What is Network3? All You Need to Know About N3
Network3 (N3) is a Web3 social platform integrating AI, blockchain, and tokenized incentives to enhance digital interactions and user ownership.
Decentralized communication remains a challenge in the Web3 insustry, impacting data security, transaction reliability, and user experience. While blockchain-based platforms enable smart contracts and dApps, they often lack efficient secure and anonymous data transmission mechanisms. Addressing this issue requires a scalable, decentralized solution that enhances network security and integrity without compromising efficiency. By integrating advanced cryptographic algorithms, decentralized verification mechanisms, and privacy-enhancing technologies, a new approach can improve mainnet performance and anonymity. Network3 introduces these innovations, offering a Layer 2 protocol designed to enhance security, scalability, and decentralized intelligence in blockchain ecosystems.
What is Network3 (N3)?
Rock Zhang, a serial entrepreneur with extensive experience in internet security, AI infrastructure, and decentralized technologies, founded Network3. Before launching Network3, Zhang played key roles in companies such as Boostinsider, iHealth Labs, and Qihoo 360. His vision for Network3 was driven by the need for scalable, privacy-first AI solutions that could operate independently of traditional cloud providers, which often face high costs, latency issues, and privacy concerns.
The concept behind Network3 was to create a dedicated Layer 2 for AI, enabling efficient AI model training, optimization, and validation through federated learning, edge computing, and confidential computing. The platform connects devices globally, forming a decentralized system that minimizes reliance on centralized cloud infrastructure. This approach enhances scalability, efficiency, and security for AI developers.
In its early development, Network3 secured $5.5 million in seed funding, supporting its mission to reshape AI infrastructure using blockchain technology. The project quickly gained traction within the Web3 and AI communities, attracting strategic partnerships with major industry players.
Network3 has partnered with Hemera, a high-performance blockchain indexing solution for AI, Morph, an Ethereum Layer 2 scaling platform, Mask, which bridges Web2 and Web3 through secure messaging tools, and DIN, a decentralized storage network focused on privacy and scalability. These are just a few key partnerships helping establish Network3 as a leading decentralized AI infrastructure provider.
How Does Network3 Work? Trust & Computing
Trust is fundamental to ensuring secure, reliable, and verifiable data exchange in a decentralized ecosystem. Traditional blockchain networks rely on consensus mechanisms to validate transactions, but Network3 enhances this concept by integrating cryptographic authentication, decentralized verification, and anonymity protocols. These innovations strengthen trust by minimizing reliance on intermediaries and central authorities, ensuring data integrity and user security are maintained across the network.
At the core of Network3’s trust model is Certificateless Signcryption (CLSC), a cryptographic algorithm that simultaneously encrypts and signs data without requiring a certificate authority (CA). This approach provides authentication, confidentiality, and integrity, ensuring that transactions and communications within the ecosystem remain tamper-proof and verifiable. Unlike traditional encryption methods that rely on public key infrastructure (PKI), CLSC enables efficient anonymous authentication by generating a one-time anonymized public key for each transaction. This mechanism prevents attackers from linking public keys to real identities, enhancing privacy and security.
Source: Network3 Litepaper
Network3 also incorporates a Decentralized Rating-Based Data Correctness Verification Mechanism to combat misinformation and fraudulent activity. Since blockchain transactions and data exchanges depend on stakeholder verification, malicious actors may attempt to manipulate or transmit deceptive data. Network3’s verification framework relies on collective ratings from network participants, assigning reputation scores to data sources based on their historical reliability. Through a multi-phase process that includes rating submissions, key reconstruction, and incentive/punishment mechanisms, this system ensures that only high-integrity data is accepted, thereby reducing the risks associated with fake or manipulated transactions.
Another key component of Network3’s trust architecture is anonymous communication protocols. While blockchain ensures data immutability, it does not inherently protect user identity and communication metadata. Existing protocols, such as HTTP and TCP/IP, expose sender and receiver details, allowing attackers to trace communication patterns and infer sensitive information. To address this, Network3 implements an enhanced version of the Tor system, which anonymizes transactions by routing them through multiple relays before reaching the intended recipient. In this system, data packets are encrypted and distributed across a multicast group, making it nearly impossible for external observers to determine the source or destination of a transaction. This ensures end-to-end privacy and resistance to surveillance attacks.
To maintain network integrity and user trust, Network3 also prevents common attacks such as replay attacks, man-in-the-middle attacks, and forgery attempts. Through advanced cryptographic techniques and multi-layer authentication mechanisms, Network3 ensures that every transaction is cryptographically verified, mitigating the risk of fraudulent activities.
Computing
Computing power is critical in blockchain scalability, efficiency, and decentralized AI applications. Traditional blockchains rely on network-wide consensus mechanisms, often resulting in high computational costs and latency. Network3 enhances computational efficiency by leveraging edge computing, outsourced computation, and federated learning frameworks, ensuring high-performance processing without centralization bottlenecks.
One of Network3’s key innovations is its Edge Computing-Driven Outsourced Computation model, which addresses resource limitations on mobile and IoT devices. Many blockchain operations, such as signcryption and key encryption, require substantial processing power, making it challenging for low-resource devices to participate effectively. To solve this, Network3 offloads computational tasks to edge servers, which handle intensive operations on behalf of lightweight terminal devices. This approach significantly reduces latency, optimizes resource utilization, and enhances processing efficiency across the network.
Security remains a top priority in outsourced computation. Network3 ensures that edge servers operate under strict security protocols, maintaining data confidentiality and integrity while preventing unauthorized access. Network3 creates a scalable and resilient computing architecture by distributing computational workloads across multiple nodes, reducing reliance on centralized cloud infrastructures.
Source: Network3 Litepaper
Another major innovation is Network3’s Decentralized Federated Learning (FL) Framework, which enables privacy-preserving AI model training. Traditional machine learning models often require centralized data collection, raising concerns over data privacy and security. Federated learning eliminates this issue by allowing data to remain on local devices while only transmitting model updates to a decentralized network. Network3 enhances this framework by integrating Layer 2 blockchain technology, ensuring secure, tamper-proof AI training without exposing sensitive data.
Within this framework, task publishers release AI training tasks on the blockchain, allowing participants to train local models using their own datasets. The trained models are then evaluated, aggregated, and validated through a decentralized verification mechanism, ensuring high-quality AI models without compromising user privacy. This approach mitigates security risks commonly associated with centralized AI models while fostering a more open, collaborative AI ecosystem.
To further optimize computational performance, Network3 incorporates Zero-Knowledge Machine Learning (ZKML), an advanced cryptographic technique that allows off-chain AI computations to be securely verified on-chain. By leveraging zero-knowledge proofs, Network3 ensures that complex computations can be executed efficiently, reducing blockchain congestion while maintaining security and trust.
Additionally, model compression and pruning techniques are implemented to minimize communication overheads in federated learning, allowing AI models to be trained faster and more efficiently. These techniques reduce the size of model updates, optimizing bandwidth usage and computational efficiency across decentralized networks.
Network3 Use Cases
Network3 provides solutions that improve blockchain scalability, anonymity, and efficiency. These capabilities enable various applications across blockchain networks, AI development, and decentralized computing.
- Secure and Anonymous Data Transmission: Network3 ensures encrypted, anonymous communication for blockchain transactions, messaging, and sensitive data exchanges. By integrating certificateless signcryption (CLSC) and an optimized Tor-based system, it protects user identities while preventing IP tracking and metadata leaks. This makes it suitable for privacy-focused applications, including decentralized voting, financial transactions, and confidential messaging services.
- Decentralized AI Model Training: Network3 leverages federated learning and Layer 2 blockchain integration to allow AI developers to train machine learning models without centralizing data. This ensures privacy-preserving AI training, reducing security risks while optimizing computational efficiency. It is ideal for industries like healthcare, finance, and IoT, where sensitive data must remain confidential while contributing to global AI advancements.
- Edge Computing and Outsourced Computation: Network3 enhances computing efficiency by distributing workloads across edge servers, reducing latency and reliance on centralized cloud providers. This enables faster blockchain validation, scalable AI computations, and decentralized machine learning. Its architecture supports resource-limited devices, making it beneficial for IoT networks, mobile-based decentralized applications, and large-scale blockchain ecosystems.
Network3 Main Features
Decentralized Data Transmission & Security
One of Network3’s core innovations is its anonymous and secure data transmission protocol, which protects user privacy and enhances blockchain communication efficiency. The platform leverages certificateless signcryption (CLSC) to ensure data confidentiality, authenticity, and integrity without relying on centralized certificate authorities. Additionally, Network3 introduces an IP anti-tracking measure that prevents metadata leaks and blocks unauthorized surveillance. The decentralized data correctness verification mechanism enhances network trust by validating transmitted data through a community-driven rating system. By eliminating vulnerabilities in traditional communication protocols, Network3 ensures highly secure and anonymous transactions, making it suitable for finance, confidential messaging, and identity protection in decentralized environments.
IP Pool & Web Scraping Solutions
Network3 offers a global IP address pool, enabling secure, scalable data collection and online automation. Users can access fresh data from any website using AI-driven smart scraping tools and a distributed proxy network spanning over 190 locations. This IP masking service ensures anonymity and efficiency in data retrieval, making it ideal for marketing, finance, social media analysis, real estate, and AI training datasets. Network3’s automated unblocking solutions allow businesses to scrape structured data from 100+ websites, including search engine results (SERP API) and travel or e-commerce platforms. Network3’s IP Pool services empower data-driven decision-making and market analysis by providing business-ready datasets.
Source: network3.ai
Host & Rent GPUs
Network3’s GPU hosting and rental platform provides cost-effective access to enterprise-grade computing power. Users can rent top-tier GPUs for AI model training, blockchain computations, and decentralized applications without investing in expensive hardware. At the same time, GPU owners can host their idle GPU resources to earn passive income by contributing to Network3’s computing network. This decentralized GPU marketplace ensures efficient allocation of computing resources, helping developers and businesses optimize AI workloads, enhance blockchain processing, and power high-performance applications. By decentralizing GPU access, Network3 reduces the dependency on centralized cloud computing providers, making high-performance computing more accessible and affordable.
Source: network3.ai
Nodes & Bandwidth Utilization
Running a Network3 node allows users to sell unused bandwidth, contributing to a decentralized internet infrastructure while earning cryptocurrency. Unlike traditional internet service models, where unused data goes to waste, Network3 enables monetization of spare bandwidth with minimal technical setup. Nodes also provide remote connectivity, allowing users to access home networks from anywhere securely. Additionally, early adopters can participate in shaping the next-generation internet, contributing to a distributed, censorship-resistant web. By incentivizing node participation, Network3 strengthens its decentralized ecosystem, ensuring scalability, accessibility, and a more resilient Web3 infrastructure.
Source: network3.ai
What is the N3 Coin?
N3 powers Network3, enabling secure data transmission, decentralized AI, and blockchain-based computing solutions. Its maximum supply is capped at 1 billion units, of which 720.2 million (72.02%) are already in circulation (February 2025).
By integrating a decentralized arithmetic marketplace, Network3 enables participants to contribute computational resources, share bandwidth, and engage in AI model training, earning $N3 in return. This tokenized incentive structure ensures efficient resource utilization while democratizing access to high-performance computing.
$N3 holders can stake their tokens to earn rewards, with 75% of the network’s gas fees allocated to staking incentives. Additionally, users who lock their tokens receive $veN3, which enhances governance influence and increases staking rewards. Governance participation allows token holders to vote on protocol updates, reward policies, and ecosystem decisions, ensuring a transparent and decentralized governance structure.
Network3 also implements bandwidth and arithmetic mining, allowing participants to contribute idle bandwidth and computing power to earn rewards. This mechanism lowers costs for AI developers while providing economic incentives for network participants.
The total supply of $N3 is distributed as follows: 50% for community rewards, 10% for the ecosystem, 10% for the team, 10% for the seed round, 5% for the private round, 5% for airdrops, 4% for the pre-seed round, 3% for liquidity, 2% for advisors, and 1% for KOL allocations.
Source: Network3 Economic Model Litepaper
Is N3 a Good Investment?
N3 offers decentralized AI computing and bandwidth sharing, addressing high costs and centralization in machine learning infrastructure. Its staking model, governance system, and token incentives create strong community engagement. However, success depends on adoption and real-world demand for its decentralized AI solutions. Challenges include scalability, competition from established cloud providers, and regulatory uncertainties surrounding AI and blockchain integration. While N3 has potential in decentralized computing, its long-term viability will depend on network growth and sustained user participation.
How to Own N3?
To own N3, you can use the services of a centralized crypto exchange. Start by creating a Gate.io account and get it verified and funded. Then, you are ready to go through the steps to buy N3.
News on Network3
On 27 January 2025, via its official X channel, Network3 announced the launch of a $10M Mining Fund in partnership with the DePIN Supernode Alliance. This initiative aims to support projects and teams within the Network3 mining ecosystem, focusing on technology R&D, application implementation, and community growth. The fund will drive innovation in decentralized Edge AI, enhance energy efficiency and security, and accelerate product deployment. Network3 aims to expand its mining network and strengthen long-term adoption.
Take Action on N3
Check out N3 price today, and start trading your favorite currency pairs.
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What Is Ethereum 2.0? Understanding The Merge
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What is Network3? All You Need to Know About N3
What is Network3 (N3)?
How Does Network3 Work? Trust & Computing
Network3 Use Cases
Network3 Main Features
What is the N3 Coin?
Is N3 a Good Investment?
How to Own N3?
News on Network3
Take Action on N3
Network3 (N3) is a Web3 social platform integrating AI, blockchain, and tokenized incentives to enhance digital interactions and user ownership.
Decentralized communication remains a challenge in the Web3 insustry, impacting data security, transaction reliability, and user experience. While blockchain-based platforms enable smart contracts and dApps, they often lack efficient secure and anonymous data transmission mechanisms. Addressing this issue requires a scalable, decentralized solution that enhances network security and integrity without compromising efficiency. By integrating advanced cryptographic algorithms, decentralized verification mechanisms, and privacy-enhancing technologies, a new approach can improve mainnet performance and anonymity. Network3 introduces these innovations, offering a Layer 2 protocol designed to enhance security, scalability, and decentralized intelligence in blockchain ecosystems.
What is Network3 (N3)?
Rock Zhang, a serial entrepreneur with extensive experience in internet security, AI infrastructure, and decentralized technologies, founded Network3. Before launching Network3, Zhang played key roles in companies such as Boostinsider, iHealth Labs, and Qihoo 360. His vision for Network3 was driven by the need for scalable, privacy-first AI solutions that could operate independently of traditional cloud providers, which often face high costs, latency issues, and privacy concerns.
The concept behind Network3 was to create a dedicated Layer 2 for AI, enabling efficient AI model training, optimization, and validation through federated learning, edge computing, and confidential computing. The platform connects devices globally, forming a decentralized system that minimizes reliance on centralized cloud infrastructure. This approach enhances scalability, efficiency, and security for AI developers.
In its early development, Network3 secured $5.5 million in seed funding, supporting its mission to reshape AI infrastructure using blockchain technology. The project quickly gained traction within the Web3 and AI communities, attracting strategic partnerships with major industry players.
Network3 has partnered with Hemera, a high-performance blockchain indexing solution for AI, Morph, an Ethereum Layer 2 scaling platform, Mask, which bridges Web2 and Web3 through secure messaging tools, and DIN, a decentralized storage network focused on privacy and scalability. These are just a few key partnerships helping establish Network3 as a leading decentralized AI infrastructure provider.
How Does Network3 Work? Trust & Computing
Trust is fundamental to ensuring secure, reliable, and verifiable data exchange in a decentralized ecosystem. Traditional blockchain networks rely on consensus mechanisms to validate transactions, but Network3 enhances this concept by integrating cryptographic authentication, decentralized verification, and anonymity protocols. These innovations strengthen trust by minimizing reliance on intermediaries and central authorities, ensuring data integrity and user security are maintained across the network.
At the core of Network3’s trust model is Certificateless Signcryption (CLSC), a cryptographic algorithm that simultaneously encrypts and signs data without requiring a certificate authority (CA). This approach provides authentication, confidentiality, and integrity, ensuring that transactions and communications within the ecosystem remain tamper-proof and verifiable. Unlike traditional encryption methods that rely on public key infrastructure (PKI), CLSC enables efficient anonymous authentication by generating a one-time anonymized public key for each transaction. This mechanism prevents attackers from linking public keys to real identities, enhancing privacy and security.
Source: Network3 Litepaper
Network3 also incorporates a Decentralized Rating-Based Data Correctness Verification Mechanism to combat misinformation and fraudulent activity. Since blockchain transactions and data exchanges depend on stakeholder verification, malicious actors may attempt to manipulate or transmit deceptive data. Network3’s verification framework relies on collective ratings from network participants, assigning reputation scores to data sources based on their historical reliability. Through a multi-phase process that includes rating submissions, key reconstruction, and incentive/punishment mechanisms, this system ensures that only high-integrity data is accepted, thereby reducing the risks associated with fake or manipulated transactions.
Another key component of Network3’s trust architecture is anonymous communication protocols. While blockchain ensures data immutability, it does not inherently protect user identity and communication metadata. Existing protocols, such as HTTP and TCP/IP, expose sender and receiver details, allowing attackers to trace communication patterns and infer sensitive information. To address this, Network3 implements an enhanced version of the Tor system, which anonymizes transactions by routing them through multiple relays before reaching the intended recipient. In this system, data packets are encrypted and distributed across a multicast group, making it nearly impossible for external observers to determine the source or destination of a transaction. This ensures end-to-end privacy and resistance to surveillance attacks.
To maintain network integrity and user trust, Network3 also prevents common attacks such as replay attacks, man-in-the-middle attacks, and forgery attempts. Through advanced cryptographic techniques and multi-layer authentication mechanisms, Network3 ensures that every transaction is cryptographically verified, mitigating the risk of fraudulent activities.
Computing
Computing power is critical in blockchain scalability, efficiency, and decentralized AI applications. Traditional blockchains rely on network-wide consensus mechanisms, often resulting in high computational costs and latency. Network3 enhances computational efficiency by leveraging edge computing, outsourced computation, and federated learning frameworks, ensuring high-performance processing without centralization bottlenecks.
One of Network3’s key innovations is its Edge Computing-Driven Outsourced Computation model, which addresses resource limitations on mobile and IoT devices. Many blockchain operations, such as signcryption and key encryption, require substantial processing power, making it challenging for low-resource devices to participate effectively. To solve this, Network3 offloads computational tasks to edge servers, which handle intensive operations on behalf of lightweight terminal devices. This approach significantly reduces latency, optimizes resource utilization, and enhances processing efficiency across the network.
Security remains a top priority in outsourced computation. Network3 ensures that edge servers operate under strict security protocols, maintaining data confidentiality and integrity while preventing unauthorized access. Network3 creates a scalable and resilient computing architecture by distributing computational workloads across multiple nodes, reducing reliance on centralized cloud infrastructures.
Source: Network3 Litepaper
Another major innovation is Network3’s Decentralized Federated Learning (FL) Framework, which enables privacy-preserving AI model training. Traditional machine learning models often require centralized data collection, raising concerns over data privacy and security. Federated learning eliminates this issue by allowing data to remain on local devices while only transmitting model updates to a decentralized network. Network3 enhances this framework by integrating Layer 2 blockchain technology, ensuring secure, tamper-proof AI training without exposing sensitive data.
Within this framework, task publishers release AI training tasks on the blockchain, allowing participants to train local models using their own datasets. The trained models are then evaluated, aggregated, and validated through a decentralized verification mechanism, ensuring high-quality AI models without compromising user privacy. This approach mitigates security risks commonly associated with centralized AI models while fostering a more open, collaborative AI ecosystem.
To further optimize computational performance, Network3 incorporates Zero-Knowledge Machine Learning (ZKML), an advanced cryptographic technique that allows off-chain AI computations to be securely verified on-chain. By leveraging zero-knowledge proofs, Network3 ensures that complex computations can be executed efficiently, reducing blockchain congestion while maintaining security and trust.
Additionally, model compression and pruning techniques are implemented to minimize communication overheads in federated learning, allowing AI models to be trained faster and more efficiently. These techniques reduce the size of model updates, optimizing bandwidth usage and computational efficiency across decentralized networks.
Network3 Use Cases
Network3 provides solutions that improve blockchain scalability, anonymity, and efficiency. These capabilities enable various applications across blockchain networks, AI development, and decentralized computing.
- Secure and Anonymous Data Transmission: Network3 ensures encrypted, anonymous communication for blockchain transactions, messaging, and sensitive data exchanges. By integrating certificateless signcryption (CLSC) and an optimized Tor-based system, it protects user identities while preventing IP tracking and metadata leaks. This makes it suitable for privacy-focused applications, including decentralized voting, financial transactions, and confidential messaging services.
- Decentralized AI Model Training: Network3 leverages federated learning and Layer 2 blockchain integration to allow AI developers to train machine learning models without centralizing data. This ensures privacy-preserving AI training, reducing security risks while optimizing computational efficiency. It is ideal for industries like healthcare, finance, and IoT, where sensitive data must remain confidential while contributing to global AI advancements.
- Edge Computing and Outsourced Computation: Network3 enhances computing efficiency by distributing workloads across edge servers, reducing latency and reliance on centralized cloud providers. This enables faster blockchain validation, scalable AI computations, and decentralized machine learning. Its architecture supports resource-limited devices, making it beneficial for IoT networks, mobile-based decentralized applications, and large-scale blockchain ecosystems.
Network3 Main Features
Decentralized Data Transmission & Security
One of Network3’s core innovations is its anonymous and secure data transmission protocol, which protects user privacy and enhances blockchain communication efficiency. The platform leverages certificateless signcryption (CLSC) to ensure data confidentiality, authenticity, and integrity without relying on centralized certificate authorities. Additionally, Network3 introduces an IP anti-tracking measure that prevents metadata leaks and blocks unauthorized surveillance. The decentralized data correctness verification mechanism enhances network trust by validating transmitted data through a community-driven rating system. By eliminating vulnerabilities in traditional communication protocols, Network3 ensures highly secure and anonymous transactions, making it suitable for finance, confidential messaging, and identity protection in decentralized environments.
IP Pool & Web Scraping Solutions
Network3 offers a global IP address pool, enabling secure, scalable data collection and online automation. Users can access fresh data from any website using AI-driven smart scraping tools and a distributed proxy network spanning over 190 locations. This IP masking service ensures anonymity and efficiency in data retrieval, making it ideal for marketing, finance, social media analysis, real estate, and AI training datasets. Network3’s automated unblocking solutions allow businesses to scrape structured data from 100+ websites, including search engine results (SERP API) and travel or e-commerce platforms. Network3’s IP Pool services empower data-driven decision-making and market analysis by providing business-ready datasets.
Source: network3.ai
Host & Rent GPUs
Network3’s GPU hosting and rental platform provides cost-effective access to enterprise-grade computing power. Users can rent top-tier GPUs for AI model training, blockchain computations, and decentralized applications without investing in expensive hardware. At the same time, GPU owners can host their idle GPU resources to earn passive income by contributing to Network3’s computing network. This decentralized GPU marketplace ensures efficient allocation of computing resources, helping developers and businesses optimize AI workloads, enhance blockchain processing, and power high-performance applications. By decentralizing GPU access, Network3 reduces the dependency on centralized cloud computing providers, making high-performance computing more accessible and affordable.
Source: network3.ai
Nodes & Bandwidth Utilization
Running a Network3 node allows users to sell unused bandwidth, contributing to a decentralized internet infrastructure while earning cryptocurrency. Unlike traditional internet service models, where unused data goes to waste, Network3 enables monetization of spare bandwidth with minimal technical setup. Nodes also provide remote connectivity, allowing users to access home networks from anywhere securely. Additionally, early adopters can participate in shaping the next-generation internet, contributing to a distributed, censorship-resistant web. By incentivizing node participation, Network3 strengthens its decentralized ecosystem, ensuring scalability, accessibility, and a more resilient Web3 infrastructure.
Source: network3.ai
What is the N3 Coin?
N3 powers Network3, enabling secure data transmission, decentralized AI, and blockchain-based computing solutions. Its maximum supply is capped at 1 billion units, of which 720.2 million (72.02%) are already in circulation (February 2025).
By integrating a decentralized arithmetic marketplace, Network3 enables participants to contribute computational resources, share bandwidth, and engage in AI model training, earning $N3 in return. This tokenized incentive structure ensures efficient resource utilization while democratizing access to high-performance computing.
$N3 holders can stake their tokens to earn rewards, with 75% of the network’s gas fees allocated to staking incentives. Additionally, users who lock their tokens receive $veN3, which enhances governance influence and increases staking rewards. Governance participation allows token holders to vote on protocol updates, reward policies, and ecosystem decisions, ensuring a transparent and decentralized governance structure.
Network3 also implements bandwidth and arithmetic mining, allowing participants to contribute idle bandwidth and computing power to earn rewards. This mechanism lowers costs for AI developers while providing economic incentives for network participants.
The total supply of $N3 is distributed as follows: 50% for community rewards, 10% for the ecosystem, 10% for the team, 10% for the seed round, 5% for the private round, 5% for airdrops, 4% for the pre-seed round, 3% for liquidity, 2% for advisors, and 1% for KOL allocations.
Source: Network3 Economic Model Litepaper
Is N3 a Good Investment?
N3 offers decentralized AI computing and bandwidth sharing, addressing high costs and centralization in machine learning infrastructure. Its staking model, governance system, and token incentives create strong community engagement. However, success depends on adoption and real-world demand for its decentralized AI solutions. Challenges include scalability, competition from established cloud providers, and regulatory uncertainties surrounding AI and blockchain integration. While N3 has potential in decentralized computing, its long-term viability will depend on network growth and sustained user participation.
How to Own N3?
To own N3, you can use the services of a centralized crypto exchange. Start by creating a Gate.io account and get it verified and funded. Then, you are ready to go through the steps to buy N3.
News on Network3
On 27 January 2025, via its official X channel, Network3 announced the launch of a $10M Mining Fund in partnership with the DePIN Supernode Alliance. This initiative aims to support projects and teams within the Network3 mining ecosystem, focusing on technology R&D, application implementation, and community growth. The fund will drive innovation in decentralized Edge AI, enhance energy efficiency and security, and accelerate product deployment. Network3 aims to expand its mining network and strengthen long-term adoption.
Take Action on N3
Check out N3 price today, and start trading your favorite currency pairs.
Related articles
What Are Altcoins?
What Is Ethereum 2.0? Understanding The Merge