OpsPilot Platform

Cloud-Native Real-Time Incident Response & Team Operations Platform

OpsPilot is a production-style cloud-native operational platform inspired by real-world SRE, DevOps, platform engineering, cloud operations, and incident-response systems. The platform enables engineering teams to: - Create and manage production incidents - Coordinate operational remediation tasks - Manage teams and role-based access - Receive real-time operational notifications - Track activity timelines and audit trails - Collaborate across operational workflows - Monitor operational readiness - Stream distributed operational events - Synchronize live system activity in real time Built using: - Spring Boot - React + Vite - PostgreSQL - Kafka (Confluent Platform) - Redis - WebSockets (STOMP/SockJS) - Docker - AWS EC2 - Swagger/OpenAPI - Spring Boot Actuator - Flyway - Terraform-style infrastructure organization # Key Highlights - Real-time operational updates using WebSockets + STOMP - Kafka event-streaming architecture - Confluent Kafka platform integration - Secure JWT authentication & role-based authorization - Distributed event-driven workflows - Team collaboration workflows - Incident lifecycle management - Operational task orchestration - Live notifications system - Activity timeline & audit logging - Dockerized multi-service deployment - Swagger/OpenAPI integration - Health monitoring with Spring Boot Actuator - Redis-backed operational caching - Production-oriented infrastructure organization - Environment-aware deployment configuration - Cloud-native deployment architecture # System Architecture  # Core Features ## Authentication & Authorization - User registration and login - JWT token generation and validation - Protected REST APIs - Role-based authorization - Role-aware frontend rendering - BCrypt password hashing - Spring Security authentication filters - Secure API request validation - Environment-aware security configuration - Production-ready CORS handling ### Supported Roles | Role | Purpose | |---|---| | ADMIN | Platform administration and role management | | INCIDENT_MANAGER | Incident coordination and operational ownership | | TEAM_LEAD | Team operations and task oversight | | USER | General operational workflows | # Incident Management The incident module simulates real-world production incident-response workflows used by modern SRE and platform engineering teams. ## Features - Create production incidents - Assign incident owners - Track incident severity - Update incident status - Add operational comments - Maintain operational timelines - Search and filter incidents - Receive live incident updates - Broadcast operational changes in real time - Synchronize distributed operational activity ### Supported Incident Status | Status | Meaning | |---|---| | OPEN | Incident created | | INVESTIGATING | Root-cause analysis in progress | | IN_PROGRESS | Active remediation underway | | RESOLVED | Issue resolved | | CLOSED | Operationally finalized | ### Severity Levels | Severity | Meaning | |---|---| | LOW | Minor issue | | MEDIUM | Moderate operational degradation | | HIGH | Significant operational impact | | CRITICAL | Major outage / urgent escalation | # Task Orchestration OpsPilot includes operational task management for engineering execution workflows. ## Features - Create operational tasks - Assign tasks to users - Link tasks to incidents - Track priorities and due dates - Update task status - View user-specific task lists - Receive live task updates - Coordinate engineering execution - Operational ownership tracking ### Task States | State | Meaning | |---|---| | TODO | Work pending | | IN_PROGRESS | Work actively handled | | DONE | Work completed | # Team Workspace The team workspace enables collaborative operational execution across engineering teams. ## Features - Team creation and management - Bulk user assignment - Bulk role assignment - Team-based task coordination - Shared execution view - Team ownership tracking - Operational collaboration workflows - Distributed engineering coordination # Notifications System OpsPilot includes a live operational notification infrastructure. ## Features - Notification bell UI - Recent notifications API - Unread notification count - Mark notifications as read - User-specific WebSocket subscriptions - Live push notifications using STOMP/SockJS - Real-time operational event propagation - Distributed notification synchronization # Timeline, Comments & Audit Trail OpsPilot tracks operational collaboration and historical system activity. ## Tracked Activities - Incident creation - Incident status updates - Operational comments - Task updates - Team assignment - Role changes - Administrative actions - Operational workflow activity - Distributed event propagation This provides operational traceability, historical visibility, and audit readiness. # Real-Time Event Architecture OpsPilot uses Spring WebSocket messaging with STOMP and SockJS for distributed real-time synchronization. ## Backend WebSocket Endpoint /ws ## Topic Broadcasting /topic/incidents/** /topic/tasks/** /topic/notifications/** /topic/activity ## Real-Time Operational Flow User Action ↓ Spring Boot REST API ↓ Service Layer ↓ Kafka Event Publication ↓ Kafka Consumer Processing ↓ WebSocket Topic Broadcast ↓ React Real-Time UI Synchronization # Kafka Event Streaming Layer OpsPilot includes distributed Kafka infrastructure for asynchronous event-driven workflows. ## Kafka Components - Confluent Kafka broker - Zookeeper coordination - Topic configuration - Producer services - Consumer services - Listener container factories - Event relay architecture - Distributed operational event propagation ## Configured Topics incident-created incident-status-updated task-created task-status-updated activity-events comment-created notification-events ## Kafka Engineering Concepts - Event-driven architecture - Distributed asynchronous communication - Real-time event propagation - Topic-based operational messaging - Producer/consumer workflow design - Event relay pipelines # Operational Dashboard & Analytics OpsPilot includes operational visibility dashboards for engineering execution monitoring. ## Dashboard Capabilities - Operational readiness tracking - Active workload visibility - Incident analytics - Real-time activity feeds - Notification monitoring - Team execution visibility - Operational state synchronization - Live system updates # Backend Architecture The backend follows layered enterprise architecture principles. apps/backend/src/main/java/com/opspilot/platform ├── config ├── controller ├── dto ├── events ├── exception ├── model/entity ├── repository ├── security └── service ## Backend Engineering Concepts - RESTful API design - DTO separation - Service-layer business logic - Repository abstraction - JPA/Hibernate persistence - JWT authentication filters - Role-based authorization - Kafka event publishing - WebSocket broadcasting - Redis-backed caching - Rate limiting - Operational workflow modeling - Distributed event synchronization - Environment-aware configuration - Production-grade backend architecture # Frontend Architecture The frontend is built using React + Vite. apps/frontend/src ├── api ├── components ├── hooks ├── pages ├── utils └── websocket ## Frontend Engineering Concepts - Protected route handling - Role-aware rendering - API abstraction layer - Live notification hooks - STOMP topic subscriptions - Dashboard UI - Team workspace UI - Incident workflow UI - Operational activity feeds - Real-time state synchronization - Distributed UI updates - WebSocket event subscriptions # Tech Stack ## Frontend | Technology | Purpose | |---|---| | React 19 | UI framework | | Vite | Build tool | | React Router | Client-side routing | | Axios | REST communication | | STOMP.js | WebSocket messaging | | SockJS | Browser WebSocket fallback | ## Backend | Technology | Purpose | |---|---| | Java 17 | Backend language | | Spring Boot | API framework | | Spring Security | Authentication & authorization | | JWT | Stateless API security | | Spring Data JPA | ORM/data access | | Hibernate | Persistence | | PostgreSQL | Relational database | | Flyway | Database migrations | | Spring WebSocket | Real-time messaging | | Kafka | Distributed event streaming | | Confluent Platform | Kafka infrastructure | | Redis | Runtime cache & rate limiting | | Maven | Dependency management | ## DevOps / Infrastructure | Technology | Purpose | |---|---| | Docker | Containerization | | Docker Compose | Multi-service orchestration | | AWS EC2 | Cloud deployment target | | Terraform-style Structure | Infrastructure organization | | Swagger/OpenAPI | API documentation | | Spring Boot Actuator | Runtime observability | | Linux/Ubuntu | Production runtime environment | # Dockerized Services The production Docker setup runs: | Service | Purpose | |---|---| | opspilot-frontend | React frontend | | opspilot-backend | Spring Boot API | | opspilot-postgres | PostgreSQL database | | opspilot-redis | Redis runtime | | opspilot-kafka | Kafka broker | | opspilot-zookeeper | Kafka coordination | # API Documentation Swagger/OpenAPI documentation is available when backend services are running. http://localhost:8080/swagger-ui/index.html ## API Engineering Concepts - Production-grade API documentation - Interactive endpoint testing - Operational API visibility - Backend contract validation # Health Monitoring Spring Boot Actuator exposes operational health endpoints. GET /actuator/health ## Health Monitoring Includes - Database connectivity - Disk space monitoring - Application liveness - Runtime readiness checks - Service observability - Deployment monitoring # Redis Infrastructure ## Redis Usage - Operational caching - Runtime state handling - Rate-limiting infrastructure - Distributed cache coordination # Database Migrations Flyway migrations are located at: apps/backend/src/main/resources/db/migration This enables version-controlled schema evolution and production-safe database management. # Application Screenshots ## Authentication ### Login Page  ### Registration Page  ## Incident Management ### Incident Dashboard  ### Incident Comments  ## Team Operations ### Team Management  ### Team Workspace  ### Task Assignment  ## Notifications & Activity ### Live Notifications  ### Operational Dashboard  ## API Documentation ### Swagger/OpenAPI  ## Deployment & Infrastructure ### Docker Containers & Health Checks  # Project Structure opspilot-platform/ │ ├── apps/ │ ├── backend/ │ └── frontend/ │ ├── docs/ │ ├── architecture/ │ ├── screenshots/ │ ├── api/ │ └── runbooks/ │ ├── infra/ │ ├── docker/ │ └── terraform/ │ ├── scripts/ │ ├── docker-compose.yml ├── docker-compose.kafka.yml └── README.md # Local Development Setup ## Prerequisites - Java 17 - Maven - Node.js - Docker Desktop - Git # Clone Repository git clone https://github.com/rahulreddyin7/opspilot-platform.git cd opspilot-platform # Start with Docker Compose docker compose up --build # Local URLs | Service | URL | |---|---| | Frontend | http://localhost:5173 | | Backend API | http://localhost:8080 | | Swagger UI | http://localhost:8080/swagger-ui/index.html | | Health Check | http://localhost:8080/actuator/health | # Production Deployment Notes Production deployment supports: - Externalized environment variables - Docker network isolation - EC2 deployment - Persistent PostgreSQL volumes - Kafka orchestration - Redis integration - Mail integration - JWT secret configuration - Environment-aware API routing - Production-safe CORS policies - Multi-container runtime orchestration Sensitive secrets should be managed using environment variables or secret managers. # Enterprise Engineering Concepts Demonstrated - Full-stack enterprise application architecture - Distributed systems design - JWT-based authentication - Role-based authorization - Event-driven service design - Kafka listener/topic infrastructure - Confluent Kafka integration - WebSocket real-time synchronization - STOMP topic broadcasting - Distributed event propagation - Operational workflow modeling - Team collaboration workflows - Incident lifecycle management - Operational audit tracking - Cloud-native deployment architecture - Dockerized infrastructure - Health monitoring & observability - API documentation engineering - Database migration/versioning - Asynchronous event processing - Production deployment readiness - Environment-aware infrastructure configuration # Future Enhancements - Kubernetes deployment manifests - Helm chart support - CI/CD pipeline integration - HTTPS reverse proxy integration - Prometheus + Grafana monitoring - SLA/SLO dashboards - Multi-tenant organization support - File attachment support - AI-assisted incident summarization - Retry and dead-letter Kafka flows - Distributed tracing - Advanced observability dashboards # Resume-Ready Summary OpsPilot is a production-style cloud-native operational platform inspired by real-world DevOps, SRE, distributed systems, and incident-response architectures. The project demonstrates: - Enterprise backend architecture - Real-time distributed systems - Event-driven asynchronous workflows - Kafka/WebSocket integration - JWT security - Role-based operational workflows - Distributed event synchronization - Cloud-native deployment architecture - Dockerized infrastructure - Production-oriented engineering practices - Full-stack engineering architecture - Operational monitoring & observability # Author Rahul Reddy Puli GitHub: https://github.com/rahulreddyin7 LinkedIn: https://www.linkedin.com/in/rahulreddyin7/

标签：域名枚举