What is a Bug in Programming? Explained

When you hear the word “bug,” you might think of a small insect. But in the world of computers and programming, a bug means something very different. In programming, a bug is a mistake or problem in the code that makes a software program behave in the wrong way. Bugs can cause programs to crash, give wrong results, or act strangely. They are one of the most common challenges that programmers face every day. In this ultra-long guide, we will explain everything about programming bugs in simple English so beginners can easily understand what a bug is, why it happens, how it is found, and how to fix it. What is a Bug in Programming? A bug is an error or flaw in a computer program’s code. A program is a set of instructions written by a programmer to tell the computer what to do. If there is a mistake in those instructions, the computer cannot understand or follow them correctly. As a result, the program does not work as expected. For example, if you create a calculator program and make a...

How to Build a Secure API in 2024?

Developing a secure API is essential to safeguarding your information and guaranteeing dependable application communication. It is crucial to adhere to the best practices for API security in 2024 due to the sophistication of security threats. This is how an API can be made secure:

1.Make use of HTTPS

Always use HTTPS with TLS (Transport Layer Security) to encrypt data while it's in transit. By doing this, sensitive data from the client and the server cannot be intercepted.


2. Put Authentication in Place

To guarantee that only authorized users can access your API, use strong authentication techniques like OAuth 2.0 or JWT (JSON Web Tokens).

3. Throttling and Rate Limiting

By restricting the amount of requests a user can submit in a given amount of time, you can defend your API against misuse and DDoS attacks.


4. Validation of Input

Verify every incoming piece of data to guard against dangerous code, SQL injections, and cross-site scripting (XSS) attacks. User input should never be trusted.

5. Make use of the API Gateway

By serving as a middleman between customers and your backend services, API gateways provide extra security features like IP whitelisting, authorization, and traffic monitoring.



6.Encrypt Private Information

Make sure that all private information, including API keys and passwords, is encrypted both in transit and at rest.

7. Keep an eye on API Activity

Use monitoring and logging to keep tabs on API activity. Create alerts to identify odd activity, like a sudden increase in traffic or a high number of unsuccessful login attempts.


8. Control Version

To handle changes securely and avoid backward compatibility problems that could introduce vulnerabilities, keep different versions of your API up to date.

9. Reduce API Visibility

Steer clear of exposing pointless data or endpoints. Limit access to sensitive operations or data in order to enforce the least privilege principle.

10. Frequent Evaluations of Security

To find weaknesses and apply the most recent security updates to your API, conduct routine security audits and assessments.

In summary

You can create a secure API that is resistant to current threats by following these steps. In 2024, putting API security first will help safeguard your data and improve user confidence in your application as a whole.

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