MT4 Archiving – Efficient Order Archiving for MT4 Servers

MT4 Archiving is a powerful application designed to help brokers and financial institutions archive trading orders on the MT4 server. This tool is specifically built to enhance data management and improve server performance by efficiently storing and retrieving trading records. With a variety of customizable parameters, users can tailor the archiving process to their specific needs, such as selecting particular user groups, symbols, or time periods for processing. Whether it’s archiving closed orders or balance operations, MT4 Archiving provides a flexible solution that fits the operational requirements of any trading environment.

How it works

The archiving process is streamlined and efficient, with the tool able to handle large volumes of data. By optimizing the way trading data is stored, MT4 Archiving ensures that the performance of the MT4 server is not impacted by the accumulation of large amounts of order history. The system can process more than one million orders per minute, matching the speed of hard disk writing and reading, making it suitable for high-traffic servers that need to store and access large datasets rapidly. Whether you are managing a single trading platform or multiple servers, this archiving solution provides a scalable approach to data storage.

Key Benefits:

Customizable Archiving Parameters

Select user groups, symbols, and time frames for specific data processing.

High-Speed Archiving

Capable of processing over one million orders per minute without performance degradation.

Efficient Data Management

Helps brokers manage large volumes of trade data without affecting server performance.

Archiving Flexibility

Option to include or exclude closed orders and balance operations as needed.

Resilient and Scalable

Built to handle high volumes of orders, making it suitable for brokers with large client bases or multiple trading platforms.

Streamlined Storage and Retrieval

Fast writing and reading speeds ensure smooth operation even in high-load environments.