Obviousness

Obviousness Analysis of US Patent 10937018 under 35 U.S.C. § 103

This analysis assesses the obviousness of US Patent 10937018 (hereinafter '018 patent) based solely on the prior art references explicitly identified within its "Prior Art" section: U.S. patent application No. 20090068982 to Chen et al. (hereinafter '982 application) and U.S. patent application No. 20080010191 to Rackley III et al. (hereinafter '191 application). The effective filing date for the '018 patent is noted as 2011-07-18, derived from its earliest priority claim.

I. General Inventive Concept of US10937018

The '018 patent describes a system, method, network, and service (collectively referred to as "PayGeo") for executing financial transactions. Key aspects include:

• A platform enabling members to transfer, receive, or exchange cash and digital currency in various international denominations and commodities (e.g., precious metals) in a mobile telecommunications environment.
• Highly secured telecommunications environment, potentially using DNA verification.
• Instant cash delivery between users and cash dispensing machines (ATMs) via secure transactions and code generation (SMS, scannable codes).
• Creation of mobile accounts from cash deposits.
• Saving and tracking rebate/discount coupons and receipts, and accumulating points.
• A "Good Deal" application and "Good Money" digital currency backed by commodities.
• Digital wallet features replacing a physical wallet, storing credit cards, identification, mileage cards, etc., via scanning, swiping, manual entry, and voice recognition.
• Payment functions using "Swipay" or "Swipmail" for direct or remote transfers, including to scanners.
• Profile-based custom advertisement pushes and interactive search advertisement pulls (e.g., "Good Deals" on a GPS map).
• Advanced usage data management and analysis for user profiling and targeted advertising.

II. Scope and Content of the Prior Art

1. U.S. patent application No. 20090068982 to Chen et al. ('982 application):

   • Describes a system and method for facilitating secure wireless digital transactions.
   • Involves a terminal component receiving payment data for goods or services.
   • A mobile device includes a mobile payment card (m-card) linked to an account.
   • The mobile device uses public-key cryptography (PKC) to securely and wirelessly transmit payment to the terminal component.

2. U.S. patent application No. 20080010191 to Rackley III et al. ('191 application):

   • Describes methods and systems for providing financial payments to a payee using a mobile device or a wireless connected personal digital assistant (PDA).
   • The user inputs payee, payment source, and payment method information into the mobile device.
   • The mobile device generates and wirelessly communicates a mobile payment instruction to a mobile financial transaction system (MFTS).
   • The MFTS generates and communicates an MFTS payment instruction to a payment instruction recipient, identifying the payment source, amount, payee, and payment method.
   • The payment instruction recipient effects payment to the identified payee without required action by the payee.

III. Person Having Ordinary Skill in the Art (POSA)

A POSA in the context of the '018 patent's effective filing date (July 18, 2011) would be someone with a bachelor's degree in computer science, electrical engineering, or a related field, along with several years of experience in developing mobile applications, financial transaction systems, or secure data communication technologies. This person would be familiar with mobile operating systems, wireless communication protocols, cryptography, database management, and common practices in electronic commerce and banking.

IV. Motivation to Combine Prior Art References

A POSA would have been motivated to combine the '982 application and the '191 application to address the known shortcomings in mobile financial transactions and to create a more comprehensive and versatile digital wallet solution, a need explicitly identified in the background of the '018 patent. The '018 patent notes that while prior art solutions address electronic payments, they "do not dispense with the use of cash" and still require consumers to carry physical currency, indicating a clear, unsatisfied need for a true electronic wallet.

The motivation to combine would stem from the desire to:

1. Enhance Security in Broader Mobile Payments: The '982 application provides explicit teaching on using public-key cryptography (PKC) for secure wireless digital transactions to a terminal component. The '191 application describes a system for initiating financial payments to a payee (who could be another individual or institution) using a mobile device and a mobile financial transaction system (MFTS). A POSA would recognize the benefit of applying the robust security mechanisms (like PKC) taught by Chen to the broader mobile payment initiation and processing capabilities described by Rackley. This combination would result in a more secure system for a wider range of mobile-initiated payments.
2. Develop a Comprehensive Mobile Payment Solution: The '982 application focuses on secure payments to a terminal for goods/services, while the '191 application focuses on payments to payees where the MFTS effects the payment. By combining these, a POSA would create a more complete mobile payment platform that can handle both point-of-sale transactions and peer-to-peer or person-to-institution transfers, addressing the need for a "true electronic wallet" that replaces the physical one, as articulated in the '018 patent's background.

V. Obviousness Analysis of the '018 Patent's General Inventive Concept

Given the combination of the '982 and '191 applications, and general knowledge in the art, many features of the '018 patent's general inventive concept would have been obvious to a POSA:

1. Transfer, Receive, Exchange Cash/Digital Currency in a Mobile Telecommunications Environment: Both '982 and '191 applications describe digital transactions and payments using mobile devices. Extending this to cover various international denominations, digital currencies, and the concept of "cash" being represented digitally within such a system is a straightforward application of known financial principles to mobile platforms. The '191 application already deals with payments of "an amount" from a "payment source".
2. Highly Secured Telecommunications Environment: The '982 application explicitly teaches secure wireless transmission using public-key cryptography. A POSA seeking to further enhance security, as the '018 patent itself prioritizes, would naturally consider incorporating advanced authentication methods. While DNA verification (as mentioned in '018 patent) is a specific, robust biometric, the general idea of integrating stronger user authentication (e.g., fingerprints, voice recognition) into a secure mobile transaction system would be an obvious design choice driven by the constant need for improved security in financial technologies.
3. Interaction with ATMs for Cash Withdrawal/Deposit via Codes: The '018 patent's background specifically highlights the limitation of ATMs not serving non-customers. A POSA, striving to create a comprehensive mobile financial platform as motivated above, would find it obvious to extend the mobile payment instructions (from '191 application) and secure wireless transactions (from '982 application) to interact with ATMs. Enabling ATM interaction via generated codes (e.g., SMS, scannable barcodes) would be a logical technical solution to overcome the identified limitation and allow mobile users to access physical cash directly through the digital platform, thereby fulfilling the desire for a truly cashless and cash-accessible digital wallet.
4. Saving/Tracking Coupons, Discounts, Receipts, and Accumulating Points: Integrating loyalty programs, coupon management, and digital receipt storage into a mobile payment system was a well-known trend in mobile commerce and loyalty programs by 2011. Creating a "digital wallet" that replaces physical items naturally includes these elements. A POSA would find it obvious to add these features to a combined mobile payment platform (from '982 and '191 applications) to provide a complete replacement for a physical wallet and enhance user engagement.
5. Digital Wallet Features (Storing card info via scanning/swiping): The explicit goal of replacing the physical wallet, as stated in the '018 patent's background, would motivate a POSA to include functionality for digitizing the contents of a wallet. Storing information from credit cards, IDs, etc., via common input methods like scanning (e.g., optical character recognition for cards) or manual entry, and managing them within a secure mobile application (as enabled by the combined prior art), would be an obvious design choice for achieving this goal.
6. "Swipay" or "Swipmail" Payment Functions: The '982 application details "securely and wirelessly transmit[ting] the payment". The '191 application involves "wirelessly communicate[ing] the mobile payment instruction". Implementing specific user interface gestures (like "swiping a finger") or communication methods (like email or SMS for "Swipmail") to trigger these wireless transmissions is a matter of design and common mobile application development, rather than a non-obvious invention, especially in the context of NFC and other proximity-based communication being developed at the time.
7. Location-Based "Good Deals" and Targeted Advertising: Mobile devices inherently possess GPS capabilities. The integration of location-based services with commerce (e.g., finding nearby deals) and targeted advertising based on user profiles is a standard practice in mobile marketing and would be an obvious enhancement to any mobile commerce platform seeking to attract users and generate revenue.
8. Usage Data Management and Analysis for User Profiling: Tracking user behavior and transaction data for profiling, to enable targeted advertisements and improve service offerings, is a well-established practice in online and mobile services. Integrating such analytical capabilities into a mobile financial transaction platform (derived from the combination of '982 and '191 applications) would be an obvious step for any developer aiming to optimize and monetize their service.

VI. Conclusion

Based on the analysis of the '982 application by Chen et al. and the '191 application by Rackley III et al., a person having ordinary skill in the art would have been motivated to combine these references to create a comprehensive, secure mobile payment and digital wallet system. The '982 application provides the secure wireless transaction foundation, while the '191 application offers the framework for diverse mobile-initiated payments. By combining these, and applying general knowledge in mobile technology, security, and commerce, many of the broad concepts and features of US10937018, particularly those related to secure mobile financial transactions, digital wallet functionality, and integration with common commercial and banking features like coupons and ATMs, would have been obvious.