Vana empowers users to own, protect and profit from their personal data through decentralized DataDAOs. Learn more about how it works in this article.

Imagine a world where individuals regain control over their own data, taking it back from the hands of large corporations that often profit from it without consent. Enter Vana, an innovative platform that combines 

 with privacy-driven features to create a fairer, more transparent digital economy. This article explores what Vana is all about — and its exciting future potential in the decentralized data and AI space.

 is a blockchain network that gives users full control over their personal data through an 

 architecture. It enables decentralized data-sharing and monetization using DataDAOs (

), whose users can collectively own, manage and profit from their data, all while maintaining privacy and ownership.

Vana was co-founded by Art Abal and Anna Kazlauskas, two Filipinos with strong academic backgrounds and degrees from Harvard and MIT, respectively. It started as a research initiative in 2018, and has since grown into a project driven by the desire to empower individuals with control over their personal data. 

Vana seeks to address the current imbalance whereby large corporations profit from user data without fairly compensating the individuals who generate it. The goal is to create a new data economy in which users can benefit directly from the AI models built on their data, ensuring that the financial rewards of AI development are more fairly distributed. The name "Vana," short for "Nirvana," speaks to the project’s mission of liberating and empowering user data.

The Vana project attempts to challenge the status quo of data hoarding by large centralized organizations, and to tackle several key issues as follows.

Vana is designed to transform personal data into a valuable, user-controlled asset. It operates through the following three key layers.

Vana gives users the power to monetize and use their data in several ways, such as earning revenue from AI models trained on their data, or by integrating their data into applications for personalized experiences. Most importantly, users maintain detailed control over how their data is shared and used. As data contributors, they also receive governance rights within their respective DataDAOs, allowing them to make decisions about how their data is used and how the value is distributed.

Users receive a DLP-specific token when they submit data to a DataDAO, according to the DataDAO’s unique 

 that Vana uses to validate data submitted to its network. PoC maintains the reliability and value of the data within the Vana network. 

Vana acts as a trustless intermediary, connecting data owners, communities and users. It enables individuals to pool their data collectively in a secure and traceable manner while also allowing data users to monetize that data for purposes such as training AI models.

 is a central platform where users can buy, stake, trade and explore data tokens within the Vana ecosystem. It also enables users to contribute their data to DataDAOs, and earn rewards by staking their VANA tokens.

 is an incubator designed to support the growth and development of the Vana ecosystem. It provides tools and resources for users to create and manage DataDAOs, ensuring that high-quality data is available for AI model training and other applications.

DataDAOs are decentralized organizations that pool user-contributed data on the blockchain. They allow individuals to collectively own, manage and monetize their data for AI and other applications. Each DataDAO governs its own DLPs, ensuring that data is secure, private and used judiciously. 

 system incentivizes premium-quality data contributions by rewarding the top 16 DataDAOs every 21 days, based on total Vana tokens staked. This competitive structure ensures that the best datasets and contributors are recognized and rewarded, promoting innovation and growth within the Vana ecosystem

 commits 44% of its total token supply to empower the community. It rewards active participation, contributions and innovation across the Vana network. This includes incentives for high-quality data contributions to DataDAOs, early community rewards and support for developers building on Vana. 

Since its start as an MIT research project in 2018, Vana has made impressive progress, emerging as the first decentralized data liquidity network. 

Looking ahead, Vana aims to build a thriving decentralized data ecosystem and promote mass adoption with its clear road map:

The VANA token is the native cryptocurrency of the Vana Network. VANA serves multiple purposes within the Vana ecosystem, such as securing the network through staking, paying transaction fees, staking in DataDAOs, accessing datasets, acting as part of a trading pair and participating in decentralized governance.

The tokenomics of VANA are designed to align the interests of all participants in the Vana network. With a total supply capped at 120 million tokens, distribution is as follows:

 of $32.86 by the end of 2024 and $38.58 by 2025, with the potential to climb to approximately $112.78 by the end of 2030. Similarly, Coin Edition 

 a value of $50 by the end of 2025, with further growth expected up to $68 by 2030. 

Looking to purchase Vana tokens? Bybit now offers the VANA/USDT Spot trading pair. To get started, you’ll first need to create a Bybit account, then fund it with cryptocurrency and navigate to the 

To celebrate this listing, Bybit is holding 

 where you can earn a share of the 560,000 VANA prize pool. 

VANA offers a compelling investment opportunity, thanks to its innovative approach to data ownership, expanding ecosystem and optimistic market outlook. By tackling key challenges in the data economy, VANA empowers users while paving the way for decentralized AI development. However, as with any investment, it's important for potential investors to be mindful of market risks and do their 

Vana is empowering users to take full control of their personal data and even profit from it. By combining blockchain technology with robust privacy measures, Vana challenges traditional data systems and lays the foundation for a more equitable data economy. The platform's ambitious road map could position it as a key player in the future of decentralized AI, opening up new opportunities for individuals to become active participants in this increasingly data-driven world.

Intermediate

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Vana (VANA): Unlocking Data Freedom for User-Owned AI

Sonic and Injective are launching the first cross-chain AI agent platform, the Smart Agent Hub, integrating Solana and Injective ecosystems.

Last week, the S&P 500 saw its biggest single-day price gain this month. This raises the hopes of investors for a year-end rally if prices continue to go up. Coindesk Indices, an index measuring broader cryptocurrency market performance was down by 2.54%, with Bitcoin and Ether dropping by 1.24% and 1.00%, respectively in the past 24 hours.

Today's top performer is AAVE, which surged 7.7% following the integration of Aave in Balancer's Boosted Pools, simplifying yield generation.

Aave (AAVE), founded in 2017, is a decentralized lending platform on Ethereum for lending, borrowing, and earning interest on 17 cryptocurrencies. It uses smart contracts, collateral for loans, and aTokens for interest, along with features like instant loans. 

 combine markets to enhance capital efficiency and simplify yield generation for DeFi users. By providing liquidity with $USDC and $USDT, users earn fees from swaps and interest from Aave's supply rates. All earnings accrue automatically with no management required. Balancer v3's Boosted Pools streamline liquidity and enable gas-efficient, passive yield generation, making DeFi simpler and more sustainable.

Check Out the Latest Prices, Charts, and Data of 

, the Smart Agent Hub, integrating Solana and Injective ecosystems. The platform enables developers to create, manage, and monetize AI agents in a decentralized environment, with features like tokenization, cross-chain asset interoperability, and a unified developer experience. By leveraging Sonic's HyperGrid and Injective's IBC, the hub facilitates seamless communication and asset transfer across chains. This innovation supports Web3 games, DeFi, and real-world assets, expanding opportunities for AI agents in various sectors. The rollout begins with a testnet in Q1 2025.

From December 16–20, 2024, GBTC had a net outflow of $248.3M, while non-GBTC products saw a net inflow of $705.5M, resulting in a total inflow of $457.2M. The current total stands at a net outflow of $21.3B for GBTC, a net inflow of $57.3B for non-GBTC, and a combined net inflow of $36.03B.

 offers free participation with potential surprise airdrops. Connect your wallet, vote for projects, and use your CHILL FACTOR (based on past Avalanche transactions) to maximize eligibility.

Beginner

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Sonic and Injective Launch First Cross-Chain AI Agent Platform with Smart Agent Hub

Zerebro (ZEREBRO) revolutionizes AI content creation with Solana and Polygon, offering autonomous content generation, NFT minting, and DeFi integration.

 (AI) continues to unlock limitless opportunities in numerous sectors, including the crypto space. Projects such as 

 and others have had a large impact on various facets in 

AI-generated content is in demand, and the latest crypto project to enter the space, Zerebro, aims to provide a way to create and generate content autonomously through AI content models.

Let’s learn more about Zerebro and its innovative approach to content creation through AI.

Zerebro is an autonomous AI system crafted to create, distribute and analyze content across decentralized and social platforms.

 It maintains content diversity through the use of

 (RAG) system that creates a dynamic memory database, based on continuously updated human interactions.

Zerebro operates independently without human oversight using a concept known as hyperstition to merge fiction with reality, resulting in self-propagated narratives encompassing diverse cultural and financial scopes, with key uses of content creation and cultural integration across the digital community. Zerebro autonomously produces high-entropy content, ensuring diversity and originality, and engages audiences on various platforms, such as X (formerly Twitter), Instagram, Warpcast and Telegram.

Zerebro also integrates unique cultural themes through a feature known as “infinite backrooms” designed to elicit thought-provoking conversations among digital communities. Its data sets follow a nonlinear thought pattern, resulting in unpredictable and inherently viral outputs. This unique feature can be used to generate chaotic and surreal artworks that can be autonomously minted as 

 (POL) blockchain. Zerebro also features autonomous trading of artwork through the integration of memetic dynamics and market interaction analysis, thereby demonstrating the potential of AI to merge cultural creativity with 

ZEREBRO, the native token for the Zerebro ecosystem, is hosted on the 

 (SOL) blockchain. The maximum supply is 1 billion ZEREBRO tokens, with 999,972,148 tokens currently in circulation.

An autonomous AI system such as Zerebro has transformative potential in the crypto industry, especially in cultural content generation and financial markets. Its “hyperstition” approach to generating content can help influence markets by shaping investor behavior through an interplay between culture and technology.

Furthermore, the project intends to launch a unified memory across social media platforms that could significantly enhance information retention, leading to further engagement. The Zerebro team also intends to integrate the ZEREBRO token with DeFi protocols, opening holders to various income-generating opportunities, such as 

Zerebro has experienced some volatility since its launch, which isn’t unusual for a new project trying to establish a stable price floor. As of Dec 23, 2024, Zerebro is trading at $0.30, with a market cap of over $377 million. This price was over 6,350% higher than its all-time low of $0.0058 on Nov 3, 2024, and just 39% lower than its all-time high of $0.6153 on Nov 23, 2024.

That said, Zerebro is still a new project that’s subject to high volatility. We highly recommend you practice sound 

 crypto on Bybit’s Spot trading platform. To celebrate the listing, Bybit is holding a 

 up for grabs. The first event is exclusively for new users to deposit and earn from a prize pool of 150,000 ZEREBRO tokens.

To participate, simply register on Bybit and complete verification. Then, proceed to accumulate a deposit volume of at least 400 ZEREBRO, or deposit 100 USDT and trade 100 USDT worth of ZEREBRO via your first trade using your Bybit account. This event runs through Dec 24, 2024, 8:59AM UTC.

, is offering a prize pool of 60,000 ZEREBRO tokens. To earn a share of the prize pool, simply register for the event and trade at least 500 USDT worth of ZEREBRO on Spot through Dec 24, 2024, 8:59AM UTC. 

Rewards will be capped at 3,000 ZEREBRO per user.

In addition to these two events, you can also participate in a 

 with a 30,000 ZEREBRO prize pool. Earn 20 ZEREBRO for every successful referral (up to 10 referrals) Rewards are on a first-come, first-served basis through Dec 24, 2024, 8:59AM UTC. 

Zerebro’s unique autonomous AI system approach to the crypto market sets it apart in the space. Crypto subcultures will be able to tap into its ability to independently generate and analyze content across different networks. Its RAG technology could enhance content diversity among the crypto community, while its “infinite backrooms” are spaces in which these digital communities can engage in diverse cultural and financial narratives.

As AI continues to transform the web3 space, Zerebro is poised to add value through its autonomous system that eliminates human oversight.

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Zerebro (ZEREBRO): Unlimited Possibilities in AI Content Creation

Gearbox Protocol is a composable leveraged lending protocol designed to enhance capital efficiency within DeFi. Learn how Gearbox Protocol works.

 (DeFi) with its composable leverage system. It enables investors to use 

 on assets across multiple protocols, transforming how DeFi participants can trade with margin, 

 and execute complex strategies — all without leaving their ecosystem.

 is making leverage accessible and secure. Whether you’re a lender seeking passive yield or a leverage user exploring advanced strategies, Gearbox’s unique architecture opens up new possibilities. Let’s explore how this on-chain credit layer is improving DeFi.

Since the emergence of DeFi in 2020, it hasstrived to reimagine financial services by removing intermediaries, such as banks and brokers. Through

 systems, DeFi offers transparent and direct access to lending, trading and investments. Despite market fluctuations, the DeFi sector remains resilient, with a current 

 (TVL) of $123 billion — a 128% increase since the start of 2024.

The DeFi sector is poised for resurgence as secure and scalable innovations fuel its growth. With proven use cases and real-world adoption, DeFi continues to solidify its role as one of crypto’s most valuable use cases.

 (WLFI), backed by the Trump family, underscores a shifting acceptance of DeFi in the United States. The project’s multisig wallet has publicly 

 various DeFi tokens, such as AAVE, LINK, ENA and more. WLFI aims to make DeFi accessible to everyday users, but it remains to be seen if the project will achieve its goals.

Gearbox Protocol is a composable leveraged lending protocol designed to enhance capital efficiency within DeFi. By offering a flexible credit layer, Gearbox empowers users to leverage their positions across multiple DeFi platforms, seamlessly integrating with protocols they already trust.

Gearbox’s fundamental design minimizes costs while maintaining flexibility. Its modular architecture reduces gas costs and improves scalability..

Unlike traditional leveraged lending protocols that silo funds within their ecosystems, Gearbox allows users to execute trades and strategies across integrated platforms, such as 

 correlated assets, Gearbox offers a new way to utilize leverage without restrictions.

With Gearbox Protocol, leverage becomes a DeFi primitive — an infrastructure layer that lets users go beyond basic 

 containing both user funds and borrowed margin funds. They serve as automated leveraged DeFi wallets, allowing users to manage positions and execute strategies independently.

: Gearbox enables users to integrate leverage with DeFi protocols like Uniswap for margin trading, Curve for leverage farming, and more. This flexibility empowers diverse strategies across different platforms.

: Gearbox combines lending and prime brokerage functionalities within the same protocol, simplifying the user experience and expanding possibilities for leveraged trading and farming.

, Gearbox maximizes capital efficiency. It minimizes gas costs and ensures that funds remain noncustodial, unlocking the full potential of leverage without compromising user security.

, ensuring that all integrations, policies and upgrades are managed transparently and collectively by the community and stakeholders.

Gearbox Protocol operates through two main user types:

The Credit Accounts enable operations while maintaining safety through 

Gearbox’s modular architecture supports seamless integrations with third-party protocols, ensuring assets remain decentralized and noncustodial. Liquidations are determined by 

 (based on calculated risks), and protect lenders while offering dynamic leverage possibilities.

 utility token with a capped supply of 10 billion, is the governance token of Gearbox Protocol. It empowers DAO governance and supports initiatives, such as liquidity mining and staking rewards, with an annual emission of just 3% from the DAO's holdings. 

Token distribution percentages are as follows:

Nearly full circulation has been achieved, minimizing supply overhang as a majority of token 

 concluded in 2023. The DAO treasury retains around 40% of the supply, ensuring the community’s strong influence on protocol development.

Marketwise, GEAR has recently experienced notable price movements. Over the past seven days, the token has surged by 11.9%, and its 30-day performance skyrocketed by 166.3%. Year-to-date, GEAR's price has risen approximately 57.7%, reflecting increased investor confidence. Daily trading volume hit $11.8 million over the past 24 hours, marking a 600.3% spike that indicates growing market interest. 

Gearbox Protocol's innovative approach to DeFi simplifies user experience through its wallet-centric design and the integration of the 

. With a capped supply of 10 billion GEAR tokens, robust DAO governance and nearly full circulation, Gearbox prioritizes community-driven growth. 

Recent market performance reflects growing investor confidence, with significant price increases and a surge in trading activity.

Looking ahead, Gearbox Protocol’s road map focuses on enhancing usability and interoperability within the Ethereum ecosystem. The integration of Credit Accounts into account abstraction (AA) wallets such as EIP-4337 revolutionizes the way users can access and manage funds, eliminating the need for complex lending interfaces.

Future developments may include pool-based models and optimizers to tackle liquidity fragmentation, further strengthening 

 Ethereum solutions. As Gearbox Protocol evolves, its focus remains on delivering efficient, user-friendly financial tools that empower users and redefine DeFi as we know it.

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Gearbox: Powering On-Chain Credit for DeFi

Bybit Learn

Blockchain

Did you know that blockchains are susceptible to Sybil attacks? Find out what happens when it occurs and how blockchains can prevent them in this article.

 is certainly one of the most exciting new innovations in the financial world. However, this new technology comes with some potential hazards. If you want to avoid major issues, you need to be aware of problems like Sybil attacks. What is a Sybil attack? This guide will help you understand what it is, and to learn how a blockchain network is made more Sybil-resistant.

A Sybil attack is a type of malicious assault that targets peer-to-peer (P2P) networks. It involves a single entity operating multiple identities at the same time to get undue influence over the network's actions.

 by Brian Zill, at that time a researcher at Microsoft. He named the attack after Sybil Dorsett (neé Shirley Ardell Mason), a renowned psychological patient known for having dissociative identity disorder. Reminiscent of Dorsett's case, a Sybil attack involves multiple identities all being controlled by a single node in a network. Though the identities appear to be completely distinct nodes, the reality is that they all correspond to the same local entity.

This type of attack was initially used to gain excessive control over P2P systems. However, with the advent of blockchain, Sybil attacks became a lot more prevalent. 

To better understand what a Sybil attack is, it’s helpful to take a closer look at how these attacks work. Sybil attacks are usually classified into two main categories.

A direct attack is the most straightforward. It starts with one or more nodes that spoof other nodes within the network. These nodes, which are called Sybil nodes, mimic the identity of an authentic node in the network. 

In a direct attack, other real nodes end up communicating directly with the Sybil nodes. The authentic nodes don’t realize the Sybil node is a fake, so they communicate with it directly and accept influence from the Sybil nodes.

An indirect attack involves both normal nodes and Sybil nodes. However, the normal nodes and the fake nodes don’t directly interact with each other; instead, a Sybil node maliciously influences a middle node in the network. This node then becomes a malicious node that communicates with other nodes on behalf of the Sybil node. An indirect attack allows the Sybil node to affect the network without being easily identifiable.

Why should you be concerned about a Sybil attack? A few false identities might seem relatively harmless, but as more develop, they can greatly harm a network. Here are some common examples of how a Sybil attack causes problems.

Sybil Attacks Can Block Users From a Network

The main concern with a Sybil attack is that it can create enough fake identities to completely overwhelm all the honest network nodes. 

Once the Sybil nodes have control of the network, they can

. The Sybil nodes can refuse to either transmit or receive blocks in a network. This ends up essentially blocking other users from being able to access the network. 

These attacks can temporarily cause a drop in crypto values, so they can be very problematic. In fact, Ethereum's founder has stated that he plans to entirely change the crypto's algorithm simply due to the problems caused by recent Sybil attacks.

Sybil Attacks Can Disrupt the Network with a 51% Attack

Nodes are responsible for handling the flow of information within a network, so any compromised node is a privacy risk. A Sybil node can be used to retrieve information about other nodes within the network. At the very least, a Sybil attack can do things like obtaining users' IP addresses to create more fake nodes. 

Are All Blockchains Susceptible to a Sybil Attack?

As you can see, a Sybil attack can cause all sorts of problems. Just about any P2P system can be harmed by a Sybil attack. Since a blockchain is a type of decentralized P2P network, a Sybil attack can affect it. 

However, this doesn't necessarily mean that all blockchains are at risk of a Sybil attack. There are plenty of ways to protect against these attacks, so only certain types of blockchain need to worry about a Sybil attack.

There have also been instances of a Sybil attack being used to compromise blockchain privacy. Some types of crypto, like 

, are focused on providing a private, secure method for completing transactions. In 2020, an unidentified assailant used a Sybil attack to disrupt the network and link transactions to IP addresses. Though Monero was mostly able to halt the attack, some private user information was still leaked.

While there have been many examples of a Sybil attack on smaller blockchains, it’s worth noting that big blockchains are less susceptible. For example, no attacker has managed to successfully complete a 51% attack on Bitcoin. Since the blockchain is so large, the costs of adding so many fake nodes would outweigh most benefits of an attack. Furthermore, since new blocks are added at such a rapid rate in Bitcoin, an attacker has only a very small window to make alterations.

Whether a blockchain is big or small, there are still plenty of ways to prevent a Sybil attack. Though a successful Sybil attack can definitely be intimidating, it's actually fairly easy to avoid. As long as companies put a few security measures in place, they can usually halt these assaults before they happen. Here are a few of the most common ways of dealing with these attacks.

Many methods for blocking an attack don’t actually make it completely impossible for someone to create Sybil nodes. Instead, they work by making it inefficient to use a Sybil attack. The whole point of the attack is often to manipulate a blockchain for financial gain. If it’s very costly to create each new identity, the cost of performing a 51% attack can outweigh any potential gain.

This is one of the big reasons that blockchains like Bitcoin are rarely targeted for a Sybil attack. Users can only create a block when they can provide proof they've actually mined a coin. This requires so much processing power that miners don’t have much of a financial incentive to create a fake block.

Since this type of attack is usually carried out by a flood of new identities, one option for reducing attacks is to create a reputation system in which different members have different power levels. Typically, those who have been in the system for a longer period of time have the ability to perform more interactions.

This sort of system can be a little more complicated to implement. It often puts a lot of responsibility in the hands of individual users. However, it can be fairly effective. Since older members who are proven to be honest nodes have more power, they can often override newer Sybil nodes. Furthermore, it discourages attacks — because most attackers will move on to an easier target, instead of taking the time to make accounts and wait for them to gain enough power to perform actions.

In cases where privacy is a concern, simply discouraging an attack is not enough. Instead, prevention methods will typically rely on actually validating each new identity. 

There are multiple techniques involved with identity validation. Some blockchains use direct validation, where a central authority validates each new identity. Others use indirect validation, where already-accepted identities vouch for new identities.

Each style has its own benefits. Direct validation often relies on requiring new users to submit information such as a telephone number, IP address or even a credit card. This can be simple and fairly reliable, but it's susceptible to attack techniques like IP address spoofing. 

Meanwhile, indirect validation can be a little more resistant to identity proxies, but it's more time-consuming. Something to keep in mind with any of these methods is that they often effectively require users to sacrifice anonymity for security.

A social trust graph works by carefully analyzing connectivity data among nodes. These tools closely consider activity within the blockchain, so abnormal nodes can be identified and halted. 

There are several different techniques used with social trust graphs. Some use sparsity-based metrics, while other mechanisms analyze user attributes within a topological structure. The graphs then try to partition the portion of the network with Sybil nodes and keep them from altering honest nodes. There are many tools used to perform these actions, such as SybilRank, SybilLimit, and SybilGuard.

Social trust graph techniques do work well at limiting the fallout from an attack. However, they don’t completely prevent attacks from occurring. Instead, these techniques are meant to quickly identify and halt a specific Sybil attacker. They’re an effective way to prevent major issues while keeping a blockchain relatively anonymous and affordable for real users. 

It’s good to keep in mind that these tools work best on more complex P2P networks. If the attackers can engineer Sybil nodes that behave like normal nodes, it’s harder for social trust graphs to catch them.

This Sybil prevention technique attempts to ensure that only a single identity is able to control each node. It relies on the strict validation of each created identity. Users aren’t required to provide things like their name or a credit card number. Instead, they have to pass a test that ensures that they’re a real human, and aren’t in control of other nodes. 

There are many ways to do this, such as passing a CAPTCHA test or chatting with another user. A popular option is a pseudonym party, which requires users to go online at a designated time and website.

Personhood validation is a highly effective way of verifying identities without requiring users to share their real-world identities. It’s a useful way for privacy-focused blockchains to ensure that all users are controlled by individual people. 

Personhood validation is particularly useful for permissionless blockchain networks, but keep in mind that implementation can take some time. It takes time to thoughtfully design a validation method that’s effective without being so strict that it frustrates real users. Furthermore, since it mostly weeds out bots, it might not catch a real person using a small-scale Sybil attack.

An effective Sybil assault often relies on adding an extremely large number of nodes to the network. Therefore, an effective barrier can be to make each new action quite costly. This can extend far beyond just making new users pay an application fee. Some blockchain networks require users to invest in resources, or show proof of work for mining.

Adding economic costs to your blockchain has both pros and cons. As examples of past attacks have shown, making it too pricey to attack a network is an effective way to make a network Sybil-resistant. 

However, this strategy can be a little risky. At a certain point, costs can get so high that they discourage legitimate users. If you become the target of an entity with a lot of funds, they may be able to simply throw money at the problem until they’ve successfully attacked your network.

Ultimately, a Sybil attack is one of the leading threats in modern blockchain technology. These online assaults can damage crypto values, steal funds and affect user privacy. Most prevention strategies simply rely on making the cost of an attack too pricey, but these methods don't guarantee security. To truly avoid the negative results of a Sybil assault, blockchain networks need to design their systems carefully and implement extra forms of user verification security.

Sybil Attack: What It Is & the Threats It Poses to Blockchains

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