In the rapid development of blockchain technology today, the security and resilience of decentralized applications (dApps) have become the focus of developers’ attention. As a Web3 AI Cloud Platform, 4EVERLAND is committed to helping developers easily build secure and decentralized frontend applications.

This article will take you to understand the importance of frontend decentralization and how 4EVERLAND can safeguard the Web 3.0 ecosystem through simple and efficient solutions.

In blockchain applications, the frontend serves as the window through which users interact with blockchain. If the frontend is hosted on traditional centralized servers, it may face the risk of single-point failures or attacks. Once hackers invade the frontend, users may be directed to fake interfaces, resulting in data leakage or even financial losses.

In February 2025, the cryptocurrency exchange Bybit suffered a severe hacker attack, losing approximately $1.4 billion worth of Ethereum. This incident stemmed from vulnerabilities in the frontend infrastructure of Safe(Wallet). Hackers broke into Safe developers’ machines through social engineering, implanted malicious JavaScript, and tampered with Bybit’s trading interface. Unknowingly, Bybit employees conducted transfer operations, and the funds were transferred to addresses controlled by hackers.

This incident exposed the fatal weakness of centralized frontends: once the frontend is tampered with, users will face huge security risks. It not only damages user trust but also sounds the alarm for the entire industry.

Imagine such a scenario: a centralized frontend is breached by malicious code, with its core logic surreptitiously altered — users unknowingly interact with tampered interfaces, putting their assets at risk. In contrast, a decentralized frontend built on IPFS/AR protocols leverages their immutable data properties. Every piece of content is anchored with cryptographic guarantees, making unauthorized tampering virtually impossible. Beyond tamper resistance, decentralized frontends also address availability risks: by distributing content across multiple nodes, they ensure services remain accessible even if individual nodes fail. This dual protection — against tampering and downtime — embodies the security vision of Web 3.0.

Faced with the risks of centralized frontends, some leading blockchain projects have taken action. Uniswap and Lido have significantly improved frontend security and reliability by using IPFS (InterPlanetary File System) and CID (Content Identifier) technologies.

The decentralized exchange Uniswap deploys its frontend interface on IPFS and generates a unique CID for each version. The CID is like a “digital fingerprint”, through which users can verify the authenticity of the frontend content and ensure that they are accessing the untampered official interface. Even if the frontend is attacked, users can still access the secure version through the IPFS gateway to ensure transaction security. This method not only improves security but also enhances users’ trust in the platform.

The staking service platform Lido deploys its frontend staking widget on IPFS and uses CID to ensure content integrity. Even if the main hosting service is interrupted due to failures or attacks, users can still access the real frontend interface through the IPFS network, avoiding service unavailability or security risks caused by single-point problems. This decentralized approach provides additional protection for Lido’s users and sets a benchmark for the industry.

These practices show that IPFS can effectively address frontend security challenges, providing users and developers with higher credibility and reliability. Within these successful cases, 4EVERLAND is committed to promoting our technologies to more scenarios.

4EVERLAND is a Web 3.0 platform integrating storage, computing, and network functions, aiming to help developers seamlessly transition from Web 2.0 to Web 3.0. Its frontend hosting solution is not only safe and reliable but also pays special attention to usability and cost-effectiveness. Here are several highlights of 4EVERLAND:

• Decentralized Hosting to Eliminate Risks

4EVERLAND supports multiple decentralized protocols, such as IPFS, Arweave, Dfinity ICP, and BNB Greenfield. By distributing frontend content across multiple nodes in the network, even if a certain node has problems, users can still access the application. This design makes it difficult for hackers to launch concentrated attacks, greatly improving security.

• Content Verification to Ensure Authenticity

With the help of IPFS Content Identifier, 4EVERLAND ensures that the frontend content accessed by users is authentic and credible. The CID can verify whether the content has been tampered with, allowing users to use it with confidence. Whether through IPFS or other protocols, 4EVERLAND provides developers with one click simple way to generate and manage CIDs(or Hashs).

• Global Acceleration and Privacy Protection

In addition to security, 4EVERLAND also has a built-in global acceleration function (with global edge nodes) to ensure that users can quickly load applications no matter where they are. At the same time, it provides privacy protection functions to keep sensitive data away from prying eyes.

• Simple and Efficient Deployment Experience

For developers, time is money. 4EVERLAND allows you to deploy a website in 30 seconds, supports multiple popular frameworks, and offers free entry options. Both novice and senior developers can get started quickly.

As the blockchain industry continues to grow, the need for secure and decentralized frontend solutions becomes increasingly critical. 4EVERLAND stands at the forefront of this movement, offering developers a powerful platform to host their dApps securely and efficiently. By choosing 4EVERLAND, developers not only enhance the security of their applications but also contribute to the broader goal of a decentralized web.

In the rapid development of blockchain technology today, the security and resilience of decentralized applications (dApps) have become the focus of developers’ attention. As a Web3 AI Cloud Platform, 4EVERLAND is committed to helping developers easily build secure and decentralized frontend applications.

This article will take you to understand the importance of frontend decentralization and how 4EVERLAND can safeguard the Web 3.0 ecosystem through simple and efficient solutions.

In blockchain applications, the frontend serves as the window through which users interact with blockchain. If the frontend is hosted on traditional centralized servers, it may face the risk of single-point failures or attacks. Once hackers invade the frontend, users may be directed to fake interfaces, resulting in data leakage or even financial losses.

In February 2025, the cryptocurrency exchange Bybit suffered a severe hacker attack, losing approximately $1.4 billion worth of Ethereum. This incident stemmed from vulnerabilities in the frontend infrastructure of Safe(Wallet). Hackers broke into Safe developers’ machines through social engineering, implanted malicious JavaScript, and tampered with Bybit’s trading interface. Unknowingly, Bybit employees conducted transfer operations, and the funds were transferred to addresses controlled by hackers.

This incident exposed the fatal weakness of centralized frontends: once the frontend is tampered with, users will face huge security risks. It not only damages user trust but also sounds the alarm for the entire industry.

Imagine such a scenario: a centralized frontend is breached by malicious code, with its core logic surreptitiously altered — users unknowingly interact with tampered interfaces, putting their assets at risk. In contrast, a decentralized frontend built on IPFS/AR protocols leverages their immutable data properties. Every piece of content is anchored with cryptographic guarantees, making unauthorized tampering virtually impossible. Beyond tamper resistance, decentralized frontends also address availability risks: by distributing content across multiple nodes, they ensure services remain accessible even if individual nodes fail. This dual protection — against tampering and downtime — embodies the security vision of Web 3.0.

Faced with the risks of centralized frontends, some leading blockchain projects have taken action. Uniswap and Lido have significantly improved frontend security and reliability by using IPFS (InterPlanetary File System) and CID (Content Identifier) technologies.

The decentralized exchange Uniswap deploys its frontend interface on IPFS and generates a unique CID for each version. The CID is like a “digital fingerprint”, through which users can verify the authenticity of the frontend content and ensure that they are accessing the untampered official interface. Even if the frontend is attacked, users can still access the secure version through the IPFS gateway to ensure transaction security. This method not only improves security but also enhances users’ trust in the platform.

The staking service platform Lido deploys its frontend staking widget on IPFS and uses CID to ensure content integrity. Even if the main hosting service is interrupted due to failures or attacks, users can still access the real frontend interface through the IPFS network, avoiding service unavailability or security risks caused by single-point problems. This decentralized approach provides additional protection for Lido’s users and sets a benchmark for the industry.

These practices show that IPFS can effectively address frontend security challenges, providing users and developers with higher credibility and reliability. Within these successful cases, 4EVERLAND is committed to promoting our technologies to more scenarios.

4EVERLAND is a Web 3.0 platform integrating storage, computing, and network functions, aiming to help developers seamlessly transition from Web 2.0 to Web 3.0. Its frontend hosting solution is not only safe and reliable but also pays special attention to usability and cost-effectiveness. Here are several highlights of 4EVERLAND:

• Decentralized Hosting to Eliminate Risks

4EVERLAND supports multiple decentralized protocols, such as IPFS, Arweave, Dfinity ICP, and BNB Greenfield. By distributing frontend content across multiple nodes in the network, even if a certain node has problems, users can still access the application. This design makes it difficult for hackers to launch concentrated attacks, greatly improving security.

• Content Verification to Ensure Authenticity

With the help of IPFS Content Identifier, 4EVERLAND ensures that the frontend content accessed by users is authentic and credible. The CID can verify whether the content has been tampered with, allowing users to use it with confidence. Whether through IPFS or other protocols, 4EVERLAND provides developers with one click simple way to generate and manage CIDs(or Hashs).

• Global Acceleration and Privacy Protection

In addition to security, 4EVERLAND also has a built-in global acceleration function (with global edge nodes) to ensure that users can quickly load applications no matter where they are. At the same time, it provides privacy protection functions to keep sensitive data away from prying eyes.

• Simple and Efficient Deployment Experience

For developers, time is money. 4EVERLAND allows you to deploy a website in 30 seconds, supports multiple popular frameworks, and offers free entry options. Both novice and senior developers can get started quickly.

As the blockchain industry continues to grow, the need for secure and decentralized frontend solutions becomes increasingly critical. 4EVERLAND stands at the forefront of this movement, offering developers a powerful platform to host their dApps securely and efficiently. By choosing 4EVERLAND, developers not only enhance the security of their applications but also contribute to the broader goal of a decentralized web.