The new era of messaging applications will soon exceed the gap adopted by the scale of Web3. Web3 messaging applications will become an integral part of blockchain ecosystem software. Users can communicate with each other in a secure, immediate, decentralized way, and interact with fragmented applications (Dapp) and the protocol itself. This editorial will explore the benefits and challenges of Web3 messaging applications and their impact on future communications.

For example, the Web3 message reception protocol of the Extensible messaging Protocol (XMTP) is carried out on a fragmented communication system, applying an equivalent system architecture to facilitate communication between verifiable identifiers such as the public detailed address of Ethernet Square or the name service domain of Ethernet Square. Unlike other messaging service platforms such as Telegram or Discorde, such platforms are centralized and rely on a central server for router messages, while the Web3 messaging protocol uses the fragmented Internet to create a distrustful natural environment in which users can communicate without any intermediary through their wallets.

One of the advantages of Web3 messaging protocols is that they are permeable and ensure message security. In traditional messaging software, messages are generally stored on a central server, which makes them vulnerable to hacker attacks and information disclosure. By contrast, the Web3 messaging protocol uses encryption to protect messages from unauthorized browsing, making them virtually impossible to block or decipher.

In addition, it is very easy for the recipient of the message to confirm the authenticity of the message sender's information. If you look at Twitter or do not follow the URL, you will find that they are filled with fraudulent companies and launch Internet middleman attacks through "official websites" that misrepresent their accounts. When using Web3 messaging applications, it is easy to verify the authenticity of the sender's information and greatly reduces the chance of becoming the victim of a fraudster because he can quickly confirm it on the chain.

Another advantage of Web3 message format transmission protocol is that they can provide code-scanning payment for message format transmission. Micropayments can help crack down on spam and deliberate e-mail, as spammers are less likely to spend money on low-quality emails.

Naturally, if customers are unwilling to pay other fees when pushing messages, they do not have to pay other fees, but they have a role in requiring senders to pay fees to push messages for them, thereby reducing spam and increasing income at the same time. You can imagine the effect that if people who are not in your mobile phone contact need to call you, they are asked to pay a certain amount of OTP, which is locked, and if the message is real rather than spam, the sender can return the OTP. This can solve the spam problem of Web2.

However, there are also tests related to Web3 messaging applications. A key key is scalability, because the infrastructure construction of most blockchain systems at this stage is not suitable for the traditional messaging service platform to handle a lot of messages. In addition, the Web3 messaging protocol requires some technical knowledge at this stage, and it may prevent consumers who are not very skilled from choosing them.

All these problems have been or are ready to be solved in a timely manner. With more and more scalable solutions in the country, the scalability challenge will be solved in time-or, in some cases, overcome. Invented account abstraction solutions have been created that will not require the average user to be technically skilled to interact with them.

In addition, the Web3 message format transmission protocol may become a means of communication for criminals, with the penetration of the network making it impossible for law enforcement agencies to track and track illegal activities. Therefore, there must be clear regulations and basic guidelines to ensure that Web3 messaging protocols are not used for evil purposes.

Despite this test, the potential for the development of Web3 messaging applications is great. As the world becomes more intelligent, the need for secure, fragmented communications can only increase again. Web3 messaging applications have the potential to change the way we communicate to bring personal privacy, security, and clarity to a new level. As the data moves along the chain, inconsistencies and Twitter will be eliminated.

Web3 messaging protocol is a promising trend in the blockchain ecosystem. It provides a secure and decentralized way to communicate between customers, Dapp and protocols. Although the choice of Web3 messaging protocol brings some tests, such as scalability and misuse risk, the benefits of Web3 messaging protocol outweigh the risk. With the rapid development of blockchain, we can expect to see a lot of breakthroughs in the Web3 messaging industry, in order to make old applications obsolete and communications in the new era.

Darius Moukhtarzadehis an entrepreneur and advisor focused on decentralized social media applications. He's the co-founder of memester.xyz, an NFT meme platform on Lens Protocol, and previously worked as a researcher for Sygnum, a digital asset bank. He also worked for Ernst & Young in blockchain consultancy and for several startups in the Swiss Crypto Valley.