Top 10 Best Practices for Securing Your Web Application
This article provides a list of top 10 best practices for securing a web application from a backend developer's perspective. The best practices include using HTTPS, implementing input validation, using parameterized queries, password hashing, two-factor authentication, limiting access, using security headers, securing APIs, regularly updating dependencies, and using logging and monitoring. These practices help prevent common web application attacks, such as SQL injection and cross-site scripting, and maintain user trust by ensuring the security of sensitive information. It is essential to continually update and monitor web application security to prevent potential threats.
6 Tips for Successful Software Testing and Debugging
Improve Your Code Quality with These Tried-and-True Tips
The Top Strategies for Effective Software Testing and Debugging
Maximizing Your Software's Potential with Proven Testing and Debugging Strategies
GraphQL: The Next Evolution in API Development?
A discussion of how GraphQL is changing the way developers build APIs and interact with data.
The Future of Web Development: JavaScript Frameworks to Watch
A look at the most promising JavaScript frameworks for building web applications.
Using AWS CloudFormation for Infrastructure as Code in Backend Development
Learn how to use AWS CloudFormation to create and manage infrastructure as code, including your backend applications and dependencies.
Deploying Microservices with AWS ECS for Backend Development
Explore how to use AWS ECS (Elastic Container Service) to deploy and manage microservices-based architectures for your backend applications.
Building Real-time Applications with AWS AppSync for Backend Development
Learn how to use AWS AppSync to create real-time, data-driven applications with GraphQL APIs and automatic data synchronization.
Managing Data with AWS DynamoDB for Backend Development
Explore how to use AWS DynamoDB to store and manage data for your backend applications, with features such as automatic scaling and low-latency access.