Operations | Monitoring | ITSM | DevOps | Cloud

Welcome back to our monthly product updates - SigNal! Our team shipped some major upgrades to SigNoz last month. We’re elated to share that SigNoz is now available with log management. It’s a major milestone in our journey of democratizing observability for developer teams of all sizes. We also shipped an intuitive alerts builder, attended conferences, and played new games in our Friday chit-chats 🥳 A lot of new open source contributors also helped us in making SigNoz better.

In today’s digital world, users expect to have a seamless experience in their day-to-day applications. To achieve such reliability and stability in our application, information about the health and performance of an application has become necessary for developers to gain insights and fix bottlenecks to provide a seamless user experience. One of the best ways to gain such insights into an application is to use a monitoring system.

In my previous post, I explained How to retrieve Azure Key Vault Secrets using Azure Functions, where you can understand Key Vault URL and the Secret name to retrieve a secret generically, you could use it inside all your Logic App Standard workflows, whether they use the same Key Vault resource or different ones.

We have rolled out our new "operation log viewer." This feature is not just a facelift of our logging interface but a whole new way to view and search logs for actions taken by you and your team on your applications. The new viewer supports historical deployment logs, allowing you to see logs from previous actions. In addition, you can see logs for background operations like renewing your SSL certificates.

Leading a team of data and analytics professionals isn’t easy; it takes more than just understanding the goal. It’s about the journey and how the people on the journey collaborate. Wes Gelpi, Director of Research & Development at SAS, joins us in a special 2-part episode. Gelpi has a rich history of taking challenging situations and running with them.

The use of a Real-Time Operating System (RTOS) is increasingly common in embedded software designs. An RTOS makes it easy to divide your code into smaller blocks, tasks, which execute seemingly in parallel and independent of each other, as described in the first article in the RTOS 101 series.

A full-stack networking platform with machine learning, autonomous capabilities, and multicloud support allows devops engineers to focus on what matters most—building applications. The promise of digital transformation is enabling businesses to magnify competitive advantages, create new revenue streams, and improve customer experiences.

Systems and applications alike have become progressively distributed as microservices, open-source tools, and containerisation have gained traction. In order to actively monitor and respond quickly to issues that arise in our environment, distributed tracing has proven to be vital for businesses such as Uber, Postmates, Hello Fresh and TransferWise. It is, however, important to clarify what distributed tracing actually means.