Open Source Web Based Business Management and Accounting Software -- Imperium provides a database of Contacts, Work Orders, Invoices and Accounts - the core functionality to manage your business finances. Integrates with email (SMTP, IMAP) and Google Services (contacts, tasks, calendar)

Personal finance database creation, SQL analysis, and Power BI dashboard

Track personal finances in an SQL database.

Set of custom reports that I use for my personal finances. To see the reports working on a sample database, check the website http://gnucashreports.comuf.com/ ATTENTION: many problems yet. Many bugs that did not happen in my computer happened in this sample server.

An extensively documentated Next.js fullstack finance tracker for organizing personal finances. Covers income, taxes, assets, debt, and net worth management. Utilizes next-auth for user authentication and stores user data in a MongoDB database with prisma ORM.

Database application to track personal finances.

a tool to manage personal finances in a two person house hold. Includes a python gui to interface with a mysql database and php scripts for web forms and database analytics

An intuitive Expense Tracker Application using Streamlit with user authentication and a robust SQLite3 database. Manage finances by logging income/expenses and view detailed monthly visualizations and dashboards. Includes a stock prices section for the top 2000 companies, leveraging Yahoo Finance for 10 years of data, with comparison charts.

A Next.js 13 fullstack finance tracker for organizing personal finances. Covers income, taxes, assets, debt, and net worth management. Utilizes next-auth for user authentication and stores user data in a MongoDB database with prisma ORM.

Spend Right is a full stack ruby on rails web application on a PostgreSQL database that is built to manage your finances by grouping your expenses or transactions into categories and helping you visualize how much you are spending and where you are spending the most amount of money.

In healthcare sector where the expenses of a treatment or the cost of a more advanced surgical instrument or machine are skyrocketing, the only thing cheap is – storing the medical histories of patients’ on electronic health records (EHRs) in the Cloud. When doctors are able to use Internet of Things for research and peer-reviewed studies, they can perform better. Diseases can be cured and prevented with facts and remedies from around the world. Telemedicine technologies can be used to provide critical medical care to people in rural and remote areas. Such digital advancements are taking the healthcare industry into the future. However, these opportunities come with a significant security risk. In order to improve the cardiac monitoring of a patient, a lot of new medical devices can be installed, but they bring along the risk of new entry points for cyber criminals. According to the 2017 KPMG/Forbes Insights Cyber-Security Survey, 55% organizations have seen an employee falling prey to phishing scam and 34% have seen theft from secured database by internal bad actor. Cyber and privacy breaches bring along the risk of loss of digital assets and also cause irreparable damage to the reputation of the organization. Patient data will always remain a critical asset in the healthcare industry. However, cyber criminals are in the want of stealing this protected health information (PHI). The value of medical data is ten times more than that of financial data in the black market of dark web. In the last two years, 47% of healthcare organizations have had a security breach related to HIPAA. Sensor-based wireless devices have proven to be a boon as well as a bane for the healthcare industry. Wireless devices allow efficient communication and seamless patient management. But they also act as an entryway into the network of the hospital. For cyber criminals this is an easy way to access sensitive information from the hospital’s networks. Continuous technology assessments are critical to cyber security. It is imperative that healthcare organizations address all the vulnerabilities before integrating new technologies. Awareness about the potential attacks is of utmost importance. ACS Guaranty’s Cyber-Security Solutions assist critical infrastructure organizations altering their security and privacy controls into business-enabling platforms. ACS, a Guaranteed Secured Centre safeguards IT networks and secures critical data from any cyber-attack. The company covers all the needs from pre- to post-breach in terms of cyber security. Solutions include threat intelligence, cyber forensics, and other cyber risk services. Most common methods of attack are malware (72%), ransomware (32%) and internal theft (47%). Sharing data with third parties is on the top of perceived vulnerabilities list with 63% organizations complaining about it. Other vulnerabilities on the list include internet devices not controlled by IT (59%), external attackers (50%), and employee breaches (27%). Hence, a balanced cyber security program is required. Healthcare organizations must implement advanced cyber security solutions, and should train and aware their staff regularly about the potential risks. Organizations ignoring this risk are vulnerable to incalculable damage to their reputation as well as their finances.

A little project to import all my finances to a database

A local database-powered app using Hive to track expenses and manage finances.

MoneyCounter- count every income / expense you make and keep track of your finances. This is my first full stack application. The front-end is written in React.js. The back-end is written in Python, Flask. As a database I chose PostgreSQL.

This is a zero-based budget designed, and developed to help all kinds of people with their finances. All using the following technologies: React for the UI, Pug.js for the original templates, Node.js and Express to handle the RESTful API server requests to a MongoDB database.

The Expense Tracker is a full-stack web application designed to help users efficiently manage their finances by tracking both expenses and salary. Built using React for the front-end, Express for the back-end, and MongoDB for the database, this application provides a seamless user experience and robust data management capabilities.

Aplicação que armazena transações financeiras de entrada e saída, e permite o cadastro e a listagem dessas transações. 💰

💰 Finance Tracker Pro — A modern desktop application for managing personal finances with a premium UI, MySQL database, and interactive analytics (bar & pie charts).

Opulens is designed to help you visualise and manage your finances effectively. Using advanced PostgreSQL databases and Tableau, the app turns your financial data into insightful visualisations to support better budgeting decisions.

A Database Management System to handle the finances related to a college club event. Made using streamlit and subprocess, has different pages for different user profiles like Club Head, Domain Head and Member.

Frontend template application build in Vue.js for managing personal finances with a usage of Vuex, Composition API. The backend is build in Node.js. MySQL database with a usage of ORM Sequelize.

The Financial Management System is a comprehensive platform built with Next.js and TypeScript that allows users to securely manage their finances. It integrates with Plaid and Dwolla for bank account connections and funds transfer. With Appwrite for authentication and database management.

SmartSpend helps you manage your finances effortlessly by tracking your daily expenses and categorizing them. Built as a full-stack application, it leverages Spring Boot for the backend, MySQL for database management, and will soon feature a React frontend for a seamless user experience.

ASSET is an API used for storing, tracking and analyzing personal financial assets. Based off my own personal need to get my messy finances and impulsive stock purchases in order, ASSET stores a user's cash and financial market assets in its database, and can be used to conduct real time analytics both across time periods and at any particular instant in the user's financial history.

This project aims at developing a digital payment platform and creating a payment gateway that offers comprehensive payment services for its customers. Pay-sa is a mobile commerce platform, offering its customers a digital wallet to store money and make quick payments. It requires users to create password protected accounts; that store information such as their name, mobile number, E-mail address, wallet balance, bank account details and net banking details; in order to carry out day to day transactions in a safe and convenient environment. The program stores a database of all its customers which contains all information stored by each account, with the application of file handling. The customer can edit most of this information, barring some invariable details, at any point in time. Due to lack of connectivity to the actual bank database at the current stage, the program creates a virtual bank database which requires the user to input his/her bank balance manually. The bank balance of the registered customers can be monitored and updated by a bank employee by logging in with the unique Bank User ID ( currently set as “bank1234” ) and password ( currently set as “1234bank” ). The customers can transfer money from their bank account to their digital wallet and vice-versa or from their digital wallet to any other customer’s digital wallet or bank account. Payments can be made conveniently using this program by transferring money from one person’s digital wallet to the intended recipient’s digital wallet or bank account, provided both the sender and the recipient are Pay-sa account holders. In addition to providing a platform for easy payment, Pay-sa also allows its users to request money/payment from other users by sending request messages. The program also stores a list of transactions made in the past ( up to a certain maximum limit ) by the customer, for future reference, in the form of a passbook. Each passbook entry includes the amount transferred and the details of the recipient ( name, mobile number, etc. ). Such a program can help minimize the use of cash in monetary transactions and in turn minimize the flow of black money in the market and promote transparency in finances.

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Database for personal finances using PostgreSQL + Python

A Python application for tracking personal finances with SQLite database backend.

Project to automate the calculation of a university club's finances. Works by converting spreadsheets into a usable database where custom SQL queries are run to output the club's finances.