Seven Major Trends in the Encryption Field in 2025

With the rapid development of the encryption currency industry, the coming year will present some important trends. Below is a discussion of the seven key trends in the encryption field for 2025:

1. Enterprises widely adopt stablecoin payments

Stablecoins are gradually gaining recognition among businesses as a low-cost and fast global payment method. A larger wave of experimentation is expected to arrive in 2025. Small businesses such as restaurants and coffee shops, which face high payment costs, may be the first to turn to stablecoin payments to save on transaction fees. Large enterprises will also begin to explore stablecoins, directly enhancing profit margins. At the same time, businesses will seek new solutions to address issues such as fraud protection and identity verification.

2. Government bonds on the blockchain become a new trend

Some countries may begin to pilot the issuance of on-chain government bonds, which will create a government-backed digital asset with interest. On-chain government bonds can provide a new source of collateral for decentralized finance ( DeFi ), increasing the stability of the ecosystem. Countries like the UK have started to explore the possibilities of digital securities. In the United States, more discussions are expected on how blockchain can enhance the transparency, efficiency, and participation of bond trading.

3. DUNA Becomes the New Standard for Blockchain Networks in the United States

The decentralized non-profit association ( DUNA ) is expected to become the industry standard for encryption projects in the United States. DUNA provides legal status for decentralized autonomous organizations ( DAO ), which is beneficial for promoting economic activities, protecting token holders, and addressing tax compliance needs. As the United States accelerates the development of its encryption ecosystem, it is expected that more states will follow suit and adopt similar structures.

4. Developers reuse existing infrastructure more

It is expected that by 2025, more teams will reuse existing blockchain infrastructure components, such as consensus protocols, staking capital, and proof systems. This approach can help developers save time and effort, allowing them to focus on the unique value of their products or services. Successful teams will be those that can effectively leverage complex supply chains.

5. Rise of Exclusive Application Stores in the Encryption Industry

Emerging encryption app stores and markets are providing distribution and content discovery features without strict reviews. Hardware devices ( such as mobile phones or authentication devices ) may become key advantages of encryption app stores. At the same time, some products with established distribution channels may consider migrating to the chain.

6. Users Transition from Holders to Active Users

In 2025, encryption technology is expected to further develop into a movement of computational technology. The focus will be on activating currently "passive" holders of encrypted assets and converting them into more active users. With improvements in blockchain infrastructure and reduced transaction costs, new applications will gradually emerge for existing and new users.

7. "Hiding Technical Details" Aids the Popularization of Web3 Applications

In 2025, the industry will focus more on simplifying the user experience, hiding complex technical details. The best decentralized applications will adopt more intuitive interface designs, making operations simple and understandable. Successful products will require little explanation and will directly address user issues. This approach is expected to drive the widespread adoption of Web3 applications.

In addition, the decentralized governance field will see some important trends in 2025, including AI-assisted voting delegation mechanisms, smarter participation incentive mechanisms, and more efficient public goods funding support. These innovations will bring new possibilities for the development of decentralized organizations.