Operations | Monitoring | ITSM | DevOps | Cloud

Microsoft’s Azure Data Lake Storage (ADLS) has been a vital component for organizations aiming to build scalable and secure data lakes. As technology evolves, transitioning from Azure Data Lake Storage Gen1 to Gen2 has become increasingly important. This article aims to guide readers through the essential considerations, detailed processes, and best practices involved in making this shift.

For most organizations, having a stable and reliable IT infrastructure is essential for success. But managing multiple servers, databases, and applications can often be difficult and time-consuming. Container orchestration is a standard solution for handling this complexity. Docker Swarm has gained popularity as a container orchestration solution because of its simplicity and scalability.

As the size and complexity of database estates increases, with more workloads and data being hosted on more platforms, both on-premises and in the cloud, so the appeal of third-party database monitoring tools has also grown. Their ability to provide a holistic view of an entire estate and monitor multiple databases and platforms from a single dashboard has been shown to save DBAs and IT teams many hours of time when compared to home-grown solutions.

The Internet of Things (IoT) - is a number of physical devices connected to one network that enables the system to interact with the external world. A great deal of the work surrounding IoT is monitoring, as it’s impossible to react without knowing the situation. For example, we might build a greenhouse system for agriculture that can maintain optimal conditions for growing crops. For this purpose, we need to have sensors picking up information about the temperature and humidity.

For enterprise businesses, a lot is riding on the efficiency of their incident response. These organizations have large customer bases, complex products, and many incidents. They also have loads of incident responders across various roles, making it difficult to coordinate internally.

At Qovery, we've always prided ourselves on the usability and convenience of our web interface. It's where most of our users begin their journey, configuring and deploying applications with ease and speed. Many users start configuring their applications on our intuitive web interface, validate the successful deployment, and then transition to writing their configurations with the powerful infrastructure-as-code tool, Terraform, utilizing the Qovery Terraform Provider.

Meet Kevin and Mai (again): Navigating the Troublesome Waters of Platform Downtime. Kevin is a Site Reliability Engineer (SRE), constantly on the lookout for potential downtime that could impact their platform, kryptobro.com. Mai is his adept partner, ever-ready to troubleshoot. In their journey, the previous version of Squadcast Status Pages served as a helpful tool, but they soon found room for improvements.

Out of more than 100 services that Amazon Web Services (AWS) provides, Amazon CloudWatch was one of the earliest services provided by AWS. CloudWatch was announced on May 17th, 2009, and it was the 7th service released after S3, SQS, SimpleDB, EBS, EC2, and EMR. AWS CloudWatch is a suite of tools that encompasses a wide range of cloud resources, including collecting logs and metrics; monitoring; visualization and alerting; and automated action in response to operational health changes.