|
Latest articles
If you’re not a subscriber, here’s what you missed this month.
 |
Dark Side of Distributed Systems: Latency and Partition Tolerance
Non-Functional Requirements: The Backbone of Great Software - Part 2
Non-Functional Requirements: The Backbone of Great Software - Part 1
To receive all the full articles and support ByteByteGo, consider subscribing:
An API protocol is a set of rules and standards that define how different software applications communicate over a network.
Just like spoken languages help people understand each other, API protocols ensure that software systems can exchange data in a structured and predictable way. These protocols define aspects such as how requests are sent, how responses are formatted, and how errors are handled.
Over the years, API protocols have evolved alongside software development, shifting from rigid, complex models to more flexible and efficient solutions.
The right API protocol is critical for performance, security, and scalability. Developers need to consider the following factors:
Performance Needs: gRPC is faster than REST but requires more setup. WebSockets provide real-time interactions, but SSE might be a simpler alternative for unidirectional updates.
Security Considerations: SOAP offers built-in security (WS-Security) to enforce confidentiality and authentication procedures for SOAP messaging. Webhooks require additional security mechanisms, such as signature validation.
Ease of Implementation: REST is easier to set up than GraphQL, but GraphQL provides more control over data fetching.
Scalability: REST and GraphQL scale well, but gRPC is more efficient for microservices due to its lower latency.
As these factors show, each protocol has specific strengths and weaknesses. In this article, we’ll learn about multiple API protocols and their advantages and disadvantages.
 |
REST...
Continue reading this post for free in the Substack app
|