The supernet is suitable for the communication between different block chain networks, and the property and information can be transmitted among different block chains, which greatly improves the effectiveness of the whole system.

In addition, according to the interconnection network, it is possible to share infrastructure network resources, thus controlling costs and improving overall efficiency. By enabling property to be browsed through many networks, they can significantly improve liquidity, which will increase the use value of assets.

This paper discusses the concept of supernet, how to achieve supernet, its advantages and disadvantages, and the biggest difference between supernet and subnet mask.

What is supernet?

Supernet, also known as Metanet, is a network network that can be used for interoperability and cross-communication among different block chain networks. The idea behind the supernet is to create a decentralized network that allows different types of blockchain service platforms to communicate and interact with each other without the need for centralized intermediaries to create a unified ecosystem. In addition, the effectiveness and speed of trading and communication between various block chains can be significantly improved.

Extraordinary networks also have the advantage of promoting a new blockchain technical service and APP development, and these services and applications need to combine the advantages of many blockchain. This may create new opportunities for the development and innovation of blockchain markets. Cross-chain communication is another function of the supernet, which allows the middle of the chain to connect and pay, adding value to customers.

How does Supernet work?

To realize the supernet, a variety of protocols and technologies are used, such as atomic interchange, cross-chain communication protocol and main chain. These technologies allow different types of block chains to communicate and interact with each other and can be called a "highway bridge" between different networks.

Atomic exchange, sometimes referred to as atomic cross-chain trading, allows cryptocurrency transactions to continue without the use of intermediate retailers. This is also done by developing a blockchain intelligence contract on one blockchain, which encrypts the data of the assets being traded, opens after the transaction is completed, and then releases them on another blockchain. This also allows property to be moved between the blockchain without the need for centralized swaps.

To achieve communication and interaction across several block chains, cross-chain communication protocols such as Cosmos and Polkadot are used. This agreement enables many blockchains to exchange information content and assets, and to develop and design decentralized application processes that integrate the competitiveness of a variety of blockchains.

Another theory used in supernets is the main chain. The main chain is transferred to the main block chain and allows the property to move additional block chains between the two. This allows for more scalability and personal privacy, as well as its ability to experiment with new technology applications and consensus mechanisms without changing critical block chains.

How to set a supernet for a network

Supernets or networks can be built using a variety of technologies and protocols, which is a complex process. The following is a general summary of the processes involved in establishing a supernet:

The network to which you intend to connect

The process of building a supernet begins with the preparation of various block chain networks to be connected. In order to promote smooth communication and interaction, such networks should have the same protocols and objectives.

Perform atomic interchange

Atomic exchange is a key technology to promote the transfer of property in the middle of various block chains, which allows cross-chain trading between various block chains.

Develop and design cross-chain communication protocols

It is important to establish cross-chain communication protocols, such as Cosmos and other corresponding protocols, and to achieve communication and interaction across various block chains. Such agreements can exchange information content and assets among many block chains.

Establish an edge chain

The main chain is a separate block chain, which operates in parallel with the main block chain and is transmitted to the main block chain through a double hook. This means that property can be transferred from the main block chain to the main chain, and vice versa. Each main chain in a special network has a professional role, such as giving personal privacy and scalability, or applying special property.

Evaluation and deployment

Once the supernet infrastructure is set up, it is very important to fully test it before building it. This process will help identify and recover from any errors or inaccuracies that may occur.

Promotion

Once the extraordinary network is established, the next stage is to fully promote this new upgraded infrastructure. Building a developer community, forming alliances with other solutions, and rewarding people who add networks all help to achieve this goal.

The above process outlines the process of building an extraordinary network, which is likely to be very complex and requires different levels of expertise, which actually lies in specific test cases.

How to identify the detailed address of the supernet

The network detailed address caused by combining several network detailed addresses is called the supernet detailed address. The whole process of marking a supernet address is called a supernet or classless interdomain router (CIDR).

The following process is suitable for marking the detailed address of the supernet:

For example, suppose there are two types of networks:

We need to supernet these two networks, and we need to find the main network subnet mask that can cover these two networks. In this example, the primary subnet mask that works is the / 23 subnet mask (255.255.254.0). A new network quality can be obtained by counting the sharing stream board bitdogs in the network segment of the address. This allows users to form supernet detailed addresses by aggregating two networks into one more network, which can be represented as:

This supernet can be used to replace these two separate networks, and all IP addresses within the supernet range can be routed to the appropriate effect network. Supernetting helps to reduce the total number of routers in the default route, making it easier for wireless routers to manage total network traffic and improve the efficiency of IP addresses. However, it is important to pay special attention to that the whole process of supernetting must have a very good grasp of Internet Protocol (IP) addressing and network partition.

Advantages of supernetting

CIDR is a technology that builds supernet addresses based on the detailed addresses that make up several networks. There are many advantages in life, including:

• Efficient application of IP address: connect several networks into a supernet according to the supernet, which can apply the IP address more effectively. This helps conserve IP addresses and prevent IP addresses from running out.
• Improve the efficiency of the router: the supernet can help minimize the total number of contents in the default route, thus reducing the amount of running memory and processing required by the total traffic of the router, thus improving the efficiency of the router.
• Easier network management methods: supernet technology can reduce the total number of networks that must be managed and equipped, thus simplifying network management methods. This helps simplify network management methods and reduce the total number of errors and incorrect equipment.
• Improve the safety factor: according to reducing the total number of computer networks and potential attack surfaces, Supernet can also increase the safety factor by making it more difficult for hackers to attack the network.
• Interoperability: this is the core feature of SuperNet networks, based on the use of mainchain and cross-chain atomic interchangeability. This also allows users to splice seamlessly and efficiently across different block chain management methods and payment digital currencies.
• Scalability: the application of supernet technology can build a network that can be expanded or converged according to the needs to meet the changing requirements.

Despite the above advantages, supernet division should still be completed cautiously, and if careless, it will bring more security risks.

The defect of supernet partition

Although supernetting (also known as CIDR) has many advantages, there are some potential disadvantages that should be considered:

• Diversity: this should be an exciting technology, with a firm grasp of IP addressing and network subnet mask division in order to implement supernetting. In addition, if it requires specialized hardware and software, it increases costs and network diversity.
• Security risks: if the supernet is divided incorrectly, new security problems may arise. Merging many networks into a single supernet may increase the attack surface and make network security more interesting.
• Compatibility issues: supernet resolution may cause compatibility problems with some network devices and software that may not support CIDR.
• Enhances the diversity of routers: supernetting may make finding the right route for data files increasingly risky, which may increase the diversity of routers. This may result in increased latency and reduced network performance.
• Lack of granularity distribution: supernets may make it more and more difficult to divide networks and establish smaller, more secure subnet masks. Therefore, the key management of specific network resources or devices is likely to become more and more difficult.
• Scalability is limited: supernets limit scalability because it makes it difficult to add new networks to the current supernet.

However, the above defects of supernet division can be alleviated by maintaining the network according to appropriate planning and implementation and using appropriate security measures.

What is the difference between the subnet mask and the supernet?

Smaller networks are generally called one or more sub-networks, and larger networks can be divided into smaller, more manageable networks. Subnetting divides the network into smaller, more separate parts, thereby improving construction and security.

Each subnet mask can be created and managed separately, and can have its own set of network detailed addresses. In all kinds of networks, such as those used by companies or individuals, subnetting masks is a typical method of processing. On the other hand, several networks are connected to form a supernet, which allows them to influence and communicate with each other to form a single ecosystem.

The following is an introduction to the comparison between supernetting and subnetting:

How to manage the very network

A complete grasp of IP addressing and network partition is necessary for the management method supernet. The following are some general requirements of the management method supernet:

Develop a network plan

Before implementing the supernet, it is important to establish a comprehensive network countermeasure, the goal and purpose of the specific network, and the special provisions of each unique network that will be included in the supernet.

Creation and renovation

Create established lines of responsibility and decision making for extraordinary networks. This includes clarifying who will be in charge of the network, who will have the right to browse the network and who will be able to change the network configuration.

Conduct learning and training for employees

The special online marketing team needs to have the knowledge and skills needed to set up and run the network. He should accept the specific guidance on how to use the special technology used in the supernet and the contract.

Plan and execute network integration

Identify how various networks should be connected and how they should exchange network resources as part of more network integration. Then, the hardware and software needed for assembly connect the network together and put them together into the supernet. This may include network management system software, network switches, routers, and network firewalls.

Apply appropriate security measures

The application of appropriate security policies, such as network firewall, intrusion prevention system, protection system and other security technologies, is particularly important to ensure the security of the network.

Supervision and maintenance of the network

Be sure to supervise and maintain the network on time to ensure its proper operation and immediately identify and restore other problems.

Application of special tools for standardized management

Centralized management tools can provide point-and-shoot manipulation for all networks, thus helping to simplify supernet regulation.

Maintain system updates

If the mobile software stays new, the network can be protected from known system vulnerabilities and run the latest security updates.

Fault handling of data recording

According to appropriate text documentation and fault handling, the network is easier to recognize and manage methods.

Detection network

Regular network testing is likely to help identify and restore all potential problems. This can be done with basic website penetration testing and other security testing techniques.

Generally speaking, if you want to manage the supernetwork efficiently, it is very important to have a deep understanding of network infrastructure construction, security and organizational management.