Operations | Monitoring | ITSM | DevOps | Cloud

Automating tests and deployments with infrastructure (CI/CD) more productive. Instead of managing multiple tools and manual processes, all they have to do is commit the code to a code repository. Not everyone on a project visits the CI/CD system, but they may need to know when the build process fails or is successful. This is where a proper handshake between CI/CD systems and project management tools such as Jira shines.

In this blog we have always been eager for fights or competitions of whatever we please. We are like that, like fierce pokemon trainers who want to finally find out who has the greatest capabilities to win. They have praised us for it, they have hated us for it, but it does not matter, the point here is not having fun, but to give the most complete information about the litigants and the battle, so that the user can see closely who they should choose in the future.

This blog post is part of our data centre networking series: In the previous blogs, we covered the architecture and main drivers behind software-defined networking. In this one, we discuss the impact of softwarisation on the other important data centre building blocks, culminating in software-defined data centres (SDDC).

Modern data centers and labs are growing in density and complexity as IT devices require more and more power to racks. As such, many data center and lab managers deploy overhead busways for their reduced installation costs and better flexibility, scalability, reliability, and aesthetics. However, without a software solution to monitor and manage your busways, you likely aren’t getting the full value out of them.

In case you missed the big news, after almost two years in beta and early access phases, Civo is now general availability! Find out what this means for Civo and the future of the platform over at our blog. We've also launched the first-ever Civo Hackathon! This is an initiative to bring together developers, architects, experts, and students from across the globe to develop innovative Kubernetes projects on Civo.

Storage devices remain one of the most significant bottlenecks in modern systems. CPU and RAM speed seems to increase exponentially year over year, and although there have been large improvements in IO performance with solid state (SSD) and NVMe drives, moving data to and from persistent storage is still orders of magnitude slower than moving it to and from memory. In scalable cloud applications, this slowness can have a major impact on performance, latency, and the user experience.