Enhancing Digital Resilience for Portals
Strengthening Website Infrastructure Security
Digital Resilience refers to the ability of a portal to quickly recover, adapt, and grow when faced with digital challenges and threats. By utilizing a decentralized fractal encryption storage engine as the file system for critical infrastructure, the website ensures that even if the primary node server becomes inaccessible, file access services can still be provided through other node servers.
Applicable Products
FractalAPI Engine
A New Era of Data Security
Features of Strengthening Website Infrastructure Security
Enhancing the Security of Physical File Storage for Websites
Even with the existing application layer encryption mechanism to encrypt files, traditional infrastructure that stores files on a file server may still be vulnerable to data theft due to targeted attacks on single-point servers. By adopting a decentralized file system with the characteristics of a fractal encryption engine, sensitive protected files are distributed across multiple service nodes rather than being concentrated on a single server. This changes the physical storage method of data and reshapes the ownership and access rights of data, thereby enhancing its security, availability, and durability.
Enhancing Website Security, Performance, and Reliability with a Reverse Proxy Architecture
By establishing service nodes with the characteristics of a decentralized file system using a fractal encryption engine and configuring a reverse proxy server, the system can leverage load balancing advantages to distribute traffic across multiple node servers. This prevents any single server from becoming overloaded and ensures stable website operation. Additionally, it can obscure the source IP of file access to prevent node servers from becoming targets of attacks.
Encrypting Files and Converting Them to Fractal Formats to Enhance Access Security
Encrypted files can be directly converted into fragmented storage through the fractal engine, providing data redundancy features to ensure that data is stored across multiple node locations, preventing data loss or damage. This architecture enhances data availability and durability, especially in the event of hardware failures, network interruptions, or natural disasters.
Illustration of Strengthening Website Infrastructure Security
