New 2D Code Patent
The new 2D code patent introduces an innovative two-dimensional code characterized by its use of unique symbols, which includes both reference and data symbols. This design enhances the efficiency and effectiveness of data representation within the code.
Figure 1A
Two-Dimensional Code and method and system for generating and reading thereof.
Figure 1A showcases an example of a two-dimensional code, such as a QR code, which is essential for understanding the structure and design of codes generated by a code generator. By illustrating the unique patterns and data they contain, Figure 1A serves as a reference point for ensuring that generated codes maintain the necessary attributes for effective scanning and data retrieval.
Figure 1B complements this by illustrating the application of distance and angular displacement measurements on Figure 1A. This visualization is crucial for developers and users of a code generator, as it elucidates how to assess the placement and orientation of the generated codes.Lim Meng Liang, Co-founder
International Application Number:
Inventor Applicant:
pct/sg2023/050345
The invention provides a two-dimensional code with distinct symbols, including a reference symbol and at least one data symbol.
The data is represented by the distance and angular displacement between the symbols, with the reference direction based on an asymmetric symbol or one with a single line of symmetry.
Figure 1B
Enhancing QR Code Efficiency with Advanced Error Correction
The new error correction code patent plays a crucial role in optimizing the design of QR codes for payments, specifically by reducing the amount of ink required in their printing.
Here’s how it works
The code is specifically designed to operate effectively in environments where interference is common, such as in wireless communications or industrial settings. Noisy conditions—caused by physical obstacles, electronic interference, or other disruptions—can compromise data transmission.
This error correction code adapts to such challenges, utilizing its error detection mechanics to reconstruct missing or distorted data, thus guaranteeing reliable communication even in less-than-ideal circumstances.By streamlining how data is transmitted and reducing redundancy, this error correction method enhances the overall efficiency of data encoding and transmission. This optimization means that less bandwidth is required for the same amount of information, making it a valuable tool for saving resources.
In applications where data transfer speed and cost are critical, such as streaming services or IoT devices, this efficiency can lead to significant improvements in performance and user satisfaction.The invention’s potential goes beyond just one industry. It can be utilized in various fields such as telecommunications, where it can refine the quality of voice and video communications; in data storage solutions, where it can help preserve the integrity of stored information; and in financial transactions, where accuracy is paramount.
Its ability to enhance reliability makes it suitable for mission-critical applications across sectors, thus showcasing its significance in modern technology.This advanced error correction code excels at identifying discrepancies within transmitted data. By implementing powerful algorithms, it can pinpoint errors in real-time and make necessary corrections on the fly.
This capability ensures that the receiving end retrieves the intended information without corruption, which is crucial for applications requiring high precision, such as digital communications and data storage.
Error Correction
QR Code Error Correction
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Optimizing QR Code Design for Secure Transactions
The patented secure transaction system not only enhances the security of payment processes but also facilitates the creation of less ink-intensive QR codes.
Here’s how it works:
Our patented secure transaction system enhances QR code design by enabling compact data transmission. Using advanced encryption and authentication, sensitive transaction data is packaged into a smaller format that retains its integrity.
This optimization improves readability and facilitates quicker transactions across various platforms, ensuring security without sacrificing efficiency.We address redundancy by streamlining the QR code structure. Traditional codes often contain unnecessary data that increases complexity.
Our sophisticated encryption eliminates this excess, resulting in a simpler, more efficient QR code. This reduction not only enhances scanning and printing processes but also significantly decreases ink usage, promoting cost savings and sustainability.
Our patented system maintains optimal functionality and safety in QR codes. By ensuring a compact design does not compromise security, users can confidently engage in transactions knowing their sensitive data is protected.
This balance of efficiency and integrity enhances user trust and creates a smoother payment experience.
Secure Payment
Smart Transaction Analytics System
The Smart Transaction Analytics System is an innovative patent that leverages machine learning to analyze transaction data in real time.
This system is designed to provide valuable insights into user behavior, emerging trends, and potential anomalies within payment processes.
Here’s how it works:
By utilizing advanced machine learning algorithms, the system continuously processes transaction data as it occurs.
This real-time analysis allows businesses to gain immediate insights into how customers are interacting with their payment systems, enabling them to respond swiftly to changing behaviors and preferences.
The insights gained from the system empower businesses to optimize their payment processes. By understanding user trends and behaviors, companies can refine their offerings, streamline operations, and enhance the overall customer experience.
This could involve identifying popular payment methods, understanding peak transaction times, or adjusting marketing strategies based on customer preferences.
Additionally, the Smart Transaction Analytics System plays a crucial role in identifying potential fraud more effectively.
By analyzing patterns and detecting anomalies in transaction data, the system can alert businesses to suspicious activities, allowing for prompt investigation and mitigation. This proactive approach helps protect both the business and its customers, fostering a secure payment environment.
Business Data Visualization
Data Analytics