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Web Applications Architecture - Coggle Diagram
Web Applications Architecture
Fundamentals of Architecture
Overview of software architecture
transaction from analysis to implementation
Bridges gap between high level requirements and detailed design
Importance of structure
helps it understanding system behavior and facilities easier maintenance
verification and validation
Serves as a blueprint for both the system and the project developing it
Key components of web applications
Backend development
Server-side language
Popular language include Node js, Python, Ruby and Java
Database management
Database store and manage data, with options like SQL and NoSQL
Frontend development
Technologies used
includes HTMl, CSS and javaScript. framework likevReact or Angular
importance of responsiveness
Enhancing user accessibility
Performance optimization
optimizing performance is crucial for user satisfaction and retention
Techniques for optimization
Code minification, image optimization
Monitoring tools
Google analytics and performance monitoring software
Common pattern in web applications
Model-view-controller (MVC)
Separates an application into three interconnected
components and facilitating parallel development.
Microservices Architecture
structures an applicationas a collection of loosely coupled services.
Security considerations
Security is critical in protecting user data and maintaining trust in web applications.
Common Threats
Best Practices
Deployment and hosting
Effective deployment strategies ensure
that applications are released smoothly and efficiently.
Continuous
Integration/Continuous Deployment (CI/CD)
automate the integration and deployment process
Cloud Hosting Solutions
Cloud platform like AWS, Azure and Google Cloud.