Operations | Monitoring | ITSM | DevOps | Cloud

If you've ever run a homelab, chances are you've tried Proxmox. Its mix of open-source accessibility, strong VM support, and lightweight containers has made it popular among enthusiasts and small IT teams alike. Beyond hobby projects, Proxmox has also found adoption in organizations that value cost efficiency or wanted to avoid locking themselves into VMware's catalog. That adoption has seen some positive movement in the wake of Broadcom's changes to VMware's licensing and support model.

Collecting Windows Security Events has always been a necessary but difficult job. Traditional methods depend on third-party collectors that must be installed, configured, and constantly maintained. They break, they lag behind updates, and they create unnecessary operational work. At the same time, they often flood Microsoft Sentinel with redundant or irrelevant data, driving up costs and slowing down investigations.

You know the drill. The service desk queue refreshes, another tsunami of tickets floods in, and your team gears up for another deep, deep dive. Resolution times are king, SLA compliance is queen, and the more tickets you churn through, the more you’re celebrated as a hero of the help desk. Does this sound familiar to you? That’s ticket-centric culture for you.

Anthropic’s Claude is one of the most powerful and developer-friendly large language models (LLMs) available. But as usage grows, so does cost. Here’s the reality: A single unoptimized development loop or unmonitored QA job can multiply costs 10x overnight. Most teams experimenting with Claude lack the visibility and guardrails needed to prevent runaway costs, especially once usage moves from R&D into production.

Database monitoring transforms from a reactive troubleshooting exercise into a proactive optimization strategy when you have the right tools and approaches in place. This blog shares practical ways to choose monitoring solutions, set up observability for different database platforms, and design workflows that scale in modern distributed systems.

Tame uncontrolled cloud growth and regain control of your infrastructure. Learn the causes of cloud sprawl, its impact on your budget and security, and strategies to build a more sustainable cloud environment.

Data centres often hold the fluorinated gas (f-gas) HFC-227ea, traded under the name FM-200, as an emergency measure to stop fires in data halls and technical space without harming electrical equipment. Robust fire prevention helps avoid devastating human, operational, financial, and environmental consequences, but there’s a problem with this particular gas – if released, it has an immense global warming potential.