This repository houses a complete Business Loan Risk Assessment demo, showcasing how to leverage MongoDB's multimodal capabilities and GenAI to evaluate loan risks.

Leafy Bank UI is the graphical user interface for our demo banking application, showcasing the integration of MongoDB's powerful features tailored for Financial Services.

Backend service for loading financial data from multiple sources, including Yahoo Finance, FRED, Binance (crypto assets), Reddit (social media posts), and CoinGecko (stablecoin market caps), plus financial news processing.

Backend service for Retrieval-Augmented Generation (RAG) using AWS Bedrock, Superduper, and MongoDB Atlas Vector Search.

This repository powers the backend for Leafy Bank, a demo banking application designed to showcase modern financial services technology. It manages account operations such as opening and closing accounts, utilizing MongoDB to ensure secure and efficient data processing.

This repository powers the backend for Leafy Bank, a demo banking application designed to showcase modern financial services technology. It handles digital payments and account transfers, utilizing MongoDB to ensure secure and efficient transaction processing.

OpenRadioss is a powerful, industry-proven finite element solver for dynamic event analysis

Kubernetes metadata injection for New Relic APM to make a linkage between APM and Infrastructure data.

A modular shared-memory high-performance framework for multiscale cardiac multiphysics simulations.

This repository contains a demo application showcasing the use of AI-driven alternative credit scoring. It leverages generative AI to explain credit card application rejections and provides tailored credit product recommendations using MongoDB Vector Search.

This repository hosts the Azure Tech Blog, authored by Microsoft Korea employees, sharing insights, best practices, and real-world experiences with Azure.

Retail banking sample application showcasing Kubernetes and Google Cloud

SPH multiphysics solver

This is a 1D problem that computes the analytical solution of a canonical Fluid-Structure Riemann Problem (FSRP) undergoing a topological change. A piston with a fixed, prescribed velocity separating two fluids induces a rarefaction fan (fluid 1) and shock wave (fluid 2). Further downstream, a wall separates two fluids (fluid 2 and fluid 3).

F# scripting editor for Windows

Interpreting Guidewire CDA as delta table

OpenRadioss is a powerful, industry-proven finite element solver for dynamic event analysis

TNcontrol aims to find chess tournaments where the person you are looking for has pre-registered.

🔨 Feel++ Toolbox Examples

A library for colorful console output in the F# scripting editor Fesh