Operations | Monitoring | ITSM | DevOps | Cloud

Software plays a pivotal role in the operations of organizations across industries. From essential productivity tools to specialized applications, software assets are critical for driving business processes and delivering value to customers. However, effectively managing these assets can be a complex task due to the diverse range of software licenses, updates, and compliance requirements. This is where Software Asset Management (SAM) solutions come into play.

A PHP application might produce many different levels of warnings and errors during its execution. Seeing these errors is crucial for developers when troubleshooting a misbehaving application. However, many developers often encounter difficulties displaying errors in their PHP applications, leading to silent app failures.

Software Asset Management, or SAM, is one of the most important IT Asset Management (ITAM) practices you can introduce to your organization to control costs and reduce risks. SAM is the set of processes that enables IT departments to manage their software assets at an enterprise level. An effective SAM practice can help you manage, protect, and control your IT ecosystem while supporting effective IT service delivery.

An Asset Management Request for Proposal (RFP) template sets out the guidelines to help you compare the multiple alternatives to acquire a tool that fits your expectations and needs. When searching for an IT Asset Management (ITAM) solution, each vendor offers particular packages and benefits, and it’s common to get confused as to what everything means.

DevOps and DevSecOps have gained more attention in recent years in the world of software development. While both of these methodologies emphasize the agile development process and team collaboration, there are some key differences that distinguish them. Understanding these distinctions is critical for software development teams and organizations to determine which methodology is best suited to their requirements. In this article, we’ll learn about the difference between DevOps and DevSecOps.

As the adoption of confidential computing gains momentum, a question we often get asked is: why would I need confidential computing in my private data center? However, while it is true that confidential computing has often been associated with addressing security concerns in public cloud environments, its value proposition extends well beyond that.

If you take a glance at LinkedIn, Twitter, or any tech-focused social content these days you're bound to see people talking about something called "DORA metrics". So what are DORA metrics? What value do they provide? And how can you get started with them?

“Malicious cyber actors aren’t making the same holiday plans as you.” (CISA & FBI) Summertime is prime time for cyberattacks. According to one survey, 58% of security professionals believe that there is seasonality in the attacks that their company experiences every year, with the majority citing summer as high season for breaches.

Many processes in our daily software development chain require data analysis in real-time. Ensuring the reliability of the data is vital, since multiple processes may rely on it. While taking into account the performance and fetching only the relevant data that is required for our specific use case.

When I was still writing code, our Splunk license only had enough capacity to monitor our Production environment. So we stood up a self-managed Elastic cluster for our lower environments. This quickly became unmanageable as we started logging more and adding additional environments. As I spend more time in the field, I see this pattern repeated over and over.