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Saga is a Layer 1 protocol that allows developers to automatically spin up VM-agnostic, parallelized and interoperable dedicated chains, or “Chainlets,” that provide applications with infinite horizontal scalability. Each Chainlet is a replica of the Saga Mainnet, with the same validator set and security model.

Saga’s mission is to enable the next 1000 chains in gaming and entertainment as part of the growing Saga Multiverse.

For a deep dive into Saga, visit their website.

Mass adoption of blockchain is imminent, and developers need base infrastructure that is infinitely scalable, interoperable and cost-effective to support consumer applications. By allowing developers to spin up dedicated blockspace on demand that elastically scales with performance needs, opens fast bridging to other ecosystems and is priced at commodity levels, Saga provides the E2E infrastructure that developers need to build the next generation of applications on blockchain.

Saga

Altlayer

Aevo

Tensor (TNSR) stands out as a pivotal player in the cryptocurrency landscape, particularly within the Solana blockchain ecosystem. At its core, Tensor is a foundation that empowers community-led governance over its protocols, fostering the growth of the Tensor DAO and the broader Tensor ecosystem. This foundation supports both Tensor and Vector protocols, which are essential trading infrastructures for NFTs on Solana and tokens across multiple chains.

The Tensor NFT marketplace, launched in July 2022, has rapidly become the dominant force on Solana, capturing 60-70% of the market share. Unlike traditional NFT platforms, Tensor caters specifically to NFT traders by offering advanced trading features, real-time data, and a fast terminal interface. This focus on traders rather than collectors has fueled its success.

Vector, another key component, is a leading social trading app in the crypto space. Within just three months of its launch, Vector achieved an impressive $7.5 billion in annualized volume and attracted 20,000 daily active users, with these figures doubling every 1-2 weeks. The app generates $75 million annually in fees, half of which bolster the TNSR treasury.

The TNSR token plays a crucial role in governance, with 50% of protocol fees from Tensor and Vector accruing to its treasury. This financial structure supports the foundation's grants program, which aims to increase the adoption of Tensor protocols.

Tensor

Open Campus

Sleepless AI

Cyber

Portal

Pixels

Arkham is a blockchain analysis platform that uses artificial intelligence (AI) to deanonymize the blockchain and on-chain data.

The platform’s two main components are the Analytics Platform and Intel Exchange. The Analytics Platform covers analytics on various entities, exchanges, funds, whales and tokens. For instance, you can check the portfolio holdings, transaction history, exchange flows, network relationships and other on-chain analytics. The Intel Exchange allows anyone to buy and sell address labels and other intelligence, either through bounties, auctions or the DATA Program.

Arkham uses an in-house AI engine with various sources of data, such as public records, social media, web scraping and user submissions. The data is used to label addresses and provide entity analytics for ULTRA, the company’s AI algorithm.

Arkham’s platform can be used for various purposes, such as tracking stolen funds, identifying fraudsters, verifying counterparties, auditing transactions, investigating hacks, and more. Arkham claims that its platform can help combat the proliferation of crypto crimes and scams by incentivizing on-chain research.

However, Arkham’s platform has also raised privacy concerns among some crypto users and advocates, who argue that deanonymizing the blockchain violates the principles of anonymity and censorship-resistance that underpin the crypto movement. Arkham has defended its platform by saying that it does not collect or store any personal data from users, and that it only provides publicly available information that can be verified on the blockchain.

Arkham

SPACE ID

Ethena

Scroll employs a multifaceted approach to ensure its security, leveraging the robustness of battle-tested cryptographic libraries and the principles of open-source development. This approach is designed to maintain the integrity and safety of its zkEVM-based zkRollup on Ethereum, which is crafted to offer native compatibility for existing Ethereum applications and tools.

The foundation of Scroll's security strategy is its reliance on cryptographic libraries that have been thoroughly vetted and proven to be secure through extensive use and testing. This choice ensures that the core cryptographic components of the platform are resilient against known vulnerabilities.

Further enhancing its security posture, Scroll is committed to continuous improvement and rigorous testing of its codebase. This includes comprehensive code reviews and testing processes that aim to identify and rectify potential security issues before they can be exploited.

Independent audits play a crucial role in Scroll's security framework. By inviting reputable third-party auditors to examine its code and infrastructure, Scroll gains valuable insights into its security strengths and weaknesses, allowing for the implementation of recommended improvements.

The platform also fosters a collaborative security environment through its bug bounty program hosted on a dedicated platform. This program encourages security researchers and ethical hackers to identify and report vulnerabilities in exchange for rewards, thereby contributing to the overall security of the ecosystem.

Scroll's commitment to security is further evidenced by its establishment of a security council and the invitation to independent parties to operate follower nodes. These measures not only enhance the decentralization of the network but also introduce additional layers of oversight and resilience.

Collaboration with the community and the implementation of various sequencers are additional pillars of Scroll's security strategy. By engaging with the wider community and leveraging collective expertise, Scroll ensures that its security measures are robust and effective.

In summary, Scroll's security is achieved through a comprehensive and proactive approach that includes the use of proven cryptographic libraries, continuous improvement, independent audits, community collaboration, and a bug bounty program. This multifaceted strategy ensures the platform remains secure and trustworthy for its users.

Scroll

LayerZero is an omnichain interoperability protocol designed for lightweight message passing across chains. LayerZero provides authentic and guaranteed message delivery with configurable trustlessness. It is a “blockchain of blockchains” that allows other blockchain networks to communicate directly and in a trustless manner.

LayerZero’s key feature is Ultra Light Nodes (ULNs). These smart contracts run on each blockchain and act as endpoints for cross-chain communication. ULNs verify the validity of transactions and messages from other chains using block headers and transaction proofs, ensuring security and efficiency.

LayerZero supports any blockchain that can run smart contracts, such as Ethereum, BNB Chain, Avalanche, Polygon, Arbitrum, Optimism, Fantom and other chains. LayerZero also supports non-EVM chains like Aptos. These so-called omnichain applications should become a key layer of a multi-chain future, where different blockchains interact simultaneously.

LayerZero aims to create the optimal interoperability solution for blockchains with seamless and trustless cross-chain transactions.

LayerZero

NFPrompt

The EIGEN token is a universal intersubjective work token designed for EigenLayer, enabling security for various digital tasks that are not just objectively verifiable but also intersubjectively attributable. Unlike traditional work tokens that are tied to one specific digital task or objective faults (verifiable on-chain), EIGEN addresses a broader category of faults where multiple external observers agree on whether the task was performed correctly. This expands the range of tasks that can be securely managed on a blockchain.
EIGEN tokens are used for:

Staking for intersubjective faults on the EigenLayer platform.

Performing validation tasks across various Actively Validated Services (AVS).

Incentivizing and penalizing operators based on their performance.

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