As organizations continue to embrace CI/CD and DevOps in their quest for shorter, more reliable delivery cycles, the choice of programming languages becomes even more critical. The language used to build your applications can affect everything from developer happiness and productivity to your organization’s performance on the four key software delivery metrics.
Using real-time asset tracking, data centers can identify the exact location of any given asset at any given time. This can be extremely useful in ensuring that available resources are optimally utilized. For instance, understanding the current status and location of servers, racks, and other hardware can streamline maintenance operations and reduce downtime.
It’s one of the main use cases fit for network automation: the load balancer sanity reboot. Not to be left to manual executions, this long, tiresome task creates too much possibility for errors. Negative effects like unnecessary time and money spent are detriments that organizations can avoid, simply by automating the types of tasks—like load balancer sanity reboots—that include loads of repetitive steps.
If you wanted to switch from one project management tool to another, what would happen to your data? As more and more business operations undergo digital transformations and move online, organizations have become more reliant than ever on their digital data. Many take for granted that their data is their own and that they can take it with them if they change tools. But for those who rely on third-party tools, control of data may not be so simple.
When you think of air-gapped security, you imagine a protective distancing that separates your sensitive data from those who would steal it. In practice, the separation is a disconnection from the Internet. If no one can get to your data, no one can steal it. However, air-gapped deployments that are completely disconnected from the Internet are not the case in all instances. It’s true that many clusters are fully air-gapped, particularly in classified government installations.
CloudOps, or Cloud Operations, is quickly becoming the standard for managing IT operations in the cloud computing ecosystem. By transforming traditional IT operations to harness the full potential of the cloud, businesses are experiencing greater automation, collaboration, agility, and resilience. This article is a deep dive into the concept of CloudOps, its core components, the advantages it offers, and the steps necessary to implement it effectively within an organization.
In today’s rapidly evolving business landscape, where IT infrastructure and cloud costs play a pivotal role, organizations demand advanced solutions that streamline operations, optimize performance, and drive cost efficiency. Virtana, a trailblazer in infrastructure monitoring and observability and true multicloud cost management, has taken another leap forward by introducing a host of groundbreaking features to our flagship products.
Today the Internet IS the new enterprise network your organization relies upon. However, most of your key applications and systems are outsourced to the cloud. In fact, huge parts of your Internet Stack are either outsourced to the cloud or to 3rd-parties who themselves rely upon the cloud. And that's an issue because if any of those cloud-based services go down, your network is going to be impacted.
