Akshat Sandhaliya

A complete, simple recap of KubeCon India 2026 in Mumbai. The stat everyone repeated, platform engineering, security, the show floor, community, and the AI SRE

Hallucinations fail users silently. No error. No alert. Just a confident wrong answer your users act on. Here is how to catch them before they cause damage.

The four golden signals of SRE: latency, traffic, errors, and saturation are explained with correct PromQL alerting patterns and the Signal-to-Investigation Gap

AI agents fail in production not because models are weak, but because the systems around them are incomplete. Learn the Agent Failure Stack — a six-layer framework for understanding where agents break, why standard observability misses it, and how to fix each layer before it compounds.

Most engineering teams have blameless postmortem templates. Very few have blameless cultures. This guide explores what experienced practitioners at Etsy, HubSpot, Atlassian, Google, and Honeycomb actually learned when they tried to build incident review cultures that stick.

Traditional APM wasn't built for AI agents. What agent observability means for autonomous AI SREs in 2026: the semantic gap, the market, and how to start.

Compare native, OSS, hybrid, and agentic AI SRE approaches. Learn the AI-SRE Maturity Curve and choose the right stack to reduce MTTR.

Richard Cook's 18 observations on complex system failure, paired line by line with the SRE translation. Medicine and aviation on the left, distributed systems on the right.

LLMs can’t debug your Kubernetes cluster. Discover the Hallucination Gap and why AI without live system context produces misleading root cause analysis.

Three philosophies define today's AI SRE tools: work with existing telemetry, collect your own, or assume no monitoring. Here is how to choose the right fit.

Observability in 2026 is more expensive than ever but still failing teams during incidents. Learn why the Visibility-Understanding Gap exists, what the industry is getting wrong, and what is actually changing.

Compare the best incident response platforms for DevOps in 2026. Learn the 4-layer IR stack, top tools by category, and how to reduce MTTR fast.

A practical guide to sustainable on-call rotations: reduce alert fatigue, design better alerts, choose the right rotation model, and improve MTTR.

Traditional SRE vs Modern SRE: how the discipline has evolved from reactive runbooks to AI-driven, autonomous reliability. A practical guide for CTOs and engineering leaders on SLOs, AIOps, platform engineering, and what to do next.

Learn why cause-based alerting eliminates 10-35 minutes of investigation time per incident. A deep dive into building alerting systems that actually work.

Watch a demo of Sherlocks.ai automatically investigating a critical production alert, identifying the real root cause, and recommending actionable fixes to speed up incident resolution.

Compare 30+ SRE and DevOps tools for 2026 across CI/CD, monitoring, incident management, Kubernetes, and AI. Includes pricing, integration depth, and which tools actually work together.

You already have dashboards, logs, traces, and alerts. The missing piece? An AI agent that connects them all during incidents. Learn why your N+1 tool is the key to predictable uptime in 2026.

AI SRE agents investigate incidents autonomously, correlating logs, metrics, and code changes in seconds. Learn what makes AI SRE possible now and how to evaluate tools for your team.

How is Sherlocks.ai different from k8sgpt or RunWhen? A field report comparing scope, production readiness, and what each tool actually does when an incident hits your Kubernetes cluster.

The future of SRE is autonomous — AI agents now handle alert triage, root cause analysis, and remediation in minutes. Learn how AI is reshaping the SRE role in incident management for 2026 and beyond.