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FinCore – Core Banking System

Project Overview
  • Project Title: FinCore – Core Banking System
  • Domain: Banking
  • Technology Stack: Java 17, Spring Data JPA, MySQL, HTML, CSS, React
  • Duration: 3 Weeks
Project Description

FinCore is a centralized digital Core Banking System (CBS) that manages bank customer’s accounts, transactions, loans, deposits, and other financial services seamlessly. It allows banks to operate 24/7 with real-time transaction processing, multi-branch support, secure fund transfers, and regulatory compliance tracking. Designed for reliability, scalability, and security, FinCore modernizes traditional banking operations into a fully digital experience.

Key Objective
  • Centralize customer data, accounts, transactions, and loan management.
  • Enable real-time fund transfers (within bank and interbank).
  • Automate savings, current, FD (Fixed Deposit), and loan operations.
  • Ensure high availability and fault tolerance for 24/7 banking.
  • Support regulatory and compliance reporting (KYC, AML checks).
  • Provide role-based secure access for Staff, Managers, and Admins.
  • Offer seamless multi-branch, multi-currency, and multi-channel integration
Core Feature
  • User Registration with optional anonymity.
  • Mood tracker with graphs and emotional trend analysis.
  • Guided exercises: breathing, mindfulness, journaling, etc.
  • Appointment scheduling with therapists.
  • Crisis support contact system.
  • AI-driven personalized suggestions.
  • Secure chat with therapists (optional real-time)
  • Community forum with moderation and anonymity.
  • Downloadable mood and journaling reports.
  • Reminder system for check-ins and tasks

Tools & Technologies Used

Category Tools / Technologies
Language Java 17
Framework SpringBoot
ORM Spring Data JPA
Payment Gateway Integration Razorpay, PayU (for external payments)
Third-Party Integrations PAN/KYC APIs, Credit Score APIs (optional)
API Documentation Swagger / SpringDoc OpenAPI
Authentication & Security Spring Security + JWT
Logging Log4j
Database MySQL ,Redis (cache)
FrontEnd React.js
Visualization & Reporting Chart.js / Apache POI / JasperReports.
Building Tools & Dependencies Maven, Git, Jenkins
Testing Mockito, Postman (API Test)
Cloud and Deployment AWS EC2, Docker, RDS (MySQL)

Prerequisites

💻 System Requirements
  • Operating System: Windows / macOS / Linux
  • RAM: Minimum 8 GB (16 GB recommended for large-scale transaction handling)
  • Java JDK 17 installed and configured (JAVA_HOME set)
  • Node.js and npm/yarn installed for React frontend
  • MySQL and Redis installed locally or accessible remotely
  • MongoDB setup for optional logging and NoSQL document storage
  • Docker installed (Kubernetes optional for microservice deployment)
📦 Software Dependencies
  • Java 17 and Spring Boot for microservices and APIs
  • Spring Data JPA for RDBMS interaction (MySQL)
  • Spring Security + JWT for secure role-based access
  • Redis for caching transaction/session data
  • React.js for dynamic UI and dashboards
  • Spring Scheduler (optional for recurring payment tasks)
  • Java Mail & Twilio for transaction alerts
  • Jasper Reports / Apache POI for downloadable compliance reports
  • Chart.js / Recharts for KPI visualization
  • Swagger / SpringDoc OpenAPI for documenting APIs
  • Payment Gateway SDKs: Razorpay, PayU integration (optional)
  • Third-Party APIs: PAN/KYC, Credit Score (for real banking simulation)
  • Maven for dependency and build management
  • Mockito and Postman for testing and verification
🧰 Tools & Services
  • IDE: IntelliJ IDEA / Eclipse (Backend), VS Code (Frontend)
  • Git for version control, GitHub/GitLab for repository
  • Jenkins for CI/CD automation
  • AWS EC2 for deployment, RDS for MySQL, S3 for document storage
  • Docker for containerized backend and frontend
  • Kubernetes (optional) for orchestration in production-scale simulation
🌐 Technical Knowledge
  • Banking domain knowledge: KYC, NEFT/RTGS/IMPS, loan lifecycle
  • Building secured REST APIs with Spring Boot
  • JWT-based authentication and multi-role authorization
  • Multi-branch and multi-currency support design patterns
  • Integration of payment gateways and credit scoring APIs
  • Database design for core banking modules (AC, TXN, LOAN)
  • Working with Docker, EC2, RDS, and optionally Kubernetes
  • Creating analytics and compliance reports using JasperReports
  • TechnologyJava
  • TypeWeb Application
  • Duration3 weeks
  • ModeOnline/Offline
  • CertificateYes
  • Project ReviewIncluded
  • Doubt SupportLive & Chat Support
  • Career SupportResume & Interview Tips
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