Asymmetric Encoding Data Transmission Security
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Solution Overview
Problem
Current data transmission technologies face challenges in maintaining security due to rapid advancements in AI and processors, and they struggle to handle multiple heterogeneous communication channels effectively, leading to increased complexity and costs in security maintenance.
Innovation Solution
A data transmission system and method that involves pre-processing original data based on its source, performing asymmetric encoding packing on the transmitter device, and multiplex-decoding on the receiver device to increase the complexity of encoded data, thereby enhancing security and convenience across different communication channels.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If conventional data transmission technologies are used, then implementation is simple, but security is compromised due to rapid AI and processor developments enabling faster reverse cracking
Solution Approach 1:
The patent segments the encoding process into multiple independent asymmetric encoding operations applied to different data streams. Each data stream undergoes separate encoding with different encoding parameters, creating multiple encoded data streams that must be collectively cracked to compromise security. This segmentation multiplies the security complexity without requiring a single overly complex encoding algorithm.
Solution Approach 2:
The patent employs asymmetric encoding where the encoding process and decoding process use different algorithms or parameters. The transmitter uses one set of encoding rules while the receiver uses a corresponding but different decoding set, creating an asymmetric relationship that enhances security. This asymmetry makes reverse cracking more difficult while maintaining manageable system complexity through the use of established asymmetric cryptographic principles.
2Reliability
If individual security enhancement is performed for each communication channel, then security for that channel is improved, but overall system security maintenance becomes increasingly difficult and costly
Solution Approach 1:
The patent implements a universal security processing framework that handles multiple heterogeneous communication channels through a single integrated approach. The same asymmetric encoding mechanism is applied across wired, wireless, and mobile communication channels, providing uniform security enhancement. This multi-functional approach simplifies security maintenance by using consistent protocols and procedures across all channels rather than requiring separate security implementations for each channel type.
Solution Approach 2:
The patent merges multiple data streams from different communication channels into a unified encoding process. By combining the security processing for multiple channels into a single systematic approach, the patent reduces the operational burden of maintaining separate security measures. The integrated framework processes and manages security for all channels simultaneously, making security maintenance more efficient and cost-effective.
3Quantity of substance
If data amounts from non-conventional source apparatuses expand, then data transmission capacity increases, but handling security for multiple heterogeneous sources becomes extremely challenging
Solution Approach 1:
The patent segments incoming data from multiple non-conventional sources into distinct data streams, each undergoing independent asymmetric encoding. This segmentation allows the system to handle expanding data volumes from diverse sources without creating a single point of complexity. Each data stream is processed separately through standardized encoding procedures, making security management scalable as data volume increases.
Solution Approach 2:
The patent applies different encoding parameters for different data sources and channels, allowing flexible adaptation to varying data characteristics. By changing encoding parameters rather than creating entirely different encoding systems for each source, the patent manages security complexity efficiently. This parameter-based approach allows the system to handle expanding data volumes from heterogeneous sources using a unified framework with adjustable parameters.
Data Source
AI summary
Data transmission system and method with high security are introduced for communicative connection of a transmitter device to a receiver device through a data transmission channel. The transmitter device includes multiple asymmetric encoding packers, and the receiver device includes a multiplex-decoding processor corresponding to the asymmetric encoding packers. After the transmitter device performs pre-processing on original data according to a source of the original data, the asymmetric encoding packers perform encoding packing on the pre-processed original data and generate multiple encoded data. The encoded data are sent to the receiver device through the data transmission channel, and are decoded by the multiplex-decoding processor to obtain restored data. Accordingly, enhancing security and convenience of data transmission are achieved.