MarketScope is an AI-powered financial news analysis and company assessment platform that rapidly gathers the latest headlines for any specified company, eliminating the need for manual news aggregation. With a simple user input, it uses advanced natural language understanding capabilities to process and categorize news, breaking down its impact into positive or negative sentiments and evaluating short-, medium-, and long-term implications on stock performance. By leveraging the power of the GPT-4 AI model, MarketScope provides a clear, multi-tiered financial analysis packed with logical, data-driven insights—saving investors and analysts countless hours of research. The tool delivers a comprehensive report on the potential effects of market news on stock valuation, making it a transformative solution for staying ahead in the fast-paced finance world. Results shown here are from February 2024, and MarketScope should be run daily to maintain the most up-to-date information.

The Interest Rate Swap Calculator is a workflow-enhancing tool designed to simplify the valuation of interest rate swap portfolios while ensuring precision and efficiency. By integrating intuitive interfaces and automation capabilities, it handles pre-valuation checks, data import, and date updates with ease. A centralized dashboard provides a clear snapshot of the entire portfolio, showing import status, updates, and logs of completed tasks. Its key features include preparing transactions, updating open positions, generating FTP upload files, and systematically preserving pricing files for archival. The dedicated Swap Portfolio page displays each swap’s details—from trade IDs and counterparties to notional values and current prices—while rigorous validation checks (like tolerance levels and day-over-day price comparisons) maintain data accuracy. Back-end macros protect data integrity, handle file imports, prepare deals, and generate reports. All trade economics and information are purely fictional and serve demonstration purposes only.

The DomainCheck Pro is an advanced tool I created tailored for domain flipping, combining the power of GPT-4 and Whois APIs. It features a user-friendly interface, enabling users to input domain themes and choose from a variety of domain extensions like .com, .org, .net, among others. Users can specify the number of desired results, and the tool then generates a list of potential domain names using GPT-4’s linguistic capabilities. The application also includes a domain verification system utilizing the Whois API, allowing users to upload and check the availability of a list of generated domains. This feature is especially valuable for domain flippers in identifying and securing profitable domain names quickly. The tool’s interface is designed for ease of use, with functionalities such as file browsing for input and output data, customizable result numbers, and multiple domain extensions. The inclusion of a progress bar and multi-threaded processing ensures efficient and simultaneous checks of domain availability. DomainChecker Pro is a key asset for domain flipping professionals, merging creative domain generation with technical verification. Its ability to rapidly generate and validate domain names makes it an indispensable tool in the domain flipping market, aiding in more strategic and successful domain acquisitions.

This is my personal GPT AI API Tool. Showcased below is a state-of-the-art demonstration of the GPT-4 Turbo API’s capabilities, offering users a firsthand experience of its advanced computational power. Designed for both efficiency and sophistication, this platform invites users to engage with the language model, which is capable of constructing complex narratives and providing rapid responses to a variety of prompts. It stands as a testament to the strides made in natural language processing, enabling seamless and interactive storytelling with remarkable speed. This tool exemplifies the fusion of speed and intelligence, allowing for a seamless demonstration of the language model’s prowess in understanding and generating text. It’s an invitation to push the boundaries of AI-assisted communication, providing a glimpse into the potential for creating immersive and detailed experiences through the simple act of entering a prompt.

The DALL-E 3 photo generation feature utilizes artificial intelligence to convert textual prompts into visual images. It incorporates the latest advancements in AI image generation, allowing for the nuanced interpretation and creation of complex visuals based on user input. The interface serves as an interactive medium for users to engage with AI’s capabilities in visual cognition, facilitating the conversion of written language into high-fidelity graphical representations. Functionally, the interface provides a user-friendly environment for exploring the applications of AI in visual arts. It is designed to interpret a wide range of descriptive prompts, translating them into detailed, expressive artworks. The platform also aims to expand the boundaries of AI in the domain of creative expression, providing a space for the generation of detailed artworks from textual descriptions.

GPT-4’s image recognition feature signifies a new era in image comprehension and descriptive insight. As a part of the GPT-4 API – Personal Tool collection, this interface is designed to demonstrate AI’s capacity to analyze and articulate intricate visual scenes. It enables the AI to not only see but also to understand and describe the elements and narratives contained within an image, highlighting the nuanced details with exceptional precision. This interface is more than a mere analytical tool; it is a testament to the synergy between AI and visual understanding, showcasing how advanced algorithms can interpret imagery with a depth that rivals human perception. It invites users to witness the full spectrum of AI’s visual acuity, pushing the boundaries of machine-assisted image interpretation. This system serves as a gateway to experiencing how AI can transform visual data into descriptive language, crafting vivid narratives from the visual world.

The Control Plan Entry Tool is an innovative and integral component of quality management for a manufacturing company. This dynamic interface provides a meticulous and streamlined method for entering and managing critical data needed to construct comprehensive Control Plans. It includes fields for key contact information, part numbers, descriptions, and detailed process characteristics, enabling users to input and oversee every facet of manufacturing and quality assurance with precision. Incorporated within this tool are automated macros that ensure that each entry is accurate and up to date. The panel supports the creation of a detailed Control Plan by facilitating the recording of machine, device, and tool information for manufacturing, as well as the specification of product and process tolerances. This careful structuring of data is pivotal in maintaining the highest standards of quality control, essential for achieving operational excellence in production.

The File Search Automation Tool is designed to streamline the process of locating specific information across multiple file formats within extensive directory structures. Leveraging Python, the tool traverses directories to search within PDF, Word, Excel, and text documents, among others. It identifies and highlights the presence of user-defined keywords, bringing pertinent data to the forefront quickly and accurately. This tool simplifies the complexity of data search and retrieval, offering a straightforward and efficient user experience. It stands as a reliable solution for rapid data access, suitable for a range of tasks that require the pinpointing of information within a diverse set of documents. Through automation, it provides a time-saving approach to file examination, enhancing productivity in data management activities.

My Python Data Comparison Tool is an innovative software solution I developed to automate and streamline the comparison of Excel-based datasets. This tool is integral in eliminating the labor-intensive and error-prone process of manually comparing data across different stages of environments, such as ‘Test’ and ‘Prod’. It seamlessly integrates with spreadsheet applications to facilitate automatic data loading, aligning, and comparison, thus replacing manual data manipulation. Central to its functionality is the robust handling of Excel files, where it identifies and rectifies discrepancies between data sets, ensuring high accuracy in data analysis tasks. It leverages the power of pandas for data management and tkinter for an interactive GUI, allowing users to load files, execute comparisons, and directly interact with the results. The tool adeptly handles discrepancies by aligning them clearly in a new Excel file, which is automatically saved in the user’s directory for immediate access and review. This facilitates a thorough examination and auditing process, enhancing workflow efficiency by reducing the time spent on data verification and validation. The Python Data Comparison Tool sets a new benchmark in data comparison, offering a streamlined solution that assures precision, consistency, and significant time savings, radically transforming traditional data comparison methods. All functionalities are designed with user experience in mind, ensuring that every interaction is intuitive and productive.

The Import/Export Tool is crafted to enhance productivity by providing a streamlined approach to handling data. It simplifies the import and export process across a variety of file formats, ensuring precise data management. Users can direct the flow of data with ease using simple import and export flags, allowing for a high degree of customization and control over their data workflow. This tool is designed to save time and minimize errors, making it an essential utility for those who demand efficiency and accuracy in their Excel tasks. Whether dealing with large datasets or routine data transfers, this tool ensures that your operations are both swift and reliable. It’s engineered to support professionals who rely on Excel for complex data management tasks, delivering a user-friendly interface that mitigates the risk of manual errors and enhances overall productivity. With this tool, the management of Excel data becomes a more controlled, accurate, and efficient process.

The Web Data Scraper Tool is meticulously designed to enhance operational workflows by automating the extraction and processing of data from web sources. It is adept at navigating to specific web pages, such as financial portals, where it can authenticate access, extract relevant tables, and convert this data into structured spreadsheets. By employing sophisticated web automation techniques, the tool eliminates the need for manual data entry, reducing the time spent on routine data acquisition tasks. Utilizing the tool, users can automatically log in to secure websites, navigate to designated data-rich pages, and capture the necessary information. It leverages the power of Python’s Selenium and Pandas libraries to interact with web elements and parse HTML tables, respectively. The data extracted is then meticulously organized into Excel format, stamped with a timestamp for version control, and saved to a predefined directory, ready for analysis or integration into larger data systems