Imagine you want to build and deploy a Nuxt3 app on Netlify. Because custom scripts are not allowed on Netlify, you will not be able to perform custom tasks like automated testing before deploying the website to your Jamstack hosting platform. That is where continuous integration/continuous deployment comes in. With a CI/CD system, you can run the kind of automated tests that create successful deployments.
Because DevOps practices can bring great speed and reliability to the software delivery lifecycle, release management can seem daunting. But, the improved visibility and collaboration brought about by DevOps can also help with the release management process. DevOps-centric release management is the future of software development and IT operations.
Since the evolution of the IT industry, different concepts have been introduced to enhance and speed application production. Automating processes is gradually becoming the way forward and, so far, the best way to speed the deployment process of projects. Today, though, NoOps has come along. The prevalence of NoOps means manual intervention may not be needed in IT operations, but is this going to mean the extinction of DevOps? Turns out, NoOps might just be a next step in the progression of DevOps.
Whether you are new to Splunk or just needing a refresh, this post can guide you to some of the best resources on the web for using Splunk. We’ve gathered, in a single place, the tutorials, guides, links, and even books to help you get started with Splunk.
On-call schedules ensure that there's someone available day and night to fix or escalate any issues that arise. Using an on-call schedule helps keep things running smoothly. These on-call workers can be anyone from nurses and doctors required to respond to emergencies to IT and software engineering staff who need to fix service outages or significant bugs. Being on-call can be challenging and stressful. But with the proper practices in place, on-call schedules can fit well into an employee's work-life balance while still meeting the organization's needs.
Monitoring the Windows devices in a network is difficult yet essential since the devices are tasked with the critical functioning of the network. The challenges and complexity increase multi-fold for an enterprise network because each device is associated with many events, services, and processes that must be monitored to ensure the hassle-free operation of both the devices and the network. The devices should be monitored constantly by a network monitoring tool.
Continuous intelligence (CI) platforms can be used to collect telemetry data from various sources, perform analysis on that data, make inferences about the data, and provide real-time insights that help businesses understand what’s going on. For years, network, application performance, and security monitoring were fairly passive operations. Systems collected key telemetry data, and operators received alerts when a particular metric crossed a preset threshold. Operations were limited in two ways.
