Operations | Monitoring | ITSM | DevOps | Cloud

2020 was indeed challenging for Kovai.co still had great learning! One of them is what I am sharing with the community through this blog. For enterprises like us, worldwide work from anywhere became the new reality. We had to move towards a cloud-native world where secure data storage and effective remote management of IT infrastructure were of supreme importance.

People sometimes think that implementing Site Reliability Engineering (or DevOps for that matter) will magically make everything better. Just sprinkle a little bit of SRE fairy dust on your organization and your services will be more reliable, more profitable, and your IT, product and engineering teams will be happy. It’s easy to see why people think this way. Some of the world’s most reliable and scalable services run with the help of an SRE team, Google being the prime example.

Applications fail. Containers crash. It’s a fact of life that SRE and DevOps teams know all too well. To help navigate life’s hiccups, we’ve previously shared how to debug applications running on Google Kubernetes Engine (GKE). We’ve also updated the GKE dashboard with new easier-to-use troubleshooting flows. Today, we go one step further and show you how you can use these flows to quickly find and resolve issues in your applications and infrastructure.

Monitoring systems help DevOps teams detect and solve performance issues faster. With Docker and Kubernetes steadily on the rise, it’s important to get container monitoring and log management right from the start. This is no easy feat. Monitoring Docker containers is very complex. Developing a strategy and building an appropriate monitoring system is not simple at all.

Legacy monitoring tools weren’t built for visibility into the cloud and can obstruct your ability to compete and grow your business. Interlink Software works with MSPs to define, monetize and deliver AIOps monitoring solutions that meet the requirement for high-performing business services and hybrid cloud infrastructures that digital enterprises rely on.

Feb. 25, 2021 – DFI and Canonical signed the Ubuntu IoT Hardware Certification Partner Program. DFI is the world’s first industrial computer manufacturer to join the program aimed at offering Ubuntu-certified IoT hardware ready for the over-the-air software update. The online update mechanism of and the authorized DFI online application store combines with DFI’s products’ application flexibility, to reduce software and hardware development time to deploy new services.

MEC, as ETSI defines it, stands for Multi-access Edge Computing and is sometimes referred to as Mobile edge computing. MEC is a solution that gives content providers and software developers cloud-computing capabilities which are close to the end users. This micro cloud deployed in the edge of mobile operators’ networks has ultra low latency and high bandwidth which enables new types of applications and business use cases.

Worldwide end-user spending on public cloud services is forecast to grow 18.4% in 2021, with the cloud projected to make up 14.2% of the total global enterprise IT spending market in 2024, up from 9.1% in 2020, according to Gartner. Enterprises are, therefore, rightly concerned about controlling their public cloud costs—to ensure they’re getting all the value they’re paying for.

Microservices have changed the way we build applications. Software design has moved from large monolithic applications (which are not really adaptable to changes and improvements) to a collection of small, independent processes infrastructure which is far more suited to adapt to changes in today’s agile world.