Operations | Monitoring | ITSM | DevOps | Cloud

Every dollar spent on engineering is a bet on the future. But look at your engineering team's sprint backlog and you’ll see a non-trivial amount of that capital is spent on repairing the past. For the last ten years, if you asked a VP of Engineering what the solution was, the answer was always the same: better monitoring. Throw more telemetry at the wall. Build a bigger dashboard. Send more alerts at 3 AM. It was the only available tool, so it became the entire thesis.

Tax season is notoriously most people’s least favorite time of year. For people who complete their own tax returns, the process becomes an agonizing one of looking at small pieces of paper, matching numbers to the lines that ask for information, and comparing various inputs. In essence, doing your taxes makes you a correlation engine. Now, imagine taking this tedious process and applying it to the terabytes of data that your environment generates daily.

Asset management compliance is entering a period of rapid change and rising accountability. As organizations rely more heavily on digital systems connected equipment and smart devices the need for accurate documentation strong security and transparent reporting has never been more important. The year 2026 introduces a new era of compliance expectations requiring businesses to upgrade systems strengthen governance and build audit ready processes.

Modern security operations are overflowing with data, and organizations rely heavily on Azure Sentinel alerts and Microsoft Sentinel alerts to maintain visibility across hybrid environments. From firewalls and endpoints to cloud workloads and identity systems, thousands of signals compete for attention every second. For most security teams, the challenge isn’t detection anymore – it’s action.

Enjoy a smoother, faster mobile experience with Alloy Navigator and Alloy Self-Service apps!

Some log sources bundle multiple events into a single record before shipping them. This is common with VPC flow logs, CloudWatch exports, and certain Windows endpoint collectors. While this batching approach is efficient for transport, it creates challenges when you need to filter, search, or correlate individual events. When a log record contains an array of 47 events, your analytics tool sees one entry instead of 47 distinct records.

Ask a SaaS team how they measure cloud efficiency, and you’ll hear familiar things. Total cloud spend. Average cost per customer. Maybe a breakdown of spend by service. All useful, but rather wobbly. Now ask, “What does it cost you to serve one more customer?” That’s when the room goes quiet. And that’s often where cloud economics gets really wobbly. Because that number, your marginal cost, is what actually determines your margins. Not your total cloud bill.

AI speeds delivery but expands risk. Teams need context, verification, behavior detection, and learning to stay secure by default. Software delivery has been accelerating for more than a decade, and the arrival of AI has pushed us into an entirely new velocity class. Code generation, configuration scaffolding, infrastructure suggestions, remediation hints, and deployment decisions now involve AI. It participates in every stage of the delivery pipeline. On the surface, this feels like progress.

November was another big month for Harness AI, with new capabilities that deepen our work with AWS, bring AI-native automation to the database, and keep our model stack on the cutting edge across the SDLC.

Unlock peak load balancing performance with HAProxy! In this blog post, we'll explore how HAProxy intelligently harnesses the power of modern multi-core CPUs while navigating challenging architectural complexities like NUMA. Discover how HAProxy leverages optimized multithreading and provides automatic CPU binding to deliver both unparalleled efficiency and speed, ensuring your load balancing is faster than ever.