Operations | Monitoring | ITSM | DevOps | Cloud

OpenTelemetry makes it easy to produce and transmit any type of telemetry. In production environments, this often means deploying the OpenTelemetry Collector as an intermediary to process, enrich, and route telemetry data. As systems scale, so does this infrastructure—sometimes to hundreds or thousands of Collectors spread across environments.

We’re excited to announce the simultaneous releases of HAProxy Kubernetes Ingress Controller 3.2 and HAProxy Enterprise Kubernetes Ingress Controller 3.2! All new features described here apply to both products. These releases introduce user-defined annotations, a new frontend CRD, and other minor improvements, and we’ll cover these in detail below. Visit our documentation to view the full release notes.

For IT and OT engineers managing Battery Energy Storage Systems (BESS) and other distributed energy resources (DER), the challenge isn’t just dealing with energy. It’s a data problem, or managing the massive stream of real-time telemetry these systems generate. For example, a BESS site produces a constant stream of time-series data from BMS, PCS, SCADA, EMS, and more, and operating it means ingesting, correlating, and acting on that data in real time. And this challenge changes with scope.

Today, we’re excited to announce a new integration between Bindplane and Oodle.ai — combining an AI-driven, OpenTelemetry-native telemetry pipeline with an AI-native observability platform built for extreme scale. With Bindplane acting as the control plane for telemetry and Oodle.ai providing AI-powered analysis across logs, metrics, and traces, you get a single, intelligent, vendor-neutral pipeline from raw telemetry to actionable insight.

Backend systems rarely fail in obvious ways. More often, they degrade over time. CPU usage slowly increases, request latency creeps up, and costs rise without a clear explanation. Metrics tell you something is wrong, traces show where requests go, but neither explains why your code behaves the way it does under real load. Continuous profiling fills that gap. Atatus continuous profiling runs automatically in production with minimal overhead.

Stack traces are great, but they only tell you what broke. They rarely tell you why. When an exception fires, you get a snapshot of the moment things went sideways, but the context leading up to that moment? Gone. That's where logs come in. A well-placed log can be the difference between hours of head-scratching and a five-minute fix. Let me show you what I mean with a real bug I encountered recently.

API metrics have long been a core part of building and operating reliable SaaS products. Teams track the likes of request volume, latency, and uptime to ensure APIs perform as expected under load. First: API cost intelligence metrics measure how API usage translates into cloud, AI, and third-party spend — and attribute that cost to customers, features, workflows, and teams so SaaS businesses can protect margins as usage scales. But today, the API metrics that matter most go beyond performance.

Welcome to January’s Cloud Economics Pulse, CloudZero’s monthly look at cloud spend as AI moves from vibe to prod. And this related news flash — AI spend keeps hitting new highs. pilots to production. In last month’s Pulse, we explored the compounding effect of AI becoming part of everyday cloud operations. This month, we see that pattern harden into year-end results.

Lumigo is a cloud-native observability platform designed primarily for serverless applications and microservices, providing distributed tracing, error detection, and performance monitoring. However, Lumigo may not meet every team's needs due to limitations in features, pricing, scalability, or support for other environments. Many organizations require Lumigo alternatives that provide broader infrastructure monitoring, more advanced analytics, or support for multi-cloud setups.