For many, Cloudflare provides an essential suite of network security tools that their organization integrates with deeply. One such tool is "Cloudflare Tunnel" - a secure way to connect resources to Cloudflare without a publicly routable IP address. When deploying sensitive applications to Cycle, Cloudflare Tunnel can be leveraged to ensure all traffic is routed through Cloudflare before reaching your environment's load balancer. This extra layer of security provides quite a few benefits.

The customer is the lifeblood of any company, and a good customer has the potential to make a huge impact on the direction and success of your business. Here at Cycle.io, we are no exception. We believe that when you come to Cycle, you are not only getting great tech but also receiving an excellent customer experience. The customers we work with every day are paramount in driving innovation and keeping us honest.

Last year, we witnessed a significant influx of companies transitioning to Cycle from Kubernetes, ECS, and other container platforms. These interactions provided us a front row seat to the evolving culture of DevOps. This article dives into the three biggest DevOps trends that we see making a big impact in 2025.

Recently I've had the great privilege of working on creating a distributed WordPress deployment that leverages GCP compute and services alongside containers running on the Cycle platform. This blog dives into a bit of the history of why WordPress is difficult to deploy in a distributed way, how we approached it, some really interesting things we found, and finally, the solution we put in place.

We are thrilled to announce that Cycle was named a Cool Vendor in the 2024 Gartner Cool Vendors in Container Management research. For Gartner clients, you can find the full research here. “When we started Cycle a decade ago, we knew it would be a constant battle in the war of functionality versus simplicity. While it's a challenge to build a platform that has all the features organizations want, it's even more difficult to accomplish that functionality without introducing extra complexity.

We all know that keeping a server clock "on time" is an ongoing problem that computer scientists have wrestled with for decades. Nowadays, most servers keep time using a quartz crystal oscillator that's powered by a CMOS battery. The crystal vibrates at a very precise frequency and that's how it maintains accuracy (cool right). Events like rebooting and power loss can cause the server to abandon its primary clock source and fall back to an OS-level timekeeping system.

We're excited to announce two major additions to our website that are set to make your experience using Cycle smoother and more effective: the completely revamped Documentation section, and the new Learn Center.