1. Overview of Spheron Network

Spheron Network is an advanced decentralized computing platform designed to provide robust, flexible, and efficient infrastructure for distributed applications, particularly in the fields of Web3, AI, and edge computing applications. With the mission to democratize compute power, Spheron enables users, businesses, and developers to leverage computing resources from a global network of distributed nodes, rather than relying on centralized data centers.

Spheron Network operates on a peer-to-peer (P2P) model, where nodes (computers) join the network to provide resources such as CPU, RAM, GPU, storage, and bandwidth. These resources are managed through blockchain protocols, ensuring transparency, security, and decentralization. One of the core components of Spheron is the Fizz Node, a specialized node optimized for edge computing applications, offering high performance and scalability.

2. What Is a Fizz Node?

A Fizz Node is a software managed via the Spheron CLI (sphnctl), running on Docker, designed to participate in the Spheron Network by providing computing and storage resources for decentralized applications. Fizz Node is not just a typical node; it integrates intelligent features such as dynamic resource management, performance optimization, and support for Web3 protocols (like IPFS, Filecoin, or Ethereum). It is an ideal solution for developers looking to build or deploy edge computing applications, such as AI, machine learning, or decentralized applications (dApps).

Fizz Node can run on a variety of hardware, from cloud servers and personal computers to edge devices like Raspberry Pi. This makes Spheron Network a flexible, accessible, and user-friendly platform. Fizz Node supports both CPU and GPU, but the GPU-free version (spheron/fizz-node:latest-cpu) is the most common choice for users without specialized hardware.

2.1. Key Features of Fizz Node

• Decentralized Computing: Fizz Node leverages computing resources from a decentralized network, reducing reliance on large data centers, saving costs, and enhancing sustainability.
• Web3 Support: Integrated with protocols like IPFS, Filecoin, and Ethereum, Fizz Node supports decentralized data storage and processing, making it suitable for blockchain and dApps.
• Dynamic Resource Management: Fizz Node automatically manages CPU, RAM, storage, and bandwidth, ensuring optimal performance for applications running on it.
• Easy Deployment via Spheron CLI: Using sphnctl and the Spheron dashboard, you can deploy Fizz Node with just a few commands, without complex Docker CLI configuration.
• Security and Transparency: Utilizing blockchain to manage nodes and resources, ensuring all transactions and activities are transparent and tamper-proof.

2.2. Benefits of Fizz Node

• Cost Savings: Instead of renting expensive data centers, users can utilize resources from the Spheron Network, reducing operational costs.
• Scalability: Easily add new nodes to the network, scaling applications without significant hardware investment.
• AI and Machine Learning Support: With its powerful computing capabilities, Fizz Node is ideal for AI and ML models requiring substantial resources without centralized data centers.
• Developer-Friendly: The Spheron dashboard and sphnctl provide a simple interface, detailed documentation (like docs.spheron.network/fizz/docker-resource-setup), and robust community support (Discord, Twitter) to help developers deploy easily.

3. Deploying Fizz Node via the Spheron Dashboard

Spheron provides an online dashboard (typically at dashboard.spheron.network) to help users deploy Fizz Node quickly and easily, requiring just a few simple steps. Below is a detailed guide based on the interface you provided, including the 0.02 ETH registration fee.

3.1. System Requirements

Before starting, ensure your system (Ubuntu/Debian on bknode1) meets the following:

• Operating System: Linux (Ubuntu 20.04/22.04, Debian, or equivalent).
• Docker: The latest version (minimum 20.10, recommended 27.3.1).
• Minimum Resources:
  • CPU: 2 cores (minimum, you have 32 cores – sufficient).
  • RAM: 4 GB (minimum, you have 64 GB – sufficient).
  • Storage: 20 GB (minimum, you have 1000 GB – sufficient).
  • Bandwidth: 50 Mbps (minimum, you have 1 Gbps – sufficient).
• Internet: A stable connection to pull images and communicate with the Spheron Network.
• Ethereum Wallet: At least 0.02 ETH to register a Fizz Node.

3.2. Access the Spheron Dashboard

• Visit dashboard.spheron.network and log in using an Ethereum wallet (such as MetaMask, Trust Wallet, etc.).
• Go to the "Setup" or "My Fizz" section to view your system resources (CPU: 32, RAM: 64 GB, Storage: 1000 GB) and begin the setup process.

3.3. Setting Up Fizz Node

Follow the steps in the dashboard:

Step 1: Install Spheron CLI

Verify the installation:

sphnctl --version
sphnctl --help

Run the following command in your terminal to install sphnctl:

curl -sL https://sphnctl.sh | bash

Step 2: Register and Start Your Fizz Node

• Pay 0.02 ETH:
  • On the dashboard, you’ll see a request to pay 0.02 ETH to register your Fizz Node. Connect your Ethereum wallet (MetaMask, Trust Wallet, etc.) and send 0.02 ETH to the provided address.
  • If you don’t have ETH, purchase it on an exchange (Binance, Coinbase, etc.) or convert from a fiat wallet, then transfer it to MetaMask.
  • After successful payment, you’ll receive a unique token to run the sphnctl fizz start --token <your-token> command.
  • This command automatically pulls the spheron/fizz-node:latest-cpu image, configures resources (CPU: 2, RAM: 4 GB, Storage: 20 GB), and starts the Fizz Node container on Docker, using the runc runtime and bridge network.

Run the command:

sphnctl fizz start --token 0x08b7aAe003fb8530...

On the dashboard, click "Generate & Start Your Fizz Node" to retrieve your unique command, for example:

sphnctl fizz start --token 0x08b7aAe003fb8530...

Step 3: Verify Installation and Check Logs

• Ensure there are no errors (like container is not running). If there are, investigate further (see section 3.4).

Use the -f option for real-time log monitoring:

sphnctl fizz logs -f

Run the following command to check logs and verify your Fizz Node:

sphnctl fizz logs

3.4. Update Resources (Optional)

• On the dashboard, you see your current resources (CPU: 32, RAM: 64 GB, Storage: 1000 GB). If needed, click "Update Node" to adjust resources to meet Fizz Node requirements (typically CPU: 2, RAM: 4 GB, Storage: 20 GB).

Update via sphnctl:

sphnctl fizz update --cpus 2 --memory 4g --storage 20g

4. Benefits of Using Spheron Network and Fizz Node

• High Performance: Fizz Node leverages edge computing resources, reducing latency and speeding up processing for distributed applications.
• Scalability: Easily add new nodes to the network, scaling applications without significant hardware investment.
• Security and Transparency: Using blockchain to manage nodes ensures data and resources are secure and transparent.
• Strong Community Support: Spheron provides detailed documentation, a user-friendly dashboard, and support through Discord and Twitter, helping users resolve issues easily.
• Low Cost: With a one-time 0.02 ETH registration fee, you can join the network without major hardware or data center investments.

5. About the 0.02 ETH Fee

• Purpose: 0.02 ETH is a one-time fee to register a Fizz Node, ensuring transparency and security within the Spheron Network. This fee helps maintain the ecosystem and rewards other nodes in the network.
• Payment Method:
  1. Access the Spheron dashboard and click on the Fizz Node registration section.
  2. Connect your Ethereum wallet (MetaMask, Trust Wallet, etc.).
  3. Send 0.02 ETH to the provided address.
  4. After successful payment, you’ll receive a token to run sphnctl fizz start --token <your-token>.
• ETH Source: If you don’t have ETH, purchase it on an exchange (Binance, Coinbase, etc.) or convert from a fiat wallet, then transfer it to MetaMask.

6. Conclusion

Spheron Network and Fizz Node represent a significant advancement in edge and decentralized computing, offering a powerful, flexible, and cost-effective solution for developers and businesses. With the Spheron dashboard and sphnctl, deploying Fizz Node is simple, requiring just a few steps and a 0.02 ETH registration fee. By joining the Spheron Network, you not only optimize your resources but also contribute to the global decentralized computing ecosystem.

Start with Fizz Node today by following the instructions on the dashboard, or join the Spheron community at docs.spheron.network, Discord, and Twitter to explore the potential of this platform. Spheron is not just a technological solution—it’s a gateway to the future of decentralized computing.