AES-256 encryption vs. ten thousand lock management: the core technological advantage of battery free locks

In the field of smart locks, safety and convenience have always been the focus of user attention. As a new generation of locks, the battery free lock, with its AES-256 encryption technology and ten thousand lock management system, perfectly solves the security risks and management problems of traditional locks, and redefines the technical standards of locks. This article will delve into the principles and advantages of these two technologies, leading you to understand why battery free locks have become the preferred choice for modern security.

AES-256 encryption: an unbreakable security defense

（1） Principles and Security of Encryption Technology

AES (Advanced Encryption Standard) stands for Advanced Encryption Standard, with 256 bit encryption being its highest level of security. It uses complex mathematical algorithms to convert raw data (plaintext) into garbled code (ciphertext), and only devices with the correct key can restore the ciphertext. This encryption method has a key space of up to 2 ㎡⁵⁶ combinations, and even with the world's most powerful supercomputer brute force cracking, the required time far exceeds the lifespan of the universe, theoretically eliminating the possibility of being cracked.

Compared with traditional locks, mechanical locks are prone to prying and copying keys, while ordinary electronic locks have simpler encryption algorithms and pose a risk of data leakage. The battery free lock adopts AES-256 encryption, which encrypts the entire data transmission and storage process. Whether it is communication between the door lock and the key, or cloud data storage, it can resist threats such as hacker attacks and data theft, providing users with bank level security protection.

（2） Security guarantee in practical application scenarios

In scenarios such as enterprise data centers and financial institution safes that require high security, AES-256 encryption technology without battery locks plays a crucial role. Taking enterprise data centers as an example, server cabinets store massive amounts of core data, and any leakage would cause incalculable losses. The battery free lock is encrypted with AES-256 to ensure that only authorized personnel's electronic keys can open the cabinet, and the communication data between the key and the lock cannot be intercepted or cracked, building a strong defense line for data security.

Wanlock Management: Efficient and Convenient Intelligent Management System

（1） The functions and advantages of Wanlock management system

The Wanlock Management System is another core technology of battery free locks, which breaks the limitations of traditional locks with "one key opening one lock" and achieves an efficient management mode of "one electronic key controlling ten thousand locks". Administrators only need to make simple settings in the backend system to assign different unlocking permissions to electronic keys, including the range of locks that can be opened, unlocking time limits, etc.

This management approach greatly improves management efficiency and reduces management costs. In large commercial complexes, industrial parks, and other scenarios, traditional mechanical locks require each lock to be equipped with a corresponding key. The number of keys is large, and management is cumbersome and prone to errors. The battery free lock management system allows administrators to easily manage all door locks through electronic keys, without the need to carry a large number of keys or frequently replace lock cores, saving a lot of manpower, material resources, and time costs.

（2） Multi scenario adaptation and flexible application

The Wanlock management system is suitable for various scenarios. In the hotel industry, staff only need one electronic key to unlock the locks of different rooms, warehouses, and equipment rooms according to their permissions, improving service efficiency; In schools, administrators can use electronic keys to manage the door locks of teaching buildings, laboratories, libraries, and other places, while setting different permissions for different personnel to ensure campus security.

Battery free lock: the perfect product of the integration of two major technologies

AES-256 encryption technology and Wanlock management system do not exist in isolation, but are integrated and complementary to each other. Under the premise of ensuring security, the Wanlock management system uses AES-256 encryption technology to ensure the secure transmission and storage of key permission data, preventing permission tampering; At the same time, the efficient lock management function makes the application of AES-256 encryption technology more convenient, and users do not need to equip each lock with complex security protection. One electronic key can achieve the security management of all locks.

The battery free lock, with its two core technological advantages of AES-256 encryption and ten thousand lock management, far exceeds traditional locks in terms of security, convenience, and management efficiency. Whether safeguarding important assets or improving daily management efficiency, battery free locks can provide users with reliable and intelligent solutions. In the future, with the continuous development of technology, battery free locks will play an important role in more fields, bringing more convenience and safety to people's lives and work. If you are looking for a high-performance lock, why not delve into battery free locks and embark on a new era of intelligent security.