📌 Microservices Security Models Summary

Microservices security models are approaches designed to protect applications that are built using microservices architecture. In this setup, an application is divided into small, independent services that communicate over a network. Each service needs its own security controls because they operate separately and often handle sensitive data. Security models help ensure that only authorised users and services can access certain data or functions. They often include authentication, authorisation, encryption, and monitoring to detect and prevent threats.

🙋🏻‍♂️ Explain Microservices Security Models Simply

Imagine a school with many classrooms, each with its own lock and teacher checking who is allowed in. Instead of one big door for the whole school, every class needs to be sure its students belong there, and only teachers can open the classroom doors. Microservices security works the same way, where each service checks who comes in and keeps its own information safe.

📅 How Can it be used?

A team could use microservices security models to ensure only authorised staff can access different parts of a healthcare application.

🗺️ Real World Examples

An online retail company uses microservices for inventory, payments, and user accounts. It applies security models so that only the payment service can access sensitive payment data, and customers can only view their own orders, not others. This is achieved by using authentication tokens and strict access controls between services.

A streaming platform separates its video delivery, user management, and recommendation engine into microservices. Security models ensure that viewing history is only accessible to the user and the recommendation engine, while the video delivery service cannot access personal details. This keeps user data private and limits risk if one service is compromised.

✅ FAQ

Because microservices split an application into many smaller parts, each service becomes a potential entry point for hackers. Securing each one helps protect your data and keeps the system running smoothly, even if one part is attacked.

Microservices often use a central service to check who a user is, then share that information with other services. This way, users only need to log in once and the system can keep track of who is allowed to do what.

If one microservice is breached, good security models limit the damage by stopping attackers from easily moving to other services. This helps keep the rest of your application and data safe, even if something goes wrong.

📚 Categories

• Cybersecurity
• Enterprise Architecture
• Network Security

🔗 External Reference Links

Microservices Security Models link

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