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@heartmark007![Build a native mobile app that serves as an automated payment manager for the Nigerian market. The app should be built using React Native.
The core features are:
1. **Main Wallet Screen:**
* Display the current wallet balance prominently in Naira (โฆ).
* Show buttons for "Add Money" and "Send Money".
* Display a list of recent transactions (both incoming and outgoing).
2. **Add Money Screen:**
* Allow users to manually add funds to their wallet. For this initial version, simulate this by letting the user enter an amount to add.
* Include a section called "Auto-Reload Setup".
3. **Auto-Reload Setup Screen:**
* Users can enable or disable the "Auto-Reload" feature.
* If enabled, they can set a threshold (e.g., "When my balance falls below โฆ5,000").
* They can also set a top-up amount (e.g., "Reload with โฆ20,000").
* For now, assume the funds are pulled from a pre-configured, simulated bank account.
4. **Send Money / Scheduled Payments Screen:**
* Allow users to set up a new payment to a recipient.
* Users should be able to input the recipient's bank (from a list of Nigerian banks), account number, and the amount.
* Users must be able to choose if it's a "One-Time Payment" or a "Recurring Payment".
* For recurring payments, they should be able to set the frequency (e.g., daily, weekly, monthly) and a start date.
5. **Automations Management Screen:**
* A dedicated screen that lists all active "Auto-Reload" rules and all "Scheduled Payments".
* Users should be able to view the details of each automation and have the option to pause or delete it.
6. **Transaction History Screen:**
* A comprehensive list of all past transactions, including date, type (e.g., Wallet Top-up, Auto-Reload, Payment to [Recipient]), and amount.
Do not include a user login or authentication system for this prototype. The app should function for a single, anonymous user.](https://s.asim.sh/images/vsvQ4Cv9iTHZ_V0vdS6zS.jpeg)
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Build a native mobile app that serves as an automated payment manager for the Nigerian market. The app should be built using React Native. The core features are: 1. **Main Wallet Screen:** * Display the current wallet balance prominently in Naira (โฆ). * Show buttons for "Add Money" and "Send Money". * Display a list of recent transactions (both incoming and outgoing). 2. **Add Money Screen:** * Allow users to manually add funds to their wallet. For this initial version, simulate this by letting the user enter an amount to add. * Include a section called "Auto-Reload Setup". 3. **Auto-Reload Setup Screen:** * Users can enable or disable the "Auto-Reload" feature. * If enabled, they can set a threshold (e.g., "When my balance falls below โฆ5,000"). * They can also set a top-up amount (e.g., "Reload with โฆ20,000"). * For now, assume the funds are pulled from a pre-configured, simulated bank account. 4. **Send Money / Scheduled Payments Screen:** * Allow users to set up a new payment to a recipient. * Users should be able to input the recipient's bank (from a list of Nigerian banks), account number, and the amount. * Users must be able to choose if it's a "One-Time Payment" or a "Recurring Payment". * For recurring payments, they should be able to set the frequency (e.g., daily, weekly, monthly) and a start date. 5. **Automations Management Screen:** * A dedicated screen that lists all active "Auto-Reload" rules and all "Scheduled Payments". * Users should be able to view the details of each automation and have the option to pause or delete it. 6. **Transaction History Screen:** * A comprehensive list of all past transactions, including date, type (e.g., Wallet Top-up, Auto-Reload, Payment to [Recipient]), and amount. Do not include a user login or authentication system for this prototype. The app should function for a single, anonymous user.
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Build a native mobile app for an internal hospitality management company called "Bayou Hospitality". The app should serve as a central tool for managing daily operations. The app must include the following distinct modules: 1. **Home Screen:** A dashboard that provides navigation to all other features of the app. 2. **Announcements:** * A screen to display a list of announcements in reverse chronological order. * A feature for authorized users to create and post new announcements with a title and body text. 3. **Team Chat:** * A screen listing available group chat channels (e.g., "General", "Managers"). * A standard chat interface where users can send and receive messages in real-time within a selected channel. 4. **Inventory Tracking:** * Functionality to track inventory items. Each item should have a name, quantity, associated vendor, and location. * Users should be able to view a list of all inventory, filterable by location. * Ability to add new inventory items and update the quantity of existing items. 5. **Deposit Variance Tracker:** * A form to log a new deposit entry, including fields for Date, Location, Expected Amount, and Actual Amount. * The app should automatically calculate and display the variance (difference) for each entry. * A screen that shows a historical log of all deposit entries. 6. **Door Code Log:** * A secure list of locations/doors and their corresponding access codes. * Users should be able to view the list and tap to see a code. 7. **Uniform Log:** * A system to track uniform distribution. * Users need to be able to create a new entry specifying the Team Member's Name, Uniform Item(s) issued, and the Date. * A screen to view a historical log of all uniforms handed out. 8. **Maintenance & Repair Tracker:** * A form to submit a new maintenance request, including Location, a description of the issue, and an optional photo. * A screen that lists all maintenance requests with their current status (e.g., "Reported", "In Progress", "Completed"). * Users should be able to update the status of a request.
![IQ Test [Part 1]](https://s.asim.sh/images/8ZYm7QSlddlD6bmNo-UjS.jpeg)
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@athreat
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### Task 1: Set Up Project Structure - **Objective**: Initialize the "Thunder Snooper" app/sim project. - **Actions**: - Create a new project using **React** for the frontend and **Node.js** with **Express.js** for the backend. - Set up **MongoDB** for data storage and **Redis** for caching API responses. - Install dependencies: **npm install react react-dom express mongoose redis axios**. - Configure a basic folder structure: /client (React), /server (Node.js), /config (database settings). - **Deliverable**: A working project skeleton with a "Hello World" page on localhost:3000. ### Task 2: Implement Phone Number Search Module - **Objective**: Build a module to retrieve geolocation, carrier, and ownerโs name from a phone number. - **Actions**: - Create a React component (e.g., PhoneSearch.js) with an input field for phone numbers. - Integrate APIs from Truecaller, Advanced Background Checks, Best Phone Lookup, CarrierLookup, CNAM, Data24-7, Infobel, NANPA, Numberway, Pipl, Reverse Phone Lookup, Slydial, SpyDialer, SpyTox, Superpages, Sync.ME, Thatโs Them, True People Search, US Phonebook, White Pages, and WhoCalled using **Axios**. - Handle API rate limits with a queue system and store results in MongoDB. - Display results in a table format on the frontend. - **Deliverable**: A functional phone number search tool returning sample data (e.g., geolocation: "123 Main St", carrier: "AT&T", name: "John Doe") on localhost:3000/search. ### Task 3: Develop Anonymous Messaging System - **Objective**: Enable real-time anonymous messaging to the target phone number. - **Actions**: - Set up **Socket.IO** on the backend to handle real-time communication. - Create a messaging interface in React (e.g., MessagePanel.js) with send/receive functionality. - Encrypt messages using **CryptoJS** with AES-256 and mask user identity. - Integrate Truecaller.com and Getcontact for contact validation via API calls. - Store message logs in MongoDB with encrypted fields. - **Deliverable**: A working chat interface on localhost:3000/message that sends/receives encrypted messages anonymously. ### Task 4: Build Deep Dive Investigation Engine - **Objective**: Create a comprehensive search engine for detailed owner information. - **Actions**: - Develop a DeepDive.js component to aggregate data from: - **People Search**: Pipl, Spokeo, PeekYou, Find People for Free, Qwant, FastPeopleSearch, Canada Phone Directory, 411 US Phone Directory, 192.com, Fold3, FamilyTreeNow, Cluster Maps. - **Username Search**: Knowโem?, NameCheckup, Lullar Com, Namevine, Username Search, Free Username Search, Usersherlock, WhatsMyName Web. - **Company Data**: SEC.gov EDGAR, us-info.com, California Secretary of State, OpenCorporates, Corporation Wiki, Companies House, littleSis, Track Hedge Funds, Crosslinked, Inspy, SocialPwned, HM Revenue & Customs, Partnerpoint. - **Web Scraping**: ParseHub, opsdisk/metagoofil (use **Puppeteer** for scraping). - **Email Tools**: theHarvester, Hunter, Email Permutator, IP2Location, ProoFy, khast3x/h8mail, m4110k/Infoga, Hashcast.axur.com, Spybot Identity Monitor, GHunt, Epieos (use **Nodemailer** for validation). - **Location Services**: ipapi (use **Geolocation API**). - Implement a confirmation modal using **React-Bootstrap** if multiple owners are detected. - Store findings in MongoDB and fetch results dynamically. - **Deliverable**: A Deep Dive interface on localhost:3000/deepdive returning sample data (e.g., friends: "Jane Doe", workplace: "Tech Corp") with owner confirmation if needed. ### Task 5: Implement Data Export Feature - **Objective**: Enable saving investigation data as images or PDFs. - **Actions**: - Integrate **html2canvas** to capture the results table as an image. - Use **jsPDF** to generate PDFs from the captured data. - Create a download button in React (e.g., ExportButton.js) that opens results in a browser tab for saving. - Ensure exported files include timestamps and case IDs. - **Deliverable**: A functional export button on localhost:3000/export generating a sample image/PDF with data. ### Task 6: Ensure Security and Authentication - **Objective**: Secure the app with encryption and authentication. - **Actions**: - Implement **bcrypt** for password hashing and **JWT** for user authentication on the backend. - Add **express-rate-limit** to prevent API abuse (e.g., 100 requests/hour). - Encrypt sensitive data (e.g., phone numbers, messages) in MongoDB. - **Deliverable**: A secure login page on localhost:3000/login with rate-limited API access. ### Task 7: Set Up Iterative Link Integration - **Objective**: Prepare the search function for future link additions. - **Actions**: - Create a dynamic API endpoint (e.g., /add-link) to accept new links from prompts. - Update the Deep Dive engine to parse and integrate new links using **Puppeteer**. - Test with a dummy link (e.g., "https://example.com"). - **Deliverable**: A working endpoint on localhost:5000/add-link that logs and processes a sample link. ### Next Phases (Post-Functionality): - **Graphics**: Implement HD lightning effects with **Three.js** and **PixiJS**, using GSAP for transitions. - **Additional Features**: Add Reverse Image Search, Blur Processing, and Data Analytics. **General Instructions:** - Test each module with a 5MB
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@heartmark007106
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Build a native mobile app that serves as an automated payment manager for the Nigerian market. The app should be built using React Native. The core features are: 1. **Main Wallet Screen:** * Display the current wallet balance prominently in Naira (โฆ). * Show buttons for "Add Money" and "Send Money". * Display a list of recent transactions (both incoming and outgoing). 2. **Add Money Screen:** * Allow users to manually add funds to their wallet. For this initial version, simulate this by letting the user enter an amount to add. * Include a section called "Auto-Reload Setup". 3. **Auto-Reload Setup Screen:** * Users can enable or disable the "Auto-Reload" feature. * If enabled, they can set a threshold (e.g., "When my balance falls below โฆ5,000"). * They can also set a top-up amount (e.g., "Reload with โฆ20,000"). * For now, assume the funds are pulled from a pre-configured, simulated bank account. 4. **Send Money / Scheduled Payments Screen:** * Allow users to set up a new payment to a recipient. * Users should be able to input the recipient's bank (from a list of Nigerian banks), account number, and the amount. * Users must be able to choose if it's a "One-Time Payment" or a "Recurring Payment". * For recurring payments, they should be able to set the frequency (e.g., daily, weekly, monthly) and a start date. 5. **Automations Management Screen:** * A dedicated screen that lists all active "Auto-Reload" rules and all "Scheduled Payments". * Users should be able to view the details of each automation and have the option to pause or delete it. 6. **Transaction History Screen:** * A comprehensive list of all past transactions, including date, type (e.g., Wallet Top-up, Auto-Reload, Payment to [Recipient]), and amount. Do not include a user login or authentication system for this prototype. The app should function for a single, anonymous user.
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More@heartmark007106
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Build a native mobile app that serves as an automated payment manager for the Nigerian market. The app should be built using React Native. The core features are: 1. **Main Wallet Screen:** * Display the current wallet balance prominently in Naira (โฆ). * Show buttons for "Add Money" and "Send Money". * Display a list of recent transactions (both incoming and outgoing). 2. **Add Money Screen:** * Allow users to manually add funds to their wallet. For this initial version, simulate this by letting the user enter an amount to add. * Include a section called "Auto-Reload Setup". 3. **Auto-Reload Setup Screen:** * Users can enable or disable the "Auto-Reload" feature. * If enabled, they can set a threshold (e.g., "When my balance falls below โฆ5,000"). * They can also set a top-up amount (e.g., "Reload with โฆ20,000"). * For now, assume the funds are pulled from a pre-configured, simulated bank account. 4. **Send Money / Scheduled Payments Screen:** * Allow users to set up a new payment to a recipient. * Users should be able to input the recipient's bank (from a list of Nigerian banks), account number, and the amount. * Users must be able to choose if it's a "One-Time Payment" or a "Recurring Payment". * For recurring payments, they should be able to set the frequency (e.g., daily, weekly, monthly) and a start date. 5. **Automations Management Screen:** * A dedicated screen that lists all active "Auto-Reload" rules and all "Scheduled Payments". * Users should be able to view the details of each automation and have the option to pause or delete it. 6. **Transaction History Screen:** * A comprehensive list of all past transactions, including date, type (e.g., Wallet Top-up, Auto-Reload, Payment to [Recipient]), and amount. Do not include a user login or authentication system for this prototype. The app should function for a single, anonymous user.
@heartmark007
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TrueDot Vault is a unique mobile banking prototype designed entirely within the aSIMS platform (App Inventor-based Smart Interactive Mobile System). This app simulates core digital financial services, allowing users to experience the structure and flow of a modern banking interface without requiring real financial integrations. Built for educational, testing, and MVP development purposes, TrueDot Vault demonstrates how mobile banking apps like Opay, Chipper Cash, or Kuda can be reimagined using block-based logic and open-source frameworks. The app offers a clean, user-friendly dashboard where users can register accounts, check balances, simulate fund transfers, and manage digital wallets. With its TinyDB data storage system, each transaction updates the userโs local balance in real-time, providing an offline ledger experience. Using aSIMSโ built-in Web component, TrueDot Vault can connect to mock APIs or real-time services like Firebase or Supabase for authentication and remote data storage. QR code generation and scanning features are integrated to mimic merchant payments and P2P transfers, enhancing realism. A standout feature is the in-app virtual โDotCard,โ which acts as a simulated debit card. Users can top-up their DotCard using a test deposit system or external demo payment APIs like Paystack. Designed with modularity in mind, TrueDot Vault supports future upgrades such as KYC verification, blockchain wallet sync, or integration with real-time fiat/crypto exchanges. While not intended for real-world financial transactions, TrueDot Vault is a pioneering showcase of what can be developed in aSIMS. It empowers students, developers, and fintech innovators to build and test digital banking solutions quickly, visually, and securely โ all within a code-free or low-code environment.
@heartmark007
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This service provides a legitimate United States-based VoIP mobile number capable of both inbound and outbound calling and SMS/MMS messaging. The number is assigned through a registered VoIP carrier compliant with FCC and CNAM regulations, supporting E911 and number portability. The VoIP number integrates with mobile SIM devices using data or Wi-Fi via compatible VoIP apps (e.g., TextNow, Google Voice, or MySudo). It functions independently of the physical SIM number but allows full mobile experience through SIP protocol or custom API gateway. The number can receive verification codes (OTP), business calls, and peer-to-peer texts, and is suitable for personal or professional use. It is provisioned via a U.S. IP address and requires identity verification for activation, ensuring compliance with U.S. telecom standards. Compatible with iOS, Android, and desktop clients.
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@heartmark00788
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TrueDot Vault is a unique mobile banking prototype designed entirely within the aSIMS platform (App Inventor-based Smart Interactive Mobile System). This app simulates core digital financial services, allowing users to experience the structure and flow of a modern banking interface without requiring real financial integrations. Built for educational, testing, and MVP development purposes, TrueDot Vault demonstrates how mobile banking apps like Opay, Chipper Cash, or Kuda can be reimagined using block-based logic and open-source frameworks. The app offers a clean, user-friendly dashboard where users can register accounts, check balances, simulate fund transfers, and manage digital wallets. With its TinyDB data storage system, each transaction updates the userโs local balance in real-time, providing an offline ledger experience. Using aSIMSโ built-in Web component, TrueDot Vault can connect to mock APIs or real-time services like Firebase or Supabase for authentication and remote data storage. QR code generation and scanning features are integrated to mimic merchant payments and P2P transfers, enhancing realism. A standout feature is the in-app virtual โDotCard,โ which acts as a simulated debit card. Users can top-up their DotCard using a test deposit system or external demo payment APIs like Paystack. Designed with modularity in mind, TrueDot Vault supports future upgrades such as KYC verification, blockchain wallet sync, or integration with real-time fiat/crypto exchanges. While not intended for real-world financial transactions, TrueDot Vault is a pioneering showcase of what can be developed in aSIMS. It empowers students, developers, and fintech innovators to build and test digital banking solutions quickly, visually, and securely โ all within a code-free or low-code environment.
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@heartmark007106
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Build a native mobile app that serves as an automated payment manager for the Nigerian market. The app should be built using React Native. The core features are: 1. **Main Wallet Screen:** * Display the current wallet balance prominently in Naira (โฆ). * Show buttons for "Add Money" and "Send Money". * Display a list of recent transactions (both incoming and outgoing). 2. **Add Money Screen:** * Allow users to manually add funds to their wallet. For this initial version, simulate this by letting the user enter an amount to add. * Include a section called "Auto-Reload Setup". 3. **Auto-Reload Setup Screen:** * Users can enable or disable the "Auto-Reload" feature. * If enabled, they can set a threshold (e.g., "When my balance falls below โฆ5,000"). * They can also set a top-up amount (e.g., "Reload with โฆ20,000"). * For now, assume the funds are pulled from a pre-configured, simulated bank account. 4. **Send Money / Scheduled Payments Screen:** * Allow users to set up a new payment to a recipient. * Users should be able to input the recipient's bank (from a list of Nigerian banks), account number, and the amount. * Users must be able to choose if it's a "One-Time Payment" or a "Recurring Payment". * For recurring payments, they should be able to set the frequency (e.g., daily, weekly, monthly) and a start date. 5. **Automations Management Screen:** * A dedicated screen that lists all active "Auto-Reload" rules and all "Scheduled Payments". * Users should be able to view the details of each automation and have the option to pause or delete it. 6. **Transaction History Screen:** * A comprehensive list of all past transactions, including date, type (e.g., Wallet Top-up, Auto-Reload, Payment to [Recipient]), and amount. Do not include a user login or authentication system for this prototype. The app should function for a single, anonymous user.
@heartmark00788
0
0
TrueDot Vault is a unique mobile banking prototype designed entirely within the aSIMS platform (App Inventor-based Smart Interactive Mobile System). This app simulates core digital financial services, allowing users to experience the structure and flow of a modern banking interface without requiring real financial integrations. Built for educational, testing, and MVP development purposes, TrueDot Vault demonstrates how mobile banking apps like Opay, Chipper Cash, or Kuda can be reimagined using block-based logic and open-source frameworks. The app offers a clean, user-friendly dashboard where users can register accounts, check balances, simulate fund transfers, and manage digital wallets. With its TinyDB data storage system, each transaction updates the userโs local balance in real-time, providing an offline ledger experience. Using aSIMSโ built-in Web component, TrueDot Vault can connect to mock APIs or real-time services like Firebase or Supabase for authentication and remote data storage. QR code generation and scanning features are integrated to mimic merchant payments and P2P transfers, enhancing realism. A standout feature is the in-app virtual โDotCard,โ which acts as a simulated debit card. Users can top-up their DotCard using a test deposit system or external demo payment APIs like Paystack. Designed with modularity in mind, TrueDot Vault supports future upgrades such as KYC verification, blockchain wallet sync, or integration with real-time fiat/crypto exchanges. While not intended for real-world financial transactions, TrueDot Vault is a pioneering showcase of what can be developed in aSIMS. It empowers students, developers, and fintech innovators to build and test digital banking solutions quickly, visually, and securely โ all within a code-free or low-code environment.
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