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Ingesting Webhooks From Stripe, the Better Way

Learn what webhooks are and how you use them with Stripe to react to events quickly and in real time with greater reliability using a streaming platform. Below, we’re answering these questions and more. This post will show you everything you need to know about webhooks, including what they are, how they work, examples, and how they can be improved using Memphis.

What Are Webhooks?

Imagine a world where information flows seamlessly between systems. In this world, there’s no need for constant browser refreshing or sending numerous requests for updates. Welcome to the domain of webhooks, where real-time communication glides with the rhythm of efficiency and automation.

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REST vs. Message Brokers: Choosing the Right Communication

With the clear dominance of microservices architecture, communication between different components of a system is a critical aspect of today’s software paradigm. Two popular methods of achieving this communication are through REST (direct communication), and message brokers (indirect communication). Each approach has its own set of advantages and trade-offs, making it essential for developers to understand the differences between them in order to make informed decisions when designing and building their systems.

Although the two feel like serving completely different use cases and do not intertwine, in many cases and architectures, they are. In this article, we’ll delve into the disparities between REST and message brokers in terms of way of communication, helping you make the right choice for your specific use case.

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Batch Processing vs. Stream Processing: Why Batch Is Dying and Streaming Takes Over

In the digital age, data is the new currency and is being used everywhere. From social media to IoT devices, businesses are generating more data than ever before.
With this data comes the challenge of processing it in a timely and efficient way.
Companies worldwide are investing in technologies that can help them better process, analyze, and use the data they are collecting to better serve their customers and stay ahead of their competitors.
One of the most important decisions organizations make when it comes to data processing is whether to use stream or batch processing. Stream processing is quickly becoming the go-to option for many companies because of its ability to provide real-time insights and immediately actionable results. With the right stream processing platform, companies can easily unlock the value of their data and use it to gain a competitive edge. This article will explore why stream processing is taking over, including its advantages over batch processing, such as its scalability, cost-effectiveness, and flexibility.

Let’s recap some of the basics first.

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What Is a Message Queue?

Implementation of messaging protocols is a fundamental communication component for modern applications. Different application components require transmitting messages while ensuring reliable and efficient communication. A good example of ensuring reliable message exchange is implementing queues. Once a message is assigned to the queue, its destination is already established. This message will always get delivered. Moreover, if the destination is busy or not connected, the queue will hold that message until the destination gets back. You require a message queueing system to implement these advanced queuing operations like message persistence, message priority, scheduled messages, time-to-live, and so on. Let's dive into and understand message queueing in detail.

What Is a Message Queue?

A message contains a payload of the actual data being sent or received. These messages are sent by a producer and received by a consumer. On the other side, a queue stores and manages the flow of these messages in a sequential first-in, first-out (FIFO) order until a consumer retrieves them. It holds the messages waiting to be processed. These messages will then enqueued and dequeued in the order they are received to ensure asynchronous communication between the sender and the receiver.