Operations | Monitoring | ITSM | DevOps | Cloud

Maintaining the integrity of server files and directories is essential for security, operational resilience, and compliance. Whether it’s business-critical application configurations, sensitive data files, or audit logs, any unauthorized, unexpected, or accidental modification can jeopardize service continuity and expose an organization to regulatory risks. Manual file monitoring is impractical at scale.

We are absolutely thrilled to share some momentous news: StatusGator has officially achieved SOC 2 Type 2 certification! This isn’t just another checkbox on a compliance list – it’s a powerful validation of our dedication to safeguarding your data and delivering the reliable service you depend on.

We’re excited to introduce a helpful new update to your StatusGator experience – the service outage map is now built directly into your StatusGator account. StatusGator has displayed outage heatmaps on our public website’s service landing pages. These maps helped users understand where issues were being reported across the globe. Now, we’ve taken that same valuable visibility and placed it inside your board.

Hi everyone, my name is Bailey Ahrens, and I’m a marketing intern at Speedscale! I just returned a few days ago from KubeCon + CloudNativeCon North America 2025. While it was only my second trade show, it felt like a huge step forward in my confidence, skills, and future direction. My first conference (API World) was all about stepping outside my comfort zone. KubeCon was where I started leaning into that confidence and finding my place in the tech community.

Looking for the definitive list of mobile game KPIs? Start here. We map each KPI to business goals, show formulas, and point you to dashboards that surface them fast.

Distributed tracing tracks how a single request moves across multiple microservices, helping teams see the entire execution path end to end. In modern architectures where dozens of services interact, it becomes difficult to understand where latency starts, why bottlenecks appear, and which component breaks under load. Traditional monitoring only shows isolated metrics. Distributed tracing connects those dots.

Over the course of 2025, the Puppet Core team has been committed to developing secure, hardened Puppet code that our customers can rely on. As part of that shift, many Puppet platform components, including Facter, were brought under the Puppet Core model and were moved into private repositories.

For a long time, robotic process automation (RPA) was the fastest way to scale repetitive digital work. Bots copied, clicked, and executed rule-based tasks faster than any human. They reduced error rates and delivered early wins for efficiency. Sounds just fine, right? Prepare for a Matrix moment, because the truth is that IT teams built RPA only for predictability. It could follow instructions, but it couldn’t adapt when something unexpected happened.

Dashboards and alerts can tell you something’s wrong, but they don’t immediately tell you why. A red indicator or synthetic test failure prompts detective work. You flip between dashboards, timestamps, and logs, trying to line up what the check saw with what the system did. Now imagine your monitoring could explain itself by sending traces directly into your OpenTelemetry (OTel) backend.