The latest News and Information on DevOps, CI/CD, Automation and related technologies.
After the rough COVID-19 years, 2022 has seen the start of economic improvements. Although the automotive industry is experiencing its worst sales numbers in over a decade, it saw increased profits thanks to strong demand, allowing for higher prices. Geopolitical issues such as the war in Ukraine and microchip shortages are forcing analysts and OEMs to remain careful regarding their forecasted results.
Managing IT infrastructure can be tough, especially when you’re dealing with scattered data, unexpected downtime, and slow problem-solving. The key to overcoming these hurdles is adopting a user-friendly, all-in-one Infrastructure Performance Monitoring (IPM) solution. In this blog, let’s explore how a top-notch IPM system can change the way you handle your IT infrastructure and show you how a cutting-edge IPM platform can address these common issues.
My name is Luca Del Puppo, I’m a FullStack Developer in Claranet It. I have been a software developer since 2013. I have a background in c# with.net framework, but lately, I’ve moved to Node and React. I’m working for a consulting company, and typically I try to use my experience to help customers to get rid of their problems, remove roadblocks, and achieve their business goals.
If you’re a business or IT leader, you have got to be ready to face data loss incidents. Because here’s the deal — any data loss incident, whether caused by a cyberattack, human error or a natural disaster, has the potential to cripple your business. Not only could your company temporarily lose access to its mission-critical information leading to downtime, but it could also lose this data permanently.
Azure Managed Disks are an essential component of the Azure cloud computing platform, offering a simple, scalable, and secure storage solution for Virtual Machines (VMs). This article provides a comprehensive analysis of Azure Managed Disks, including their types, benefits, and key factors to consider when making decisions about their usage.