The airport is shutdown in the midst of a busy time, masses of people are stranded, pilots wait in the cockpit awaiting ground information, there’s confusion and panic among the crew. This could easily be a scene from Die Hard 2 where the villains take over an airport and seize control of all electrical equipment. But, hate to break it to you, this actually happened. Is it possible for one person to disrupt the entire nation’s aviation system? Apparently, yes.
An effective incident management strategy is crucial for any business, especially those offering consumer-facing digital services. This is because when incidents occur, they may be easily detected by your users, impact your reputation, and ultimately affect your bottom line. So, to minimize the reach and severity of incidents, your response needs to be swift and effective. One way to ensure your approach meets these requirements is to implement AIOps.
Some of the highest priorities for engineers - from NOC Engineers, DevOps & Site Reliability Engineers - are the automation and optimization of their production environments. Many companies today face tough challenges with their Network Operations Centers (NOCs) or production environments. These challenges fall into the hands of engineering teams.
On-premises vs cloud MDM deployment With the rise of SaaS application management, mobile device management (MDM) services have gained popularity among IT professionals. Modern computing environments rely on the efficient use and provisioning of resources. But which one is right for your business: on-premise or cloud MDM deployment? While this may seem like a simple question, there are many factors that come into play when deciding which method to go with. This article discusses the differences between on-premises vs. cloud MDM deployment. It will also present examples, use cases, and pros and cons of these two deployment options.
Kubernetes, a graduated project of the Cloud Native Computing Foundation (CNCF) ecosystem, is the most prominent and widely used container orchestration systems. It’s used to manage and deploy containers in a wide range of environments, from IoT devices based on Raspberry Pis to enterprise environments consisting of millions of services.
When people hear ‘containers,’ they don’t immediately think about an IT solution that helps businesses create and distribute applications seamlessly. However, the container concept has been around for a long time, helping companies in various industries globally. Containers continue to change the landscape of app development and deployment. This guide below will help you understand containerization and the best orchestration tools to manage containers.