How to Check If a Website Is Safe to Use

The internet is full of useful websites, but it also contains many unsafe pages designed to steal your personal information, infect your device with malware, or trick you into scams. Whether you shop online, log in to banking sites, or browse daily information, checking website safety is extremely important. A few simple checks can help you protect your privacy, money, and data. In this article, you’ll learn practical and easy ways to verify if a website is safe to use. Check for HTTPS and the Padlock Icon The first step is to look at the website link. A safe website starts with HTTPS , not just HTTP. The “S” means “Secure” and tells you that your connection is encrypted. You will also see a small padlock icon in the browser address bar. This prevents hackers from stealing information like passwords or payment details. However, remember that HTTPS alone is not a complete guarantee—many fake websites now use HTTPS too. Look Closely at the URL Cybercriminals often create fake website...

Which are the Best Practices for Developing Cloud-Native Applications?

 1. Architecture for Microservices

  • To improve scalability and maintainability, divide larger applications into smaller, independent services.

2. Packing List

  • For consistency between environments, use containers (such as Docker).


3. CI/CD Automation

  • To automate testing and deployment, put continuous integration and deployment pipelines into place.

4. Code for Infrastructure (IaC)

  • Code-based infrastructure management and provisioning can be achieved with AWS CloudFormation and Terraform.


5. Network Without a Server

  • Use serverless services to cut costs and scale automatically, such as AWS Lambda.

6. Fault Tolerance and Resilience

  • Applications should be designed to handle errors gracefully and maintain high availability.


7. Observability

  • Use tracing, monitoring, and logging to learn more about the functionality and problems with your application.

8. Safety

  • From the beginning, include security procedures like vulnerability scanning, access controls, and encryption.


9. Capability to Scale

  • Create applications that can scale horizontally to effectively manage higher loads.

10. Native Cloud Databases

  • To benefit from managed services, use cloud-native databases such as Google Cloud Spanner or Amazon RDS.



By following these best practices, you can be sure that your cloud-native apps are reliable, manageable, and scalable.

Comments

Popular posts from this blog

What is Two-Factor Authentication (2FA)?

Best coding languages to learn in 2025

How do I configure my router step by step?