Operations | Monitoring | ITSM | DevOps | Cloud

Why no one talks about querying across signals in observability?

In today’s complex distributed systems, observability has evolved from a nice-to-have feature to a mission-critical engineering discipline. Engineering teams across organizations depend on robust observability to maintain system reliability and quickly diagnose issues when they inevitably arise. However, current observability tooling significantly lags behind user expectations by failing to support a critical capability: querying across different telemetry signals.

April Wrap-Up: Product Updates Across the PagerDuty Operations Cloud

PagerDuty is committed to redefining what digital operations look like in the era of AI and automation. This vision drives us to continuously innovate and enhance the PagerDuty Operations Cloud, ensuring every update brings our customers closer to achieving operational excellence. Building on the momentum of our Spring product launch at PagerDuty On Tour, we’re excited to showcase what we’ve shipped this quarter.

Simulate Real User Workflows | Introduction to Grafana Cloud Synthetic Monitoring

Just because your app is up doesn’t mean it’s working. Behind the scenes, users could be facing failed checkouts, broken workflows, or slow page loads — and you may not know until it’s too late. In this video, we’ll show you how Grafana Cloud Synthetic Monitoring helps you proactively simulate real user behavior and monitor the performance of your critical user flows, websites, and APIs from locations around the world — so you can catch issues before your users do.

REST v. GraphQL v. gRPC #speedscale #developers #softwaredevelopment #shorts #softwaretesting #api

When it comes to building APIs and enabling communication between different software components, three prominent architectural styles and frameworks often come up: REST, GraphQL, and gRPC. Each has its own approach, strengths, and weaknesses, making them suitable for different use cases.

Use AI to resolve CI test failures with zero guesswork

Test failures are inevitable. A broken condition, a missed edge case, or a last-minute refactor can trip up even the most careful changes. That’s part of shipping software. What shouldn’t be part of the job is spending half your afternoon parsing logs and chasing down the root cause. Now, there’s a faster way. This guide shows how to use the CircleCI MCP server to identify, understand, and resolve failing tests in a CI/CD build without ever leaving your editor.

Streamline your LangChain deployments with Langserve on GCP

Deploying Large Language Model (LLM) applications can transform ideas into valuable services. But, deployment challenges can slow down even experienced developers. In this tutorial, you will build and deploy a LangChain application using LangServe and CircleCI on Google Cloud Run. You will create a text summarization tool powered by Google’s Gemini model. You will use Langserve to expose it as an API. You will automate testing and deployment to Google Cloud Run using CircleCI.

Monitor the full end-user experience: k6 browser checks in Synthetic Monitoring are generally available

We continue to evolve Grafana Cloud Synthetic Monitoring to help you simulate even the most complex transactions and user journeys, and proactively monitor the performance of your web applications and APIs. In line with this effort, we’re excited to share that k6 browser checks in Synthetic Monitoring are now generally available.

Densify and Nutanix Partner to Deliver AI-Driven, Fully Automated Kubernetes Optimization

We’re thrilled to announce our partnership with Nutanix, integrating Densify’s AI-powered Kubernetes optimization solution, Kubex, with the Nutanix Kubernetes Platform (NKP). This collaboration brings together two leading technologies to radically improve how enterprise Kubernetes environments are managed—through AI-driven insights and end-to-end automation of resource optimization.

Top Microsoft Teams Metrics: How to Measure & Improve Call Quality

As an IT professional, you know that Microsoft Teams is only as good as the network it runs on. Poor call quality (choppy audio, frozen video, or sudden disconnections) can disrupt productivity and frustrate users. But how do you pinpoint the root cause? The answer lies in monitoring Microsoft Teams performance metrics.