Derivative works — US Patent 11763316

Defensive Disclosure for US Patent 11763316

Inventor Role: Senior Patent Strategist and Research Engineer specializing in Defensive Publishing
Current Date: April 26, 2026

The following disclosure identifies derivative variations of the core claims of US Patent 11763316. These derivatives are designed to serve as prior art, rendering future incremental improvements by competitors as obvious or non-novel to a person having ordinary skill in the art (PHOSITA). The focus is on providing enabling technical descriptions and visual representations.

Derivative Variations for Independent Claim 1 (Method for Reciprocal Marketing)

Claim 1 describes a computer-implemented method for establishing a reciprocal marketing arrangement between two different users' websites, involving hosting, user opt-in, inclusion of functional identification elements (links), and monitoring/charging.

1.1 Material & Component Substitution: Distributed Ledger-Based AR/WebGL Elements

Enabling Description: The "functional identification elements" are implemented as interactive 3D augmented reality (AR) objects or WebGL-rendered content, rather than static HTML links or 2D banner ads. These elements are dynamically loaded based on user interaction with a client-side AR/VR application or a WebGL-enabled browser. The underlying system for managing the reciprocal arrangement and tracking impressions/clicks utilizes a permissioned distributed ledger technology (DLT) network. Each marketing element and its associated display/interaction rules are defined as a smart contract on this DLT. The monitoring and charging mechanism employs cryptocurrency micropayments for each validated impression or click, with transactions settled directly between participating user wallets on the DLT without a centralized intermediary. The DLT also ensures tamper-proof logging of marketing performance.

Mermaid Diagram:

flowchart TD
    A[Website A (User 1)] -- Displays AR Marker for B --> B_AR[AR Marker / WebGL Object for B]
    B_AR -- User Interaction (AR/VR App or WebGL Client) --> B_Site[Website B (User 2)]
    B[Website B (User 2)] -- Displays WebGL Object for A --> A_GL[WebGL Object / AR Marker for A]
    A_GL -- User Interaction --> A_Site[Website A (User 1)]
    subgraph Distributed Ledger Network
        C[Smart Contract for Reciprocal Marketing]
        D[Cryptocurrency Micropayment System]
    end
    B_AR & A_GL -- Report Impressions/Clicks --> C
    C -- Processes Rules & Triggers Payments --> D
    D -- Settles Payments (User 1 to User 2) --> User_Wallets[User Cryptocurrency Wallets]
    C -- Immutable Logging --> Audit_Log[DLT Audit Log]

1.2 Operational Parameter Expansion: Real-time, Contextual Micro-Marketing in Metaverse

Enabling Description: The reciprocal marketing system operates within a high-frequency, ephemeral environment such as a virtual reality (VR) metaverse or a massively multiplayer online game (MMOG). Functional identification elements are transient visual or auditory cues (e.g., holographic projections, spatial audio advertisements) that appear and disappear based on a user's avatar proximity to specific virtual locations, other avatars, or in-game events. The system is designed to process millions of impressions and interactions per second, with marketing elements having dynamically adjusted lifespans ranging from milliseconds to seconds. Charging for these elements is based on a real-time, programmatic auction model, with bids and billing cycles updated at sub-second granularity, reflecting the fleeting nature and high volume of interactions. The system includes predictive analytics to anticipate user flow and optimize element placement.

Mermaid Diagram:

sequenceDiagram
    participant U as User Avatar
    participant VE as VR/MMOG Environment Engine
    participant MMS as Micro-Marketing Server
    participant RTCS as Real-time Charging System
    U->>VE: Navigate/Interact in Metaverse
    VE->>MMS: Request Contextual Marketing Elements (High Frequency Stream)
    MMS-->>VE: Deliver Ephemeral Marketing Cues (Holograms, Spatial Audio)
    VE->>U: Render Cues to User
    U->>VE: Interact with Cue (e.g., Gaze, Gesture, Click)
    VE->>MMS: Report Micro-Interaction (High Throughput)
    MMS->>RTCS: Update Real-time Impression/Interaction Count
    RTCS->>RTCS: Dynamic Auction & Sub-second Billing Calculations
    RTCS-->>MMS: Provide Bid/Placement Feedback

1.3 Cross-Domain Application:

**a) Aerospace/Aviation (Aircraft Maintenance & Supply Chain)**

Enabling Description: A system for reciprocal information sharing and service promotion within the aerospace maintenance, repair, and overhaul (MRO) ecosystem. Aircraft component manufacturers and MRO service providers participate. Functional identification elements are embedded directly within digital twin models of aircraft components (e.g., a clickable overlay on a virtual engine part leading to the manufacturer's real-time warranty information or an augmented reality (AR) overlay on a physical component in the hangar showing compatible MRO service options). When an MRO technician accesses a manufacturer's digital twin, the interface dynamically displays a service link from a compatible MRO. Conversely, when an MRO showcases its service data for a component, it displays a link back to the component manufacturer's official documentation or parts catalog. The system monitors reciprocal access to these digital assets and bills based on authenticated information exchanges, service lead generation, or successful contract tenders facilitated through these links. Secure authentication protocols (e.g., OAuth 2.0) are used for entity verification.

Mermaid Diagram:

flowchart LR
    M[Component Manufacturer] -- Provides Digital Twin/Data --> DTS[Digital Twin/Data Server]
    O[MRO Service Provider] -- Provides Service Info --> DTS
    subgraph Digital Twin Interface (AR/VR/Web)
        DT_Comp[Aircraft Component Digital Twin]
        DT_MRO_Link[Embedded MRO Service Link (Dynamic Overlay)]
        DT_Man_Link[Embedded Manufacturer Info Link (AR Overlay)]
    end
    DTS -- Renders/Serves --> DT_Comp
    DT_Comp -- Displays MRO Link from O (when MFR Data Accessed) --> DT_MRO_Link
    DT_Comp -- Displays Man Link from M (when MRO Data Accessed) --> DT_Man_Link
    DT_MRO_Link -- Technician Clicks/Accesses --> O_Services[MRO Service Portal (Authenticated)]
    DT_Man_Link -- Technician Clicks/Accesses --> M_Docs[Manufacturer Documentation/Parts (Authenticated)]
    DTS -- Monitors Authenticated Access & Bills --> Billing[Centralized Billing/Ledger System]
    MFR_Cred(Manufacturer Credentials) -- Auth --> M
    MRO_Cred(MRO Credentials) -- Auth --> O

**b) AgTech (Farm-to-Consumer Produce Marketing)**

Enabling Description: A reciprocal marketing platform designed for local agriculture, connecting small-scale farms with consumer food cooperatives and direct-to-consumer sales channels. Functional identification elements are intelligent, dynamic QR codes or NFC tags physically placed on produce packaging, farm stand signage, or delivery vehicles. Scanning a farm's QR code (e.g., at a farmer's market or on a CSA box) directs the consumer to the farm's profile page and simultaneously displays a contextual link or special offer for a local food co-op or a complementary farm product. Conversely, accessing a co-op's website or mobile app dynamically displays rotating banner ads or links to participating local farms, featuring seasonal produce. The system tracks scans, website visits, direct sales leads generated from the reciprocal elements, and applies a subscription model or a per-lead/per-conversion fee based on these interactions. Geo-location data from scans can refine contextual offers.

Mermaid Diagram:

graph TD
    F(Farm Website/Profile) -- Displays Co-op Link/Offer (Dynamic Banner) --> C_Link[Co-op Marketing Element]
    C(Co-op Website/App) -- Displays Farm Link/Offer (Rotating Ads) --> F_Link[Farm Marketing Element]
    P(Produce/Signage) -- Embeds F_Link (Intelligent QR/NFC) --> F_Profile[Farm Profile Page]
    F_Profile -- Displays C_Link --> C_Site[Co-op Website]
    S[System Server] -- Tracks & Bills (Subscription/Per-Lead) --> B(Billing System)
    S -- Facilitates reciprocal display --> F
    S -- Facilitates reciprocal display --> C
    F_Link -- Scanned/Tapped (+ Geo-location) --> F_Profile
    C_Link -- Clicked --> C_Site

**c) Smart City Infrastructure (Public Service Awareness)**

Enabling Description: A reciprocal public information system for promoting interconnected smart city initiatives and local public/private services. Display platforms include digital public information kiosks, smart bus stop displays, city-wide digital billboards, and the official city mobile application. Functional identification elements are adaptive display blocks, dynamic QR codes, or embedded deep links. For example, a digital billboard promoting public transport displays an adjacent, contextually relevant link or QR code for a local electric scooter or bike-sharing program. In return, the bike-sharing mobile application displays real-time public transport schedules or links to upcoming city events. The elements are adaptive based on time of day, current events, and local population density data. The central management system tracks engagement (e.g., QR scans, deep link activations, display dwell time) and bills city departments, public service entities, or local businesses based on aggregated public engagement metrics for cross-promotional slots.

Mermaid Diagram:

graph LR
    DB[Digital Billboard] -- Displays PT Info & Bike-Share Link (Adaptive) --> PT(Public Transport Info)
    PT -- Displays Bike-Share Info & Local Event Link --> BSS(Bike-Share System App)
    BSS -- Displays Local Event Info & Public Transport Link --> DB
    K[Public Kiosk] -- Displays Info & Links --> PT & BSS
    CMA[City Mobile App] -- Displays Info & Links --> PT & BSS
    CM[Central Management System] -- Manages Reciprocity, Tracks Engagement, Bills --> BILL(Billing Module)
    Sensors(Traffic/Density/Event Sensors) -- Feed Context --> CM
    style PT fill:#f9f,stroke:#333,stroke-width:2px
    style BSS fill:#ccf,stroke:#333,stroke-width:2px

1.4 Integration with Emerging Tech: AI-Optimized, IoT-Contextual, Blockchain-Verified Marketing

Enabling Description: The reciprocal marketing arrangement is dynamically optimized by an AI-driven recommendation engine. This AI processes real-time contextual data collected from a network of Internet of Things (IoT) sensors deployed in physical environments (e.g., retail spaces, event venues, public transport hubs), coupled with user behavioral data from connected websites. The IoT data (e.g., foot traffic patterns, environmental conditions, demographics inferred from anonymized device signals) and website analytics are fed to the AI, which intelligently determines the most effective placement, timing, and content of marketing elements for maximum user engagement and conversion. Each impression, click, and interaction is immutably recorded on a private blockchain. This blockchain provides transparent, auditable proof of performance, facilitating automated, trustless micropayments between participating entities and eliminating disputes over marketing efficacy. Functional identification elements are adaptive, AI-generated content snippets optimized for individual user profiles and current environmental context.

Mermaid Diagram:

graph TD
    U[User] -- Interacts with --> W1(Website 1 / Physical Location A)
    W2(Website 2 / Physical Location B) -- Interacts with --> U
    IoT_A(IoT Sensors @ Loc A) -- Real-time Context Data --> AI(AI Recommendation & Optimization Engine)
    IoT_B(IoT Sensors @ Loc B) -- Real-time Context Data --> AI
    W1 -- Sends User Interaction Data --> AI
    W2 -- Sends User Interaction Data --> AI
    AI -- Generates Adaptive Marketing Element for W2 --> ME1(Marketing Element for W2 on W1)
    AI -- Generates Adaptive Marketing Element for W1 --> ME2(Marketing Element for W1 on W2)
    ME1 --> W1
    ME2 --> W2
    W1 -- Reports Impressions/Clicks --> BC(Private Blockchain for Performance Log)
    W2 -- Reports Impressions/Clicks --> BC
    BC -- Immutable Record --> Payment[Blockchain-based Micropayment System]
    Payment -- Automated Settlements --> User_Wallets_Crypto[User Cryptocurrency Wallets]

1.5 The "Inverse" or Failure Mode: Low-Bandwidth, Text-Only Fallback Mode

Enabling Description: The reciprocal marketing system includes an automatic "low-bandwidth" or "limited-functionality" fallback mode. This mode is activated under specific system health triggers, such as detection of high server load, degraded network connectivity (e.g., high latency, packet loss), or explicit user preference for a "lite" browsing experience. In fallback mode, all rich media functional identification elements (e.g., high-resolution banner ads, interactive WebGL objects) are automatically replaced with low-bandwidth, text-only links. The system prioritizes basic reciprocal linking functionality without complex tracking scripts or heavy asset loads. A continuous monitoring daemon tracks network health, server load, and client-side performance metrics. When predefined performance thresholds are crossed, the system gracefully degrades to this limited mode. Charging for these low-power links is automatically reduced or waived, reflecting the diminished marketing impact and resource consumption, with a clear notification to participating users.

Mermaid Diagram:

stateDiagram-v2
    [*] --> Normal_Operation
    Normal_Operation --> Monitoring_Daemon : Detect High Server Load / Degraded Network
    Monitoring_Daemon --> Limited_Functionality_Mode : Performance Threshold Exceeded
    Limited_Functionality_Mode --> Normal_Operation : Performance Restored
    Normal_Operation : Display Rich Media Links & Banner Ads
    Normal_Operation : Full Performance Tracking & Dynamic Charging
    Limited_Functionality_Mode : Display Text-Only Links (Minimal HTML)
    Limited_Functionality_Mode : Basic Impression Tracking, Reduced/Waived Charges
    Monitoring_Daemon : Continuously tracks network health, server load, client performance
    Monitoring_Daemon --> Alert_System : Notify Users of Mode Change

Derivative Variations for Independent Claim 23 (Computer-Readable Storage Medium for E-commerce)

Claim 23 describes a computer-readable storage medium with instructions for assisting a website designer in adding e-commerce features (shopping cart/auction, product info, merchant account) to their website via a user interface.

2.1 Material & Component Substitution: Serverless E-commerce with Voice UI and P2P Payments

Enabling Description: The computer-readable storage medium contains instructions for an e-commerce feature where the backend for product data management and transaction processing is implemented using a serverless architecture (e.g., AWS Lambda, Google Cloud Functions) interacting with distributed NoSQL databases (e.g., AWS DynamoDB, Google Cloud Firestore) instead of a monolithic server and relational database. The user interface for product information input (picture metadata, detailed descriptions, price, SKU) is primarily a voice-activated assistant, integrating with platforms like Alexa Voice Service or Google Assistant SDK for natural language processing and voice command interpretation. The merchant account integration uses a peer-to-peer (P2P) payment gateway (e.g., built on a cryptocurrency Lightning Network implementation or a federated P2P protocol) for direct settlement between buyers and sellers, eliminating traditional credit card processors and reducing transaction fees. The display of the e-commerce feature on the activated website leverages a Progressive Web App (PWA) framework, stored locally for enhanced offline capabilities and faster load times.

Mermaid Diagram:

flowchart TD
    U[Website Designer User] -- Voice Input of Product Data --> VA(Voice Assistant UI Module)
    VA -- API Call (JSON) --> Serverless_Backend[Serverless E-commerce Backend (Functions)]
    Serverless_Backend -- Stores/Retrieves Product Data --> DB[Distributed NoSQL Database]
    Serverless_Backend -- Integrates with --> P2P_Gateway(Peer-to-Peer Payment Gateway API)
    P2P_Gateway -- Facilitates Transactions --> Buyer_Seller_Wallets[Buyer/Seller Cryptocurrency Wallets]
    Ecom_Feature_PWA[E-commerce Feature Display (PWA)] -- Retrieves Product Data (Cached/Live) --> Serverless_Backend
    Ecom_Feature_PWA -- Displays Products, Shopping Cart/Auction --> W(User's Activated Website)
    U -- Enters P2P Wallet ID (Merchant ID) --> P2P_Gateway

2.2 Operational Parameter Expansion: High-Frequency, Fractional-Asset E-commerce

Enabling Description: The e-commerce system, as defined by the computer-executable code, is designed to manage product catalogs containing billions of dynamically generated SKUs, each potentially representing a unique, ephemeral, or fractionalized digital asset (e.g., a tokenized share of intellectual property, a micro-unit of renewable energy, or a fractionalized NFT). The auction feature operates with ultra-low latency, supporting principles of high-frequency trading for instantaneous price discovery and automated bid adjustments from millions of concurrent global participants. The system architecture, including in-memory distributed databases and real-time stream processing, is optimized for extreme throughput in both product data ingestion and transaction execution. Product "pictures" can be high-fidelity volumetric scans or interactive 3D models, and "descriptions" are multilingual, AI-generated semantic representations. Prices can be denominated in micro-fractions of currency (e.g., satoshis, wei).

Mermaid Diagram:

graph TD
    SD[Source Data (Billions of Dynamic SKUs)] --> DI(Data Ingestion & Stream Processing)
    DI --> IMDB[In-Memory Distributed Database]
    IMDB --> AF(Auction/Fractional Trading Engine - Low Latency)
    IMDB --> SC(High-Throughput Shopping Cart Engine)
    U(Millions of Global Users) -- Real-time Bids/Purchases --> AF & SC
    AF --> TP[High-Frequency Transaction Processor]
    SC --> TP
    TP --> DLT[Distributed Ledger for Micro-transactions]
    TP -- Outputs --> W(Activated E-commerce Website/Platform)
    AI_Render[AI for Volumetric Renderings & Semantic Descriptions] -- Ingests --> DI
    PHF(Proprietary High-Frequency Algorithms) -- Auto-Bidding --> AF

2.3 Cross-Domain Application:

**a) Biomedical Research (Scientific Instrument Sharing & Data Licensing)**

Enabling Description: The computer-readable storage medium contains code for an e-commerce platform facilitating the sharing and licensing of specialized scientific instruments and research data within the biomedical community. Here, a "product" can be a time slot for using an electron microscope, a specified processing capacity on a supercomputer, or a license to access a curated genomic dataset. The e-commerce feature includes a dynamic scheduling and auction module for instrument time slots, or a smart contract module for data licensing. "Product information" comprises instrument specifications, real-time availability calendars, calibration logs, and metadata for datasets. The "merchant account identifier" links to a research institution's grant funding account, an internal project code, or a secure token-based payment system for scientific services. The user interface allows researchers to easily list their resources and manage access, and for others to discover and secure usage rights.

Mermaid Diagram:

flowchart LR
    R[Researcher/Institution] -- Lists Instrument/Data --> UI(User Interface for E-commerce)
    UI -- Instrument Specs, Availability, Data Params --> DB[Resource & Data Metadata Database]
    UI -- Defines Access/Payment Terms --> SCM(Smart Contract / Scheduling Module)
    SCM -- Integrates with --> FA(Funding Account / Token Payment System)
    U_Buyer[User (Other Researcher)] -- Searches & Bids/Schedules --> UI
    UI -- Displays Resource Info & Auction/Booking --> RSP(Resource Sharing Platform)
    RSP -- Triggers Access Granting/Payment --> SCM
    Access_Mgmt(Access Management System) -- Controls Instrument/Data Access --> SCM

**b) Environmental Conservation (Carbon Credit Trading/Biodiversity Offsets)**

Enabling Description: The computer-readable storage medium contains code for an e-commerce platform enabling the trading of verified environmental assets, such as carbon credits (e.g., voluntary carbon units) or biodiversity offsets. In this context, a "product" is a serialized unit representing a specific environmental benefit (e.g., 1 ton CO2e removed, 1 hectare of restored habitat). The e-commerce feature is a transparent auction or direct sale marketplace module specifically designed for these digital environmental assets. "Product information" includes detailed verification certificates (e.g., Verra, Gold Standard), project documentation, geographical location of the intervention, impact metrics, and audit reports. The "merchant account" is a verified environmental fund, a corporate sustainability budget, or a secure escrow service for environmental investments. The system leverages blockchain to track the immutable provenance and ownership history of these assets, which is directly displayed on the product page.

Mermaid Diagram:

graph TD
    V(Verifier/Project Developer) -- Lists Carbon Credits/Offsets --> UI(User Interface - Environmental Asset Marketplace)
    UI -- Verification Certs, Project Data --> DB[Environmental Asset Database]
    DB -- Tokenizes Assets & Records Provenance --> DLT[Blockchain for Asset Provenance & Ownership]
    UI -- Sets Pricing/Auction Rules --> Auction_Sale(Auction/Direct Sale Module)
    B[Buyer (Corporation/Individual)] -- Bids/Purchases --> UI
    UI -- Displays Asset Details & Trading Platform --> EMP(Environmental Marketplace)
    EMP -- Initiates Asset Transfer & Payment --> DLT
    DLT -- Records Ownership Change --> Wallet[Buyer's Digital Wallet]
    UI -- Links to --> V_Account(Verified Environmental Fund/Account)
    Auditor(Independent Auditor) -- Verifies DLT & Transactions --> DLT

**c) Digital Art/NFT Marketplaces (Fractionalized Ownership)**

Enabling Description: The computer-readable storage medium contains code for an e-commerce system specializing in the sale and auctioning of fractionalized ownership of digital art or non-fungible tokens (NFTs). Here, a "product" is a divisible share (e.g., 1/1000th) of a unique NFT. The e-commerce feature includes a specialized fractional auction module and a direct sale module for these NFT shares. "Product information" includes the original NFT's complete metadata, its provenance recorded on a public blockchain, artist details, current market cap, and the specific number of fractions available. The "merchant account identifier" is typically a cryptocurrency wallet address or a smart contract escrow service that manages the secure exchange of crypto assets for NFT fractions. The user interface allows artists to easily tokenize, fractionalize, and list their digital work, and for buyers to trade these fractions in a dynamic marketplace.

Mermaid Diagram:

flowchart TD
    A[Artist/Creator] -- Mints & Fractionalizes NFT --> NFT_Platform(NFT Marketplace Platform)
    NFT_Platform -- Original NFT Metadata, Fractions --> BC[Public Blockchain (e.g., Ethereum, Solana)]
    NFT_Platform -- E-commerce UI --> UI(User Interface for Fractional NFTs)
    UI -- Product Picture (NFT art), Description, Price (per fraction), Token ID, Smart Contract Address --> DB[Fractional NFT Database]
    UI -- Seller's Crypto Wallet Address / Smart Contract Address --> Crypto_Wallet[Cryptocurrency Wallet / Escrow Smart Contract]
    B[Buyer] -- Browses, Bids/Purchases Fractions --> UI
    UI -- Displays Fractional NFT Market --> FNMP(Fractional NFT Marketplace)
    FNMP -- Initiates Transaction --> SC(Smart Contract for Fractional Trade)
    SC -- Transfers Fractions & Crypto --> BC & Crypto_Wallet

2.4 Integration with Emerging Tech: AI-Powered E-commerce with IoT Inventory & Blockchain Traceability

Enabling Description: The computer-readable storage medium contains code for an e-commerce feature augmented by several emerging technologies. Real-time inventory management is driven by Internet of Things (IoT) sensors (e.g., RFID, weight sensors, optical scanners) embedded in warehouse logistics or physical retail stores, automatically updating product stock levels in the e-commerce system's database. An AI-powered dynamic pricing engine analyzes live market demand, competitor pricing, and individual user browsing/purchase history to automatically adjust product prices in real-time. Each product's journey, from raw material sourcing through manufacturing, distribution, and final sale, is immutably recorded on a supply chain blockchain. This blockchain provides transparent and auditable proof of origin, ethical sourcing, and authenticity, with this provenance information directly displayed on the product detail page. The "merchant account" is integrated with a blockchain payment gateway that automatically processes payments and updates the supply chain ledger upon sale.

Mermaid Diagram:

graph TD
    PM[Product Manufacturer] -- Raw Material Traceability --> SC_BC(Supply Chain Blockchain)
    WH[Warehouse/Store] -- IoT Inventory Sensors --> IOT_Data[Real-time Inventory Data]
    IOT_Data --> Ecom_Backend(E-commerce Backend)
    Ecom_Backend -- Product Data --> DB(Product Database)
    DB -- Market Data, User Behavior --> AI_Pricing(AI Dynamic Pricing Engine)
    AI_Pricing -- Updates Product Prices --> Ecom_Backend
    SC_BC -- Authenticity/Provenance Info --> Ecom_Backend
    Ecom_Backend -- Displays Products with Dynamic Price & Provenance --> W(Activated E-commerce Website)
    C[Customer] -- Purchases --> W
    W -- Triggers Payment --> BC_Gateway(Blockchain Payment Gateway)
    BC_Gateway -- Records Transaction --> SC_BC
    BC_Gateway -- Transfers Funds --> Merchant_Wallet[Merchant Cryptocurrency Wallet]

2.5 The "Inverse" or Failure Mode: Cached Catalog Disaster Recovery E-commerce

Enabling Description: The computer-readable storage medium contains code for an e-commerce system that incorporates an automatic disaster recovery mode. This mode activates upon detection of critical system failures, such as a primary database outage, unresponsiveness of the payment gateway, or severe network partition. In this "fail-safe" mode, the website automatically reverts to displaying a static, read-only product catalog. This catalog is served from a pre-generated cached version or a locally mirrored storage, ensuring basic product visibility. Active purchasing buttons are replaced with "contact us" forms for order inquiries, and real-time inventory checks are disabled. Product prices are displayed but cannot be transacted. The "merchant account identifier" field is grayed out or replaced with emergency contact information. The system logs all attempts to interact with e-commerce features during this mode for subsequent processing or customer follow-up upon recovery. Once system integrity is restored, queued inquiries are reactivated, and inventory/pricing data are automatically re-synchronized.

Mermaid Diagram:

stateDiagram-v2
    [*] --> Normal_Ecom_Operation
    Normal_Ecom_Operation --> Monitoring_Subsystem : Detect DB Outage / PG Failure
    Monitoring_Subsystem --> Disaster_Recovery_Mode : Critical Failure Triggered
    Disaster_Recovery_Mode --> Normal_Ecom_Operation : System Restored
    Normal_Ecom_Operation : Full E-commerce Functionality (Dynamic Pricing, Live Transactions)
    Normal_Ecom_Operation : Real-time Inventory & Payment Processing
    Disaster_Recovery_Mode : Static Product Catalog (Read-Only)
    Disaster_Recovery_Mode : "Contact Us for Orders" (Replaces Buy Buttons)
    Disaster_Recovery_Mode : Payment Options Disabled / Grayed Out
    Disaster_Recovery_Mode : Log Inquiries for Post-Recovery Processing
    Monitoring_Subsystem : Continuously checks all critical e-commerce service health

Combination Prior Art Scenarios

Here are at least three "Combination Prior Art" scenarios where US patent 11763316 is combined with existing open-source standards, demonstrating how future incremental improvements could be considered obvious:

US11763316 (Reciprocal Marketing) + WordPress (Open-Source CMS) with Ad/Link Management Plugins:
- Description: The core concept of reciprocal linking and dynamic banner ad rotation described in US11763316 is combined with the widely popular open-source WordPress Content Management System (CMS). WordPress, known for its extensive plugin ecosystem, readily allows for the integration of third-party plugins specifically designed for ad management (e.g., "Ad Inserter," "Advanced Ads") and link management. A person having ordinary skill in the art (PHOSITA), familiar with WordPress development and the existing patent, would find it obvious to develop a custom plugin or integrate and extend existing plugins to implement the full range of reciprocal marketing features (user opt-in, programmatic display of external links/banners, impression/click tracking, and subscription/performance-based charging) within the native WordPress admin dashboard and frontend theme system. The "user interface" of the patent would be realized through the WordPress admin interface, and the "server system" would be a standard WordPress hosting environment.
- Mermaid Diagram:
```
flowchart TD
    U(Registered User) -- Configures Reciprocity via GUI --> WP_Admin[WordPress Admin Dashboard]
    WP_Admin -- Plugin for Reciprocal Marketing Logic --> WP_Core[WordPress Core CMS]
    WP_Core -- Stores User/Site Info, Marketing Elements --> WP_DB[WordPress Database]
    M_Plugin[Reciprocal Marketing Plugin Data] -- Resides in --> WP_DB
    WP_Core -- Renders & Serves Pages --> Live_WP_Site[Live WordPress Website]
    Live_WP_Site -- Displays Other User's Links/Ads --> External_Site_A[External Website A]
    External_Site_A -- Displays Live_WP_Site's Links/Ads --> Live_WP_Site
    M_Plugin -- Tracks Impressions/Clicks (Logged) --> Billing_Module[Billing System (e.g., via WooCommerce Payments Gateway)]
    External_Site_A -- Also WP-based --> WP_Admin
```
US11763316 (E-commerce Features) + WooCommerce (Open-Source E-commerce Plugin for WordPress):
- Description: The advanced e-commerce functionalities outlined in US11763316 (including shopping cart, auction mechanisms, comprehensive product information input, and merchant account integration) are integrated into a website using WooCommerce. WooCommerce is a leading open-source e-commerce plugin for WordPress, providing robust out-of-the-box features for product management (uploading pictures, detailed descriptions, setting prices, defining SKUs), sophisticated shopping cart logic, and a vast array of payment gateway integrations. A PHOSITA would find it straightforward and obvious to leverage WooCommerce (or other similar open-source e-commerce frameworks such as Magento Open Source, OpenCart, PrestaShop) to implement the e-commerce aspects of the patent. The patent's abstract "user interface" for entering product and merchant information would be directly translated into the WooCommerce product and settings pages within the WordPress admin dashboard, with existing payment gateway extensions serving the "merchant account identifier" function.
- Mermaid Diagram:
```
flowchart TD
    WSD[Website Designer] -- Inputs Product Info (Picture, Desc, Price, SKU) --> WC_Admin[WooCommerce Admin UI]
    WC_Admin -- Configures Shopping Cart/Auction Rules --> WC_Core[WooCommerce Core Plugin]
    WC_Admin -- Sets up Payment Gateway (Merchant ID) --> WC_Payments[WooCommerce Payments / Gateway Extensions]
    WC_Core -- Stores Data --> WP_DB[WordPress Database]
    WC_Data[Product, Order, Merchant Account Data] -- Resides in --> WP_DB
    WC_Core -- Renders E-commerce Pages --> Live_Ecom_Site[Live E-commerce Website (WordPress + WooCommerce)]
    Live_Ecom_Site -- Displays Products, Shopping Cart, Auction Interface --> Customer[Customer]
    Customer -- Browses & Purchases --> Live_Ecom_Site
    WC_Payments -- Processes Payment --> Merchant_Account[Merchant Account]
```
US11763316 (Website Design GUI + Web Assets) + Bootstrap (Open-Source CSS Framework) / React (Open-Source JavaScript Library):
- Description: The graphical user interface (GUI) for website design and the management of "web assets" (including graphic images, text, sounds, and animation features) as described in US11763316, are implemented using widely adopted open-source frontend development frameworks and libraries. Specifically, Bootstrap (an open-source CSS framework for responsive, mobile-first frontend development) or React (an open-source JavaScript library for building user interfaces, often used with component libraries like Material-UI or Ant Design) would serve as the foundation. The patent's "website design plate 210" and "STICKY PAD™ 310" would be built as interactive visual editors using components provided by these frameworks. Pre-defined, modular components (from Bootstrap) or reusable, reactive components (from React) would function as the "web assets" that designers select, drag-and-drop, and manipulate within the GUI. The underlying system would generate or export the final website's HTML, CSS, and JavaScript code, ensuring compliance and interoperability with these open-source standards.
- Mermaid Diagram:
```
flowchart TD
    WD[Website Designer] -- Selects/Manipulates Web Assets via GUI --> Custom_GUI[Custom GUI Editor (Design Plate/Sticky Pad)]
    Custom_GUI -- Utilizes Pre-built Components/Primitives from --> OS_Framework[Open-Source Framework (Bootstrap/React)]
    Custom_GUI -- Renders Visual Editor (Drag-and-Drop) --> Web_Asset_Library[Web Asset Library (Component Definitions)]
    Web_Asset_Library -- Sourced from --> Backend_Server[Backend Server (Asset Storage)]
    Backend_Server -- Generates/Saves Final --> Codebase[HTML/CSS/JS Code (Framework-Compliant)]
    Codebase -- Deploys to --> Hosted_Website[Hosted Website]
    Custom_GUI -- Handles User Input (Text Edit, Resize, Move) --> OS_Framework
    OS_Framework -- Provides Styling & Interactivity --> Hosted_Website
```