What Is Multiple Network (MTP)?

Multiple Network delivers high bandwidth and low latency, widely utilized in AI model invocations, search engine interactions, and the encryption and acceleration of large-scale sensitive data, enhancing the efficiency and security of AI model training and inference.

As an emerging decentralized privacy network (DePIN Unicorn), Multiple Network’s core mission and vision are to build a decentralized network that promotes the transmission of private, encrypted digital data. Through its innovative De-WAN (Decentralized Wide Area Network) technology principles, Multiple Network utilizes blockchain, software-defined wide area network (SD-WAN), peer-to-peer (P2P) networks, and encryption technologies to enhance its privacy and data acceleration capabilities.

Empowered by De-WAN technology, Multiple Network has created an innovative decentralized platform that ensures secure, seamless, and high-speed data transmission for diverse network users, from large corporations to small-medium enterprises and individual users, regardless of their location. Multiple Network provides robust support for AI applications.

Multiple Network’s Impact on AI

Speed and Stability for AI Training and Inference

• High Bandwidth and Low Latency: Multiple Network aggregates the bandwidth of distributed nodes using P2P and SD-WAN technologies, enabling fast data transfer. This allows AI models to quickly access and transmit data during training and inference.
• Stability Assurance: SD-WAN’s dynamic routing optimization selects the best paths during network interruptions or high traffic, ensuring stable data flow and reducing transmission fluctuations.

Privacy and Security

• Anonymous Communication: The anonymity features of P2P networks conceal participant identities during data transmission, protecting user privacy.
• Encrypted Transmission: End-to-end encryption ensures data cannot be intercepted or tampered with during transfer, critical for handling sensitive data.
• Secure Data Exchange: Provides high-security standards for API calls and data exchanges during AI model usage, effectively preventing cyberattacks and data leaks.

De-WAN (Decentralized Wide Area Network) Technology

De-WAN is an innovative platform designed to enable the decentralized sharing of computing resources among nodes. As a pioneer in De-WAN technology, Multiple Network has built a sophisticated decentralized network layer and protocol for digital assets and data transmission. Leveraging blockchain, SD-WAN, P2P, and encryption technologies, De-WAN enables resource owners to contribute idle bandwidth and underutilized computing resources (CPU, memory, storage, etc.) to the network.

What Is the UDT (UDP-Based Data Transfer) Protocol?

Multiple Network adopts the UDT (UDP-Based Data Transfer) Protocol as its core protocol for real-time data transmission, distinguished by the following features:

• More Effective Congestion Detection and Management: UDT optimizes congestion control with adaptive algorithms that monitor network conditions in real-time, avoiding performance bottlenecks of traditional TCP in high-latency and high-packet-loss environments. It uses a rate-based congestion control mechanism instead of window-based control.
• More Accurate and Timely Packet Loss Detection and Recovery: UDT employs enhanced ACK (acknowledgment) and NAK (negative acknowledgment) mechanisms to promptly detect packet loss and initiate retransmission, ensuring data integrity while maintaining high transmission efficiency.

The combination of De-WAN architecture and the UDT Protocol enables Multiple Network to achieve superior transfer speed performance compared to traditional TCP Protocol. For offline data transmission, Multiple Network uses IPFS technology to provide an effective file sending and receiving mechanism.

AI Acceleration

• High Bandwidth and Low Latency: Optimizations based on P2P and SD-WAN technologies aggregate distributed node bandwidth for high-speed data transmission services.
• Stability Assurance: SD-WAN’s dynamic routing optimization switches to optimal paths during network interruptions or high traffic, ensuring stable data flow.
• Cross-Regional Data Synchronization: Rapidly synchronizes distributed datasets globally, reducing training and inference times, particularly for real-time tasks like search engine interactions or large-scale data processing.

DeAI Integration

• Distributed Network Architecture: Multiple Network operates through a decentralized architecture of distributed nodes, eliminating reliance on a single central server, enhancing attack resilience, and avoiding single points of failure.
• DeAI Ecosystem Support: The decentralized network model provides foundational support for the DeAI (Decentralized AI) ecosystem, facilitating equitable global sharing of data, models, and computational power.

Advantages of Multiple Network

• Low Entry Barriers: Supports various operating systems (Windows, Mac, Android, iOS, Linux, Unix) and device types, requiring only an internet connection and minimal hardware, making it accessible to all.
• Low Cost: Unlike costly traditional carrier lines and SD-WAN providers, Multiple Network reduces operational costs by utilizing participants’ idle computing resources.
• Decentralized with Strong Privacy: Fully decentralized and controlled by participating nodes, ensuring robust privacy and data security.
• Flexible Deployment: Requires no complex applications or lengthy preparations; users can deploy instantly, cancel anytime, and use a pay-as-you-go model.
• Stable and Robust: Globally distributed P2P nodes enhance network stability and robustness, ensuring continuous data transmission via alternate routes during failures.

Multiple Network (MTP) Tokenomics

• Network Emissions: 50%
• Airdrop (Testnet and Launchpools): 12%
• Series A: 10%
• Series B: 10%
• Team and Advisors: 7.833%
• Seed Round: 6.667%
• KOL Round: 2.5%
• Market Maker or Initial Liquidity: 1%

Total Supply: 1 billion

Multiple Network (MTP) Roadmap

• 2025 Q1: Completion of Series A investment round, launch of beta product on mainnet.
• 2025 Q2: Achieving 200,000 users and nodes, designing proprietary hardware for expansion, listing MTP token on three major centralized exchanges.
• 2025 Q3: Launch of dedicated routers.
• 2025 Q4: Integration of transmission services with industry partners (e.g., DePIN compute and storage providers).

Multiple Network (MTP) Team

The Multiple Network team comprises experienced professionals with an innovative vision. Zeus Chen, co-founder, leads the project, while Frank Cao, head of product, oversees product development. With expertise in decentralized network technologies, the team aims to position Multiple Network as a leader in the data transmission industry.

Official Links

• Website
• X (Twitter)
• Whitepaper

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What Is DecentralGPT (DGC)?

DecentralGPT is a decentralized AI network supporting open-source large language models. It aims to build a secure, privacy-preserving, democratic, and transparent General Artificial Intelligence (AGI) network. Distributed nodes collectively perform data processing and model inference, reducing dependence on a single computational center and increasing system resilience against attacks. Its open-source nature fosters collaboration within the global developer community, driving rapid technological advancement. DecentralGPT overcomes the limitations of traditional AI models, offering a more secure, equitable, and open AI future.

AIGC Industry and AGI Outlook

Market Value of the AIGC Industry

The AI-Generated Content (AIGC) industry, encompassing the automated creation of text, images, videos, and music, is a rapidly growing field. Revolutionizing sectors like media, advertising, entertainment, and education, AIGC provides efficient solutions for content production, personalized marketing, and user engagement.

• Media and News: For instance, The New York Times uses AIGC technology to automatically generate sports news and financial bulletins, enabling faster content updates compared to manual processes and dynamically adjusting reports based on reader feedback. Data shows that media companies using AIGC experience a 40% reduction in content production time and a 30% increase in audience engagement.
• Advertising: A leading online retailer utilized AIGC to create personalized ads, achieving a 20% increase in click-through rates and a significant improvement in advertising ROI. AIGC boosts campaign click-through rates by 20-30% and enhances cost-effectiveness by 50% compared to traditional methods.
• Educational Technology: Online education platforms leverage AIGC to produce personalized learning materials and interactive experiences, improving student learning efficiency by an average of 35%. Institutions adopting AIGC report a 40% increase in student engagement and a 50% rise in satisfaction.

Future Market Growth

Recent market research predicts the AIGC industry will reach a trillion-dollar market size within the next decade. Key drivers include:

• Technological Innovation: Next-generation language models like GPT and BERT enable near-human-quality text and image generation.
• Enterprise Demand: Digital transformation fuels demand for fast, personalized content production. By 2025, at least 60% of global large enterprises are expected to adopt AIGC technology.
• Cost Reduction: AIGC can reduce content production costs by up to 70%, particularly for large-scale needs.
• Emerging Markets: As internet access and technology adoption grow in regions like Asia and Africa, AIGC demand is projected to exceed 35% annual growth.

DecentralGPT’s Role in AGI

DecentralGPT accelerates AGI development through its decentralized network. Distributed computing resources lower operational costs and enhance data security. Localized data processing protects sensitive information (e.g., medical or financial data). Additionally, it democratizes technology by providing equal access to global developers, fostering innovation.

Core Features of DecentralGPT

• Decentralized Architecture: Globally distributed nodes independently execute AI model inference tasks, reducing reliance on a single data center and enhancing system resilience.
• Multi-Model Support and Open Source: Supports various open-source large language models, increasing transparency and accessibility.
• Privacy and Security: Data encryption at local nodes minimizes privacy breach risks.
• Democratic Access: Users and developers in both developed and developing countries can equally benefit from the platform.
• Efficiency and Cost Reduction: Global distributed resources boost processing speed and lower centralized system costs.
• Technological Innovation: Open-source support encourages global collaboration and rapid technological advancement.
• Social Equity: Broadens access to advanced AI technologies, bridging the technology gap.
• Environmentally Friendly: Distributed nodes reduce environmental impact through renewable energy use and shorter data transmission distances.
• Data Sovereignty: Users gain greater control over their data through localized processing and strict governance policies.

DecentralGPT Technical Architecture

User Interface

Users interact with DecentralGPT through client node interfaces, which collect queries, data inputs, or administrative commands, encrypt them, and send them to distributed GPU nodes.

Distributed Coordinator

The client node also functions as a distributed coordinator, querying the status of GPU nodes across the network for task allocation and load balancing. It processes encrypted requests, selects suitable GPU nodes, and assigns tasks via a random blockchain machine.

Distributed Computing Nodes

• Node Structure: Each node is equipped with GPUs capable of performing AI model inference independently or collectively.
• Operating System and Software: Nodes run on Ubuntu or similar systems, with software and libraries to support AI model execution.
• P2P Network: Nodes connect via a peer-to-peer (P2P) network, enhancing data sharing and network reliability.

Data Storage and Sharing

• IPFS Technology: The Interplanetary File System (IPFS) is used for distributed data storage and sharing.
• Web3 Storage: User data is encrypted and accessible end-to-end with private keys.
• File Storage and Access: All data is securely stored and accessed through a distributed storage network.

Distributed GPU Machines

GPU nodes perform high-speed AI model inference, forming a global distributed computing network.

Core Functions of DecentralGPT

• Natural Language Understanding and Generation: Handles tasks like answering questions, writing articles, and generating code.
• Multi-Language Support: Geographically distributed nodes optimize processing for local languages.
• Personalized User Experience: Provides tailored responses based on user history.
• Seamless Integration and Scalability: Offers open APIs for easy integration and global scalability.
• Enhanced Privacy and Security: Local encryption and advanced security protocols ensure data protection.
• Customizable Interface: Businesses and developers can tailor interfaces and functions to specific needs.

Distributed GPU Mining Mechanism

DecentralGPT employs a distributed GPU mining mechanism to support network vitality and model development.

• Total Supply: 1 trillion tokens in the first four years, followed by 50 billion annually.
• Mining Conditions: Requires long-lease GPU machines pledging DBC tokens on the DBC network.
• Reward Distribution: Every 600 blocks (approximately 1 hour), 5,707,763 DGC is distributed based on a miner’s computing power share.
• Reward Allocation: Model developers receive 30%, GPU miners receive 70%.
• Halving: Rewards halve every four years for 100 years.
• Automatic Burning: 100% of user payments are burned, reducing token supply.

DecentralGPT (DGC) Tokenomics Model

DGC is the economic unit of the DecentralGPT platform. In the first four years, 1 trillion tokens are issued, with 60% on BNB Chain and 40% on DBC EVM Chain. All user-paid DGC tokens are 100% burned.

Token Allocation:

• Team: 10%
• Seed Round: 10%
• A Round: 5%
• Node Operation: 10%
• Airdrop: 5%
• Mining (GPU): 20%
• Liquidity: 5%
• Foundation: 10%
• Ecosystem & Marketing: 14.5%
• Staking Reward: 6%
• Mining Race: 4.5%

Roadmap

• 2025 Q1: Growth marketing, DGC public sale, foundational AI agent API, long-term memory optimization.
• 2025 Q2: Community growth, Canvas support, diverse document formats, learning, and summarization.
• 2025 Q3-Q4: AI agent growth, node clusters in Europe and Africa, LLM computer interface control (70% accuracy), real-time voice and video calls.
• 2026 Q1-Q2: AI agent infrastructure, 90% accurate interface control, virtual avatar support.
• 2026 Q3-Q4: Virtual avatars in video calls, preliminary AGI with support for all input/output modalities.

Strategic Partners and Investors

DecentralGPT is backed by prominent partners and investors, including Bybit, OKX, Deep Brain Chain, IO.NET, Aethir, DePIN X, AGICRYPTO, Cherry Ventures, and BTR CAPITAL.

DecentralGPT Team

• Vitalli: CEO, Blockchain Marketing Expert, FinTech Manager
• Harry: Chief Scientist & CTO, Stanford Post-Doc, AI Team Leader
• Joshua Vizer: Strategy Director, Product Strategy, Community Growth
• Ze: Marketing Director, UPenn Ventures Club Analyst
• Jeff: Business Director, Serial Entrepreneur, Wall Street Investment Banking
• Anwar: Tech Advisor, Columbia University Faculty, ETH Hackathon Judge

Official Links

• Website
• X (Twitter)
• Whitepaper

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According to TRM Labs, over 63% of Yemen’s crypto-related web traffic is directed at DeFi platforms — far outpacing centralized exchanges, which account for only 18%.

With Banks Inaccessible, DeFi Fills the Gap

The ongoing civil war in Yemen, compounded by limited financial literacy and deteriorating infrastructure, has made access to banking services almost impossible for many citizens.

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TRM Labs reports:

“For those using crypto in Yemen, DeFi provides a degree of financial resilience when local banks are inaccessible or non-operational.”

DeFi Dominates Crypto Activity

• 63% of crypto-related traffic in Yemen is DeFi-based
• 18% comes from centralized global exchanges

Some also turn to peer-to-peer crypto transactions to move money across borders or facilitate remittances.

Sanctions Fueling Crypto Growth

The US Treasury’s renewed sanctions on the Houthis — including a January 2024 reclassification as Specially Designated Global Terrorists — appear to be a key driver in crypto adoption.

Following this action, a Yemen-based crypto exchange saw a 270% surge in transaction volume. Later, another 223% spike occurred after additional political developments.

TRM Labs notes:

“As traditional financial channels are blocked, cryptocurrencies offer a decentralized alternative — harder to trace and control.”

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It was notable that the company generated nearly $1 billion in operating profit during the period, largely from interest income on U.S. Treasury bonds. In addition, the appreciation of other investments, such as gold and Bitcoin, also made significant contributions to the company’s profits. Tether’s reserves reached a total of $5.4 billion, a record increase of $2.2 billion.

In addition, Tether directed an investment of $640 million to strategic areas such as mining, artificial intelligence, and P2P telecommunications.

The group’s total net profit for 2023 was $6.2 billion, of which about $4 billion came from income from U.S. Treasury bonds, reverse repo transactions, and money market funds. The remaining profit was generated by contributions from other asset classes.

Tether continues to generate positive returns from all asset classes, including gold, Bitcoin, and other investments. The group reached a new record level of $80.3 billion by investing in U.S. Treasury bonds.

As of December 31, 2023, the company’s total consolidated assets exceeded $97 billion, while total liabilities were around $91.6 billion. The majority of these liabilities were related to the digital tokens issued.

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Proposal 868, submitted by Stakelab, a contributor to Cosmos, aimed to reduce inflationary pressures on the ATOM token, especially in scenarios where a significant portion of the coins are bonded.

Despite the potential benefits highlighted by the proposal owner, such as reducing the inflation rate if the total bond token supply increases, concerns were raised about the implications of reducing the inflation rate to zero, particularly its impact on the security of the Hub.

The Hub acts as the central hub of the Cosmos Ecosystem, facilitating communication and interoperability between the many blockchains built on Cosmos. ATOM is the native token of the Hub, used for transaction fees, security, and governance.

Vote Results (Cosmos)

48.6% of validators voted against the proposal, 25% supported it, and 25.9% abstained.

Notable validators with significant voting power who voted against the proposal included Everstake, Cosmostation, Chorus One, Allnodes, Stake.fish, Swish Staking, Forbole, Provalidator, Keplr, and others.

Validators who supported the proposal included Game, Informal, Stakecito, P2P, Polkachu, Pryzm, IrisNet, Leap, and many others.

This latest proposal came after the accepted Proposal 848, which set a limit of 10% on the maximum inflation rate to regulate token emissions, down from the previous 20%.

In Cosmos, validators vote as well as provide staking power, and voters can delegate their stake to them.

The inflation rate on the Cosmos Hub had been a major point of discussion in 2023. Some contributors to Cosmos want it to be as minimal as possible, believing that this optimizes fresh emissions.

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Crypto War in Nigeria

Nathaniel Luz, co-founder and CMO of Flincap, stated that the lifting of the ban is a significant plus for the industry, saying, “Crypto-fiat exchanges and P2P merchants will compete in the world’s largest crypto P2P market and the strongest will survive.”

Luz also commented on whether the new regulations would deter exchanges from entering the Nigerian market, saying that obtaining an SEC license could be difficult initially, but it would benefit the crypto industry in the long run.

This development contradicts the CBN’s ban on all financial institutions from providing services to crypto exchanges earlier in 2021. However, the new circular signals the beginning of a new era in the industry, showing the global demand and adoption of crypto shows the restrictions were unjust.

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1- What does blockchain technology do?

In today’s world, where the importance of data and information security has significantly increased, blockchain eliminates the costs and risks associated with storing and altering data. Fast and secure access to data, the inability to alter data without adding a new record to the system for correction, and the use of unique identity numbers specific to the blockchain instead of personal information facilitate the tracking of all transaction details. As a decentralized system, it reduces costs and the possibility of hacking in tasks such as data storage. In summary, the benefits include data security and transparency, easy tracking of data, immutability of data, fast access to data, efficiency, automation, and fewer intermediaries.

2- How can blockchain change our lives in the future?

With the inclusion of official institutions in the process, the immutability of the system allows for the rapid completion of tasks that require physical identity declaration, such as passport and ID processes conducted in official institutions, to be done remotely. In sectors like food, tracking the entire process from source to end-user, along with the monitoring of all transactions and the emergence of costs and profit margins, enables more efficient processing of big data and the tracking of the entire supply chain. Blockchain provides transparent and unalterable data, creating possibilities for addressing issues such as inflation, effective agricultural production, cost accounting for companies, and consumers seeing real prices. Additionally, it helps prevent fraud and fraudulent transactions. For example, when buying a car, you can verify if there is any record of damage. With the Internet of Things (IoT), you can see all transactions made in all asset classes and act accordingly. In summary, blockchain opens the way to eliminating information asymmetry-related problems.

3- Is blockchain technology only used for cryptocurrencies?

No, it’s much broader than that. can address various issues such as fraud prevention, from the Internet of Things to data verification and data security. Governments can implement more effective structural policies based on accurate data, avoiding time and resource waste. Companies can manage all activities, from production and sales to services and logistics, more quickly and effectively, while individuals can observe correct pricing behavior in all asset classes in the market. In the simplest terms, you can see where all the ingredients in a restaurant meal were grown, when they were purchased, and their cost. Transparent access to data such as previous owners of a house, renovations made in the house, previous sale prices, and materials used is also possible.

In the financial sector, the functioning of banks and other financial institutions as intermediaries may change due to the lack of mutual trust. These institutions will become service providers with blockchain. Areas such as funding and project financing can be done through peer-to-peer (P2P) platforms. In the healthcare sector, tracking patients and medication, and in the energy sector, automatic billing at electric vehicle stations are examples of areas suitable for blockchain use.

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4- Which companies in the world use blockchain infrastructure?

To illustrate the widespread use of this technology, let’s mention some global companies that use it.

• Boeing has developed an exclusive air traffic control system using blockchain technology for drone tracking.
• Cargill transitioned to blockchain technology to track turkeys prepared before Thanksgiving.
• Carrefour tracks dozens of product lines, from eggs and salmon to cheese, and plans to increase the number of products to 100, attributing increased sales to this.
• The China Construction Bank established a blockchain-based platform that can identify individuals and institutions in the risky group, offering more attractive rates to less risky customers.
• Credit Suisse established a settlement system that allows customers to buy and sell securities directly with each other through P2P, without the need for intermediaries. Settlement, which used to take 2 days with intermediaries, can now be done instantly.

Examples can be extended, and there is no limit to the application area.

5- What benefits do smart contracts provide via blockchain?

Smart contracts, which enable interaction between two or more stakeholders who do not trust each other and are not familiar with each other, can be defined as digital agreements/programs that must adhere to specific rules running on the blockchain. These rules are predetermined and copied by the entire network, and the contract does not come into effect if the conditions are not met. This allows commitments to be made through blockchain without the need for intermediaries and the establishment of trust.

As it is customizable, there is no limit to the subject area of the agreement. It can be used in various fields, from buying goods and services to financial funding, healthcare services, games, and mobile applications.

This technology already provides speed, trust, and cost reduction automatically. Therefore, factors such as the frequency of use in daily life, user demand, and the success of the project are crucial. Technically, an increase in the number of transactions is expected to correspond to an increase in the number of blocks. This way, it is possible to benefit from all the advantages provided by blockchain technology, including security.

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The new crypto marketing rules that came into effect in the UK in recent days have brought challenges for foreign exchanges. Following this development, Bybit, one of the largest crypto futures exchanges in the market, decided to withdraw from the UK. According to the statement other exchanges would follow the same path. However, contrary to expectations, major exchanges chose to comply with regulations in the UK by setting up local partnerships.

Regulation in Crypto Exchanges in the UK!

Coinbase and OKX, in the statements, agreed with the Archax company about complying with crypto marketing rules. Also, Binance stated it formed a partnership with the Rebuilding Society company. This company has been offering peer-to-peer (P2P) lending service in the country since 2013. Crypto exchanges are expecting the UK Financial Conduct Authority (FCA) to allow them to operate in the country with regulations.

Market experts think that regulators can approve as the responsibility of crypto exchanges’ marketing activities will be in the companies with which partnerships are established.

FCA recently warned by announcing that there are 143 companies operating without permission in the country. Also, this list includes two major crypto exchanges, HTX (Huobi) and KuCoin. The regulatory agency reported unregistered crypto companies that do not comply with the new financial marketing guidelines might violate the 21st article of the United Kingdom’s Financial Services and Markets Act. The FCA notes this violation can cause a punishment with up to two years in prison, an unlimited fine, or both sanctions.

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What is blockchain advancement Hyperledger? Blockchain is a collection of open-source projects that actively support the development of distributed ledgers.. Additionally these projects aim to build the frameworks, standards, tools, and libraries needed to develop blockchains and their applications. The Hyperledger Foundation supports the maintenance and hosting of these projects.

Since its establishment in 2016 by the Linux Foundation, contributions to the project have been made by companies like IBM, Intel, Samsung, Microsoft, Visa, American Express, and blockchain startups like Blockforce. The collaboration spans banking, supply chain management, the Internet of Things (IoT), manufacturing, and production-based industries.

Also Hyperledger serves as a hub for various distributed ledger frameworks and libraries. Additionally, a business can use one of the Hyperledger frameworks to improve efficiency, performance, and transaction processes. Also, it provides the means to enhance overall operations.

Hyperledger works to provide the necessary infrastructure and standards for developing blockchain systems and applications. So developers use the Hyperledger Greenhouse to develop commercial blockchain projects. All network participants know each other and can participate in consensus-building processes.

Hyperledger-based technology operates using the following layers:

Key Frameworks: Hyperledger Fabric and Sawtooth

Two of the most remarkable Hyperledger frameworks are Hyperledger Fabric and Sawtooth.

Hyperledger Fabric

This is one of the most popular projects in Hyperledger. So it is a permissioned blockchain infrastructure used to create blockchain-based products, software, and applications. Additionally Hyperledger Fabric, made in collaboration with IBM and Digital Assets, provides a modular architecture defining roles between nodes, the execution of smart contracts, and configurable consensus services. Features of Fabric include the usage of pluggable Hyperledger Fabric consensus protocols and support for different programming languages through module installation. Hyperledger Fabric is used in integration projects that require a distributed ledger.

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Hyperledger Sawtooth

Additionally, this is a permissioned modular blockchain platform to which Intel contributed. Organizations use Sawtooth to deploy, operate, and create distributed ledgers. So, it can help businesses struggling to work with blockchain technology. Sawtooth features include Dynamic Consensus, Transaction Families, Proof of Elapsed Time (a type of consensus algorithm), Parallel Transaction Execution (which allows the creation of individual chains), and Private Transactions. Also, it supports Ethereum smart contracts. Furthermore, software development kits (SDKs) for Python, Go, JavaScript, Rust, Java, and C++ are available. Overall, Sawtooth is intended for businesses that need a permissioned and modular blockchain platform.

Other Hyperledger Tools and Projects

Hyperledger Fabric and Sawtooth aren’t the only two projects that Hyperledger owns. Hyperledger offers multiple projects and tools that are currently either active or in an incubation stage. This means they need to meet specific release criteria before being announced as active and ready for production.

• • Hyperledger Iroha: A blockchain framework used to integrate with existing networks. Iroha has a modular design, role-based access, access to several libraries, and asset and identity management. It’s used in financial services, healthcare and education fields.
  • Hyperledger Indy: A framework built for decentralized identities. Comes with components, toolsets, and libraries. Also includes the self-sovereign feature that safely stores all identity-based documents.
  • Hyperledger Besu: An open-source Ethereum codebase that can work on private permissioned platforms or the Ethereum mainnet. It possesses an Ethereum Virtual Machine (EVM), consensus algorithms, user-facing APIs, and monitoring features.
  • Hyperledger Explorer: A dashboard tool that allows the user to monitor, inspect and manage blockchain and related data. With it, an organization can control nodes, blocks, transactions, and smart contracts. It also allows users to make code changes.
  • Hyperledger Cello: Sometimes referred to as a blockchain toolkit, it is used to create, terminate, and manage blockchain services.
  • Hyperledger Burrow: A permissioned Ethereum smart contract blockchain node. It also manages transactions and the execution of smart contract code in the Ethereum Virtual Machine (EVM).
  • Hyperledger Bevel: An accelerator for distributed ledger technology (DLT) deployment. Bevel enables DLT installation, deployment, and integration with new institutions.
  • Hyperledger Firefly:An open-source middleware stack for Web3 applications.
  • Hyperledger Cactus: Constructs an interoperability framework to link and execute transactions on multiple heterogeneous ledgers.
  • Hyperledger Solang: A Solidity compiler that enables smart contract portability.
  • Hyperledger Aries: A toolkit for creating, transmitting, and storing digital identity credentials and decentralized key management.
  • Hyperledger Anoncreds: A verifiable identity credential independent of the ledger.
  • Hyperledger Caliper. A blockchain benchmarking tool. Caliper is used to assess the performance of blockchain applications. However, it does not come with predefined standards since all blockchain applications might require different standards.

History and Mission of Hyperledger

The Linux Foundation announced the creation of the Hyperledger Project in 2015 and appointed Brian Behlendorf as the executive director a year before the project’s launch. Behlendorf stated that the Hyperledger project would not develop its own cryptocurrency.

In 2016, the project began accepting proposals for incubating codebases and other essential technologies. The first two blockchain framework codebases they accepted were Hyperledger Fabric and Libconsensus. Later, they introduced Intel’s distributed ledger, Sawtooth.

They added Sawtooth 1.0, ready for production, in 2018. They announced the long-term support version of Hyperledger Fabric in 2019.

Additionally in October 2021, Behlendorf handed over the executive director position to Daniela Barbosa. In the same month, the organization announced the rebranding of Hyperledger as the Hyperledger Foundation “to draw a clearer line between the organization as Hyperledger and the individual Hyperledger projects”

In summary, Hyperledger epitomizes blockchain advancement by fostering an array of open-source projects dedicated to shaping the future of distributed ledger technology. What is blockchain advancement without collaboration and innovation? Hyperledger encapsulates these elements, driving the development of frameworks and tools essential for blockchain and application evolution.

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If you still have no account on Gate.io, you can register for Gate.io with discount.

Also, you can sign up for all safe exchanges with discounts by clicking the link.

How is Gate.io used?

Convenience in usage is essential for Gate.io same as the other exchanges like Binance, and KuCoin. New users or professional traders can make transactions because it has an easy-to-use interface on the website. It is very simple to find trade pairs by using the search button. Additionally, the platform has two options for usage such as basic and professional views. Users could see orders on the right side of the page on the website. Also, IOC orders are current on the site.

How can we register for Gate.io step by step?

Step 1: Go to the Gate.io website and click the sign-up button. You can reach the register page here and enter your e-mail address. Also, you need to create a login password.

Step 2: You can also register by utilizing your Google, Metamask, and Apple accounts. After that, enter your username or e-mail address and password. Then, confirm that ”I am 18 years old or older” and select the option ”I accept the User Agreement Privacy Policy” after that click on the ”Become a Member” button.

Step 3: Create a fund password and click the ”Create Account” button. It is important to not determine your fund password the same as the login password. You need this fund password on trades for your account security. After all these steps, an activation mail will be sent to your mail address. To activate your account you can follow the steps on the mail. In addition, KYC is need to reach all options on the exchange.

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Why is KYC important? How can it be verified?

Gate.io cares about KYC because this operation is used to prevent illegal operations such as money laundering. Also, it provides high security for users. Besides, users whose KYC operation is verified only can buy and sell or P2P trade or subscribe to Startup projects.

How can we verify KYC? 

We need to go to our profile on the main page. Then, we click KYC verify identity page. There are options such as KYC-1, KYC-2, and KYC-3. You are not responsible for all KYC steps. However, If you do all steps you will be able to use all features of the site. Do not forget to wait for 12 hours to be verified.

In addition, users can boost their security higher by Google Authenticator. Gate.io exchange gives opportunities to users. They can be put in order as below:

• Buy and sell crypto
• Spot and futures
• Permanent contracts
• Copy and Strategy Trading
• Gate.io Finance

Features of Gateio Exchange

Gate.io is convenient for users because it has low transaction fees and safe trade. Besides, it is a functional platform. Thus, users can make margins, trade, swap, and futures. Furthermore, they can receive airdrop because of Startup on Gate.io.

Gate.io provides live support for customers. Besides, frequently asked questions part can help users to solve their issues if it exists. Finally, there are many language options on the exchange. Thus, users can understand what they are doing on the site easily.

Why can Gate Token (GT) be bought?

Gate Token (GT) is a native token of the Gate.io exchange. It works on the Gatechain network. It is used for upgrades, paying transaction fees, attend special events.

You can buy Gate Token (GT) from here.

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The post Gate.io Exchange Tutorial. How to register for it? appeared first on Coin Engineer.