor transactions based on personal interests.

3.Monopoly Over MEV

Because the sequencer can determine the order (or “sequence”) of received transactions, it effectively has a monopoly over all Miner Extractable Value (MEV). In this scenario, users must bear any potential losses incurred by the sequencer’s exclusive control over MEV, necessitating an additional and unwarranted layer of trust in the sequencer.

Decentralized sequencers introduce a competitive dynamic among multiple entities aiming for MEV. This competition eliminates the monopoly of any single sequencer, mitigating the adverse effects of unchecked MEV on users.

What’s Morph’s Approach to Decentralized Sequencers?

Morph stands apart from other Rollup projects due to the emphasis on establishing a decentralized sequencer network right from inception. This design was guided by the following core principles:

· Efficiency: Morph is first and foremost an Ethereum scaling solution, focused on improved efficiency and cost reduction. Our solution must guarantee fast execution and transaction confirmation at Layer 2 while maintaining the highest possible level of decentralization.

· Scalable and Manageable: The sequencer network’s design prioritizes ease of maintenance, expansion, and updating. If one network functionality requires maintenance, it should not disrupt the operation of other functionalities. In addition, the sequencer network should be adaptable and easily upgradable as new and more efficient solutions emerge.

Solutions Formulated on These Principles

With these principles at the forefront, Morph’s sequencer network design includes:

Modularity: The structure emphasizes modular components that are loosely connected, allowing for swift upgrades or replacements.
Byzantine Fault Tolerant (BFT) Consensus: Sequencers employ a BFT consensus for L2 block generation.
BLS Signature for Batch Signing: Sequencers sign a collective of L2 blocks using the BLS signature method. Then the L1 contract verifies this L2 consensus through the BLS signature.

Why BLS signatures?

Employing Ethereum’s existing basic signature algorithm, such as ECDSA, would introduce a cost dilemma. This arises given that the signature data must be simultaneously committed to the Layer1 contract, incurring the associated costs. As the set of sequencers expands, the cost will rise proportionately. By opting for the BLS aggregate signature, costs remain consistent even as the sequencer count grows.

Architecture

Here is a simple illustration of the Morph decentralized sequencing network architecture.

Sequencer Set Selection

A complete Morph decentralized sequencer network consists of two parts:

· Sequencer Set: This forms the core group that provides sequencing services

· Sequencer Staking Contract: This contract facilitates the selection of the sequencer set via an election process. Through the sequencer staking contract, members are elected into the sequencer set, where they collaboratively provide services for the Morph network. Periodically, the election results are synchronized to the Layer 1 Rollup contract. This synchronized data is utilized to obtain the BLS aggregate signatures of sequencer network participants for comparison and verification.

Layer 2 Blocks Generation

Given Morph’s modular design, each sequencer operates a consensus client that runs BFT to communicate with other sequencers.

Following the BFT consensus protocol, the selected sequencer extracts transactions from the mempool, constructs blocks, and synchronizes these blocks with other sequencers to undergo verification and voting. The end result is the generation of new Layer 2 blocks.

Batching

Considering the costs of uploading to and validating signatures on Layer 1, sequencers will sign a batch of blocks with BLS signatures at designated checkpoints.

Post-signing, the designated sequencer forwards the collective batch of blocks to Layer 1 through its batch submitter component.

Consensus Verification

The selected sequencer must submit to the Layer 1 contract:

· The aggregated BLS signatures,

· The batch of transactions,

· The consensus-determined state

The Layer 1 contract will verify the submitted signature to confirm the transaction’s consensus.

Wrap up

· Morph builds a native centralized sequencer network based on BFT consensus.

· Through protocol and network optimization, Morph maximizes the scalability of Ethereum while ensuring decentralization.

· Based on BLS signatures, other participants in Layer 1 and Layer 2 can effectively verify the consensus results of Layer 2, ensuring the security provided by the sequencer network is confirmable at the Layer 1 level.

Roadmap

About Morph

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Morph: Igniting the Consumer Revolution in Layer 2 Blockchain

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 07:00:50 GMT

Part I. The Current State of Layer 2

In the fast-evolving blockchain industry, Layer 2 solutions have emerged as crucial for enhancing the scalability and efficiency of underlying blockchain infrastructures like Ethereum. These secondary layer protocols promise to alleviate network congestion, lower transaction costs, and improve overall accessibility for everyday applications. However, despite their technological promise, the landscape of Layer 2 blockchain technology reveals a different reality — one characterized by low activity and a narrow focus on application types.

A significant portion of Layer 2 projects, approximately 33.3%, exhibit low activity levels with transactions per second (TPS) less than 1. This indicates a disparity within the Layer 2 ecosystem: while a few projects like Ethereum, zkSync, and Arbitrum showcase high user engagement and transaction volumes, a majority struggle to gain similar traction. The contrast is stark, underscoring an environment where technological capability does not always equate to user adoption or ecosystem vitality.

The Narrow Focus of Layer 2 Applications

The focus within Layer 2 is predominantly on a few application categories. According to DeFiLlama, the dominant categories include Liquid Staking, Lending, Bridges, and Dexes, among others. This limited range of applications points to a lack of diversity in the Layer 2 space, potentially limiting broader user adoption and failing to cater to a wide range of consumer needs. The concentrated focus on traditional DeFi applications like swaps, lending, and stablecoins, fails to explore the vast potential of blockchain technology in various other consumer-centric domains.

Reliance on Airdrops and Security Concerns

Additionally, many Layer 2 projects heavily rely on crypto airdrops as a key marketing strategy. While airdrops can be effective in building initial brand awareness and attracting investors, they often lack long-term sustainability. This approach does not necessarily translate into lasting user engagement or ecosystem development, raising questions about the depth and resilience of these projects’ user bases.

Security concerns also plague the Layer 2 landscape. With numerous vulnerabilities in state validation methods, sequencer centralization, contract upgrade management, and more, users often face significant threats. The emphasis on certain aspects of technological development often overshadows the critical need for robust user security, leading to a hesitant user base concerned about safety and privacy.

The current state of Layer 2 blockchain technology, characterized by low activity in many projects, a limited range of DApps, reliance on short-term marketing strategies, and prevalent security concerns, underscores the need for a paradigm shift. This environment beckons the emergence of a Consumer Blockchain like Morph, aiming to diversify the application landscape, prioritize user experience and security, and drive meaningful adoption beyond the conventional DeFi focus. By addressing these gaps, Morph positions itself as a pioneer in redefining the blockchain space for everyday users, harnessing the technology’s potential to its fullest.

Part II. The Emergence of Consumer Blockchains: A New Paradigm

The concept of a ‘Consumer Chain’ emerges as a response to the narrow focus and limited scope of traditional Layer 2 solutions. While traditional blockchain models have primarily concentrated on financial applications like DeFi, a consumer chain reorients this approach towards a broader, more inclusive spectrum of applications. It encompasses not just financial tools but a range of services and products that directly cater to everyday consumer needs, aligning blockchain technology with the broader market and everyday life.

Recent trends in the cryptocurrency landscape indicate a shift towards more practical and ideological uses of blockchain technology. Discussions at industry conferences, such as Breakpoint 2023, have emphasized the transition from a focus on speculative investment to applications that provide real-world utility, such as financial inclusion for unbanked populations and practical solutions for users worldwide. Innovations like Non-Fungible Tokens (NFTs) and their compressed counterparts are highlighted as gateways to a more inclusive digital asset ecosystem, fostering a new mindset of abundance and scalability.

Addressing Challenges in Consumer Adoption

Despite the potential of blockchain technology, its adoption faces significant barriers. These include complexities in user experience, security concerns, regulatory uncertainty, and generally low popularity in the mainstream market. However, the evolving landscape, with examples like the global payments sector and the creator economy benefiting from blockchain applications, demonstrates the untapped potential of this technology. The shift towards applications that resonate with a broader consumer base, particularly in non-Western markets with volatile local currencies, is increasingly evident.

Part III. Morph — A Visionary Approach to Consumer Blockchain

As the blockchain industry yearns for a shift beyond the confines of conventional Layer 2 offerings, Morph emerges not just as a solution but as a visionary leader. Morph represents the embodiment of a new paradigm — the consumer blockchain, which promises to transcend the narrow focus of traditional blockchain applications and cater to a broader spectrum of consumer needs.

Morph’s vision is to integrate blockchain technology seamlessly into everyday life, making it an indispensable utility. This vision is rooted in the belief that blockchain should serve real-world, practical purposes beyond speculative financial tools. Morph’s mission, therefore, is to create a platform where blockchain technology is not only accessible but also beneficial to all, aligning closely with the evolving needs of consumers globally.

The Essence of the Name “Morph”

The name “Morph” means elevating to the next level. It reflects a blend of “Morpheus,” the Greek god of dreams, symbolizing influence and transformation, and the mathematical principle of “morphism,” denoting structure-preserving transformations. This name encapsulates Morph’s vision to mold blockchain technology into a practical utility for daily life, bridging the gap between sophisticated technology and the end consumer.

Morph’s technological foundation includes its modular architecture and innovative features like zkEVM and Responsive Validity Proof, which lays the infrastructure for a consumer-centric approach. These innovations ensure that Morph’s blockchain solutions are not only technically robust but also aligned with everyday usability and consumer needs.

Technological Backbone of Morph

In the realm of Layer 2 solutions, the technological framework of a platform is the bedrock upon which its real-world applications and consumer accessibility rest. Morph, with its forward-thinking design philosophy, introduces a modular architecture that acts as a dynamic foundation for an array of consumer applications. This architecture is inherently flexible, a vital characteristic that permits Morph to adapt and scale with the ever-changing demands of the user base. It retains the ability to facilitate both existing and unforeseen blockchain use cases, ensuring future-proof solutions within its ecosystem.

Modular Architecture

Morph’s modular architecture is not just a structural choice; it’s a strategic one, designed with the foresight of continuous evolution in the blockchain landscape. While the EVM compatibility remains a constant, offering DApp developers a familiar and stable development environment, the true benefit of Morph’s modularity lies in its flexibility for the chain itself.

This design philosophy ensures that Morph can readily adapt to technological advancements, regulatory changes, and shifts in market dynamics. Such agility allows Morph to offer an ever-improving foundation for DApp builders, indirectly fostering a richer and more diverse ecosystem of applications. By enabling seamless upgrades and evolution, Morph ensures that both the developers building on its platform and the end-users engaging with it benefit from a blockchain that is always at the forefront of innovation.

Decentralized Sequencer Network

In traditional Layer 2 solutions, a single entity often sequences and batches transactions, leading to potential problems such as single points of failure or transaction censorship. Morph’s Decentralized Sequencer Network addresses these issues by distributing the task of sequencing among multiple sequencers. This network enhances the platform’s resilience and reduces the risk of downtime — transactions continue to flow even if one sequencer fails.

For users, the decentralized network means transactions on Morph are processed more equitably, without unfair prioritization or censorship. For developers, it presents the possibility of building on a platform that supports high transaction throughput, which is essential for creating responsive and reliable applications that can handle significant user activity.

Responsive Validity Proof (RVP)

The Responsive Validity Proof (RVP) is a foundational element of Morph, representing a hybrid approach that bolsters the security and efficiency of the platform. By integrating the strengths of zk-Rollups and Optimistic Rollups, RVP enhances the verification process, facilitating a faster consensus on the blockchain’s state with less computational overhead. While the immediate improvements may seem technical, the ripple effect of RVP’s enhanced security and efficiency makes it a superior choice for DApp developers and users indirectly. This innovation marks a commitment to balancing high performance with robust security, ultimately cultivating a reliable and user-centric blockchain ecosystem.

zkEVM

The zkEVM, or zero-knowledge Ethereum Virtual Machine, represents a cornerstone of Morph’s commitment to scalability through zero-knowledge proof technology. While zk proofs can be applied for privacy purposes, the primary application of zkEVM within Morph’s framework is for scaling and trust verification. It is utilized when a sequencer needs to confirm the validity of transactions, particularly during challenges, with the broader aim of transitioning Morph into a full ZK Rollup platform. This advancement will not only boost the scalability of the network but also provide a foundation for trust verification, essential for applications requiring rigorous on-chain validation like fully on chain games and co-processer projects.

By supporting zkEVM and related zk technologies, Morph prioritizes scalable and trustable Layer 2 solutions. Additionally, this infrastructure opens the door for a myriad of zk-driven applications, empowering developers to leverage these technologies for their specific needs, ensuring transparent and efficient verification processes.

Consumer-Centric Applications and DApp Focus

Powered by the robust foundation laid by our technological advancements, Morph is uniquely poised to champion a consumer-centric blockchain revolution. The fusion of modular design, responsive transaction sequencing, and advanced state verification positions Morph as an ideal platform for DApps that seamlessly integrate into users’ daily lives. These technologies allow the platform to host a vast ecosystem of user-oriented applications across key sectors: social, gaming, music, media/art, and real-world services.

Powering a Diverse Ecosystem

In the social sphere, Morph’s blockchain enables a paradigm shift, where content creation is directly rewarded, and community governance takes root through decentralized platforms. Imagine a social network where creators gain immediate and transparent ownership of their content, coupled with a say in platform decisions through tokenized governance models.

The gaming industry stands to be reimagined where fairness and asset ownership are no longer just concepts, but realities. Gamers can truly own their in-game items and achievements, trading them within a secure economy or leveraging them across different gaming universes. Community-led development is fostered, turning players from mere participants into co-creators of their virtual worlds.

Morph resonates with the rhythm of the music industry by facilitating direct artist-fan engagement, creating a more transparent and equitable system of royalty distribution. Each song becomes a digital asset with clear ownership proof, heralding a more direct model of creator support and fan engagement.

In the worlds of media and art, Morph acts as an agent of provenance and democratization. Artists can prove the authenticity and the lineage of their work, while a decentralized market opens direct channels between creators and consumers. Morph offers an artist’s canvas with no intermediaries, where ownership is transparent and transactions are out in the open.

Finally, Morph reflects the future of digitizing real-world interactions. Through asset tokenization, individuals can possess fractional ownership over various assets, while businesses can offer crystal-clear supply chain transparency, redefining trust and efficiency in commerce.

While the technological capabilities of Morph set the stage for a diverse range of consumer-centered applications, the journey to integrate blockchain into daily life doesn’t end there. Morph understands that technology alone doesn’t guarantee success; it’s the coupling of innovation with strategic ecosystem growth, meaningful partnerships, and market outreach.

Strategic Growth and Community Engagement

As we’ve scrutinized the landscape of Layer 2 platforms, it’s clear that technological prowess alone is not a cure for user inactivity. In crafting Morph, we distill not just a breakthrough in blockchain technology but also bridge the vital gap that many overlook — the enduring drive to cultivate adoption and build a thriving community. Morph stands apart, equipped with the necessary mix of cutting-edge technology and potent strategies for ecosystem growth.

The Bitget Factor: A Pillar of Growth

Key to Morph’s strategy is the Bitget factor. As our incubator and partner, Bitget is more than an investor; it’s the blueprint that illuminates our path to user adoption. This collaboration offers a unique advantage — access to Bitget’s vast crypto exchange ecosystem which already nurtures over 20 million users, coupled with strategies that propelled their wallet system to an additional 12 million holders. Bitget’s history and know-how are cornerstones upon which Morph will erect a robust and diverse community essential for the flourishing of consumer-driven DApps.

Media Partnerships: Enhancing Visibility and Outreach

To address the necessity for visibility and engagement, Morph has woven strategic media partnerships into its growth fabric. Affiliations with premier outlets such as Foresight News and The Block provide a springboard from which we can articulate the utility and vision of Morph to a wider audience. Beyond mere promotion, these partnerships allow us to craft narratives that underscore Morph’s distinct advantages in an ever-saturated market, fostering a community that is knowledgeable, engaged, and empowered.

As we pave the path forward, Morph embodies the synergy of exceptional technology and strategy. Understanding that vibrant and sustained community support elevates the most sophisticated architecture, we have woven together the threads of innovation with meticulous user and ecosystem growth strategies. This dual commitment — reflected in the Bitget partnership and our significant media reach — positions Morph as the only Layer 2 solution with the right concoction of ingredients to not only attract but also captivate users and developers eager to immerse in our consumer-centric applications.

Conclusion

In an era where blockchain innovation is often shrouded in complexity, Morph emerges as a n example of clarity, redefining the Layer 2 landscape with a singular vision: to cultivate a consumer-centric blockchain environment that transcends the limitations of today’s applications. We stand at the verge of a new dawn — for too long, potential users have been bystanders to the blockchain revolution, watching from the periphery due to unintuitive platforms and a limited focus on DeFi. Morph is engineered to dismantle these barriers, bringing about a paradigm where blockchain is both approachable and indispensable, enhancing the fabric of everyday life.

To achieve this, Morph couples its technological vanguard with strategic growth initiatives and astute community engagement, as exemplified by the Bitget and other influential media partnerships. Thus, in this march towards innovation, shrewd adoption strategies lie at the heart — a fact underscored at every juncture of our journey. As we charge forward, the synergy of Morph’s robust technological framework and its unwavering commitment to user engagement positions us uniquely to not just participate in the market but to shape its very future, beckoning a world where blockchain is no longer an outsider but an integral part of our digital existence.

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Bitget Makes A Multimillion-Dollar Investment in Layer 2 Consumer-centric Blockchain Morph

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 06:52:12 GMT

December 11, 2023 — Morph, a Layer 2 consumer blockchain for value-driven dApps, announced the closing of a multimillion-dollar investment from Bitget, a leading cryptocurrency exchange and web3 company.

“Morph has a stellar team endowed with experience, a vibrant multicultural approach, and industry-leading strategic capabilities for fostering mass adoption. It has demonstrated tangible progress in its commitment to a unique vision of a consumer blockchain. With Bitget’s dedication to forging ties with exemplary Web3 entities, we’ve embraced Morph in a spirit of collaboration,” said Bitget Managing Director Gracy Chen.

Morph’s roll-up tech intelligently combines the best features of Optimistic and ZK roll-ups to reduce cost barriers, accelerate dispute resolution, and ensure flexible and secure transactions for dApps of all sizes. At the heart of the ecosystem is a decentralized sequencer network eliminating central points of control, countering MEV dominance, and guaranteeing consumers scalable, inexpensive, and rapid Layer 2 transactions.

“We are extremely grateful for Bitget’s support,” said Morph Co-Founder and CEO Cecilia Hsueh. “The recent capital infusion showcases our incubator’s confidence in Morph’s UVP and sets the stage for the seed funding round. Our proactive financial strategy is crafted to tackle an aggressive roadmap and product development timeline to reform the Layer 2 landscape.”

Bitget’s investment symbolizes a convergence of shared visions for value-driven dApps, while the two organizations are uniquely positioned to build a thriving ecosystem and accelerate user adoption. Benefiting from the extensive user base of over 20 million on Bitget and Bitget Wallet, Morph will be able to leverage its new partner’s wealth of knowledge and strategies.

Morph has also forged a strategic partnership with Foresight Ventures, a Singapore-based crypto fund that recently announced its acquisition of a majority stake in the leading media group, The Block. This strategic move encompasses a broader expansion. Morph expects comprehensive growth in the upcoming months, covering its technical side, larger ecosystem, marketing, community management, and additional operational divisions. Moreover, Morph’s public testnet is set to launch in January 2024, with mainnet beta expected to go live in Q2 2024.

About Bitget

Established in 2018, Bitget

is the world’s leading cryptocurrency exchange and web3 company. Serving over 20 million users in 100+ countries and regions, the Bitget exchange is committed to helping users trade smarter with its pioneering copy trading feature and other trading solutions. Formerly known as BitKeep, Bitget Wallet is a world-class multi-chain crypto wallet that offers an array of comprehensive Web3 solutions and features including wallet functionality, swap, NFT Marketplace, DApp browser, and more. Bitget inspires individuals to embrace crypto through collaborations with credible partners, including legendary Argentinian footballer Lionel Messi and official eSports events organizer PGL.

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About Morph

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About Foresight Ventures

Foresight Ventures is a crypto fund focused on backing Web3 projects that embody an ethos of decentralization while moving crypto toward long-term, mainstream adoption. With an impressive global industry network at our disposal, we pride ourselves on unparalleled media connections that enable us to elevate our projects to remarkable visibility and influence. Foresight Ventures manages multiple funds: a VC fund, an actively managed secondary fund, a multi-strategy FOF, and a private market secondary fund. As a one-stop shop for crypto projects, Foresight Ventures provides incubation, investment, and advisory throughout the project life cycle.

Website | LinkedIn | Twitter

Introducing our new name: Morph — The Consumer Blockchain for Everyday Life.

morph-2@newsletter.paragraph.com (Morph) — Fri, 12 Jan 2024 06:43:37 GMT

Introducing our new name: Morph — The Consumer Blockchain for Everyday Life.

Morph aims to diversify the application landscape, prioritize user experience and security, and drive meaningful adoption beyond the conventional focus on DeFi. By addressing gaps, we position ourselves as pioneers in redefining the blockchain space for everyday users, harnessing the technology’s potential to its fullest.

Morph’s technological foundation includes its modular architecture and innovative features like zkEVM and Responsive Validity Proof, which lay the infrastructure for a consumer-centric approach. These innovations ensure that Morph’s blockchain solutions are not only technically robust but also aligned with everyday usability and consumer needs.

Powered by the robust foundation of our technological advancements, Morph is uniquely poised to champion a consumer-centric blockchain revolution.

About Morph

Website | Twitter |Discord | Telegram | Medium｜Linkedin

Morph

A Comprehensive Exploration of EIP-4844 and Its Integration

What is EIP-4844?

Understanding Blob-Carrying Transactions

Technical Innovation and Gas Fee Reduction

Impact on Scalability and Data Throughput

Integration Process of EIP-4844 in Mainstream Rollups

Specific Rollups and Their Progress

Morph’s Unique Approach to EIP-4844 Integration

Why Can’t L2 Solutions That Use External DA Integrate EIP-4844?

Navigating the DA Landscape

Morph’s EIP-4844 Integration Progress

Benefits for Morph Users

Morph’s zkEVM 4844-Compatible Solution

Morph’s Future Outlook

Morph’s Advantages

Roadmap and Plans

Ambassador Blog Announcement

In a Nutshell

Our Playbook

Save the Date

Non-Code Ambassadors

Code Ambassadors

What’s in it for you?

How to Jump In

Think you got what it takes?

About Morph

Community Challenge: Dive into an Exploration of Morph Testnet!

Time:

Week 1

Campaign 1: Daily Dose of Morph — Insights Every Day

Campaign 2: Morph Social Sprint — Connect & Share

Morph’s Optimistic zkEVM will Embrace EIP-4844

EIP-4844: A Gateway to Efficiency

Morph's Strategic Integration of EIP-4844

What is EIP-4844?

What Does This Mean For Layer 2 Solutions?

The Vital Role of Data Availability

The Arrival of Blob Transactions

Looking Ahead: EIP-4844's Integration and Morph's Next Steps

Morphy's Origins and Aspirations

Exploring the Roots of Morphy

Origins: The Dimming Dreamlands and a Guardian's Resolve

The Journey: Entering the Blockchain Realm

Goals: Bridging Dreams and Reality

Ex-Gitcoin Head of Impact Azeem Khan Joins L2 Morph as a Co-founder and COO

Bitget Wallet Becomes the First Project to Deploy on Morph Testnet!

Commemorative Morphy Celebration Badges + $5,000 GASU Airdrop on Bitget Wallet Up For Grabs!

Event Period

Rewards

How to Participate

About Morph

Morph Testnet Goes Live: Join Us in Setting New Standards in Consumer-Centric Blockchain!

What Sets Morph Apart?

Advanced Technology

Beyond Technology: Vision and Community

What’s on the Morph Sepolia Testnet?

Next Steps for Developers

Collaborate and Innovate with Morph

Meet Morphy, the Koala — Morph's Mascot

Getting to Know Morphy: The INFP of the Blockchain World

Traits:

Learn more

How Does RVP Run in Morph?

General Procedure

Pre-Challenge

Post-Challenge

Responsive Validity Proof & Optimistic ZK-Rollup

Intro:

Optimistic Rollup

Why is RVP a better solution for optimistic rollup than interactive fraud proof?

Summary:

Decentralized Sequencer Network in Morph

The Importance of Decentralized Sequencers

What is a sequencer and what does it do?

What are the problems with centralized sequencers?

What’s Morph’s Approach to Decentralized Sequencers?

Solutions Formulated on These Principles

Architecture

Wrap up