Beijida Technology
Having high-quality networks and connectivity infrastructure are most important and hold great significance for countries in today's interconnected world.
A robust and reliable network enables seamless communication, efficient data transmission, and easy access to information, boosting innovation, economic growth, and social development. High-speed internet connectivity empowers individuals, businesses, and
governments to connect globally, collaborate remotely, and access advanced technologies.
As one of the first companies who did it, we’ve used the power of AI Machine Learning and Data Science to achieve substantial
improvements in data transmission performance on a variety of network environments.
Beijida provides a solution that once integrated in an existing network environment, increases the upload and download speed by a factor of 2-3 times. Beijida is available in two forms: Pure software, and hardware products.
Technology Background
We’ve developed an extensive model containing an analysis of all X=[(2^12000)-1] probabilities fitting into a data packet with a standard MTU of 1500 Bytes. This is the core inventiveness of Beijida. Creating a dictionary containing the analysis of such massive database was painstakingly challenging. We had to create 2.29 x 10^3612 queries to cover all the probabilities of any data fitting into a standard MTU data packet. Using traditional methods, it would have taken hundreds of years to process such massive database, and besides there’s no sufficient available data storage device to fit all those data in the world.
Therefore, we created a new method to analyze each individual data packet with a maximum size of 1500 Bytes using AI and predictive algorithms.
The result is that Beijida always has a prior knowledge about the binary data inside each data packet among all the data packets in a long queue, before even the data packets hit Beijida. This enables Beijida to recreate the data packet on its own and send it to the destination, without waiting for the actual data packets in the existing queue to be sent to the destination by the source device.
Data Buffering Technology
The transmission of very small files, such as Bytes or Kilobytes, often faces challenges in networks due to several factors. One primary reason is the inherent overhead associated with the data transmission process. When transmitting files, networks incur a certain amount of fixed overhead for each transmission, including protocol headers, acknowledgment signals, and other control information. For small files, this overhead becomes a more significant proportion of the total data being transferred, making the effective data transmission rate lower compared to larger files.
Additionally, many network protocols and systems are optimized for handling larger data payloads efficiently. Small files may not fully utilize the available bandwidth because the time it takes to establish and manage the connection can outweigh the time required to transmit the actual data. This inefficiency is more pronounced with conventional transmission methods.
Allow us to introduce "Data Buffering Technology," our latest advancement designed to enhance the transmission of small files and address the above mentioned problems. With finely tuned algorithms tailored for efficient network acceleration, our technology offers superior performance while minimizing computational resource consumption. Boasting enhanced security and reliability features, it ensures a seamless and dependable data transfer experience. Experience the future of connectivity with Data Buffering Technology – where optimized speeds meet heightened efficiency.