The global increase of realtime data is spurred on by the steady rise of user demand for realtime digital experiences - from virtual events, news, and financial information to IoT devices. The Ably platform has been providing realtime infrastructure for over 5 years now , and we’ve seen, and helped, the demand increase first-hand. A few years ago, our customers only had realtime requirements for one or two specific features, usually around firing updates and notifications.

Presenting the Ably Periodic Table of Realtime putting in a single place all the disparate, well, elements of the realtime and event-driven space. Users increasingly demand realtime, synchronous digital experiences. This demand is growing exponentially and presents serious engineering challenges. Event-driven architectures meet the challenge head-on, filling the requirements gap, and establishing themselves as an indispensable, integral part of the solution.

It’s fairly common to want to have a server running a process, be it a website, a calculation, or anything else you can imagine. Often outside of the device’s core functionality though, there are many other things you may be interested in. Information on if the process is still running, what server(s) are running, what errors are occurring in the process, and general information being available externally are common examples of this.

DevOps engineers working on fast-scaling software architectures that include Ably now have it a bit easier with Control API. This new feature allows you to increase your testing capability and to configure complex production systems quickly and safely, directly from your configuration and orchestration tools.

At Ably, we run a large scale production infrastructure that powers our customers’ real-time messaging applications around the world. Like in most tech companies, this infrastructure is largely software-based; also like in most tech companies, much of that software is deployed and runs in Docker containers.

Web Components are a great way to build reusable functionality you can use in different web pages and web apps. Imagine sharing components between different frameworks like React, Vue.js, or Next.js! In this post, we delve into Web Components and show you how to build a chat web component with Ably to use it in an application built with AWS Amplify and AWS Lambda.

New investment to fuel continued growth, as Ably is projected to power synchronized digital experiences in realtime for one billion devices per month by 2023.

Today I’m absolutely thrilled to announce Ably’s $70M Series B co-led by Insight Partners and Dawn Capital LLP. We’ve grown immensely since I shared details of Ably’s Series A funding in 2020. Back then we reached 50 million devices per month. Our mission is to become the definitive infrastructure of the internet, so we set ourselves the goal of reaching one billion devices by 2025, which felt like an insurmountable challenge at the time.

The fallacies of distributed computing are a list of 8 statements describing false assumptions that architects and developers involved with distributed systems might make (but should undoubtedly steer away from). In this blog post, we’ll look at what these fallacies are, how they came to be, and how to navigate them in order to engineer dependable distributed systems.