Operations | Monitoring | ITSM | DevOps | Cloud

Prompt engineering improves single responses, but agent performance is determined by how execution context is captured, replayed, and constrained over time. For the past few years, enterprises have obsessed over prompts, with entire roles emerging around their design and an ecosystem of tooling and templates following close behind. This focus delivered early gains because it allowed teams to rapidly improve outputs without modifying the surrounding system. Over time, those gains flattened.

IT leaders are replacing traditional focuses with three things that now outrank everything else: AI readiness, operational resilience, and unified visibility. You can’t add another priority to the list. There’s no space left. Your team is already stretched managing hybrid infrastructure, responding to incidents, juggling tool sprawl, and delivering on AI promises while keeping costs under control.

Automation fails in ITOps because it’s treated as a local efficiency gain rather than a system-level change—an approach that breaks down at scale as AI raises the bar for context, ownership, and control. Modern ITOps environments are hybrid, distributed, and assembled from overlapping vendors and platforms. Services run across clouds and teams. Signals arrive continuously. Dependencies change faster than they can be documented.

AI automation in ITOps fails because execution loses decision context, and context graphs turn incident history into durable execution memory that systems can actually reuse. AI automation for ITOps fails because it remembers what it did, but not why. Fixing an issue depends on what was tried last time, what failed, what worked, which exceptions were approved, and under what conditions. That information rarely lives in the system.

Consolidation unifies your observability stack, readies it for AI, and paves the path to autonomous IT. Many IT leaders consider consolidation because of cost pressure or rising vendor spend. But the real challenge goes deeper. IT environments have become more complex, distributed, and noisy, making it difficult for fragmented tools to keep up.

Modern, hybrid environments change continuously. But, legacy ITOps workflows assume stable infrastructure. IT environments don’t behave in predictable ways. Infrastructure changes continuously, services spin up and shut down on demand, and data formats evolve with every deployment. Most ITOps workflows, however, are still designed around the assumption of stability. That mismatch drives failure. Static runbooks expect environments to stay put.

Cost-Intelligent Observability shifts your organization into a proactive and collaborative cloud cost management powerhouse.

A typical ITOps day is consumed by manual triage, fragmented context, and coordination work that expands with scale and slows every incident. Your day begins with alerts that arrived overnight. The symptoms are partial and the blast radius is unclear, so the first task is not remediation; it is figuring out what is real, what is related, and what matters. Next, a ticket comes in with a brief description and no evidence. Ownership is unclear.

Observability is the surprising budget line that isn’t shrinking. 96% of IT leaders expect observability budgets to hold steady or grow over the next 12 months. And 62% expect those budgets to increase regardless of broader IT budget cuts. Why? Because as infrastructure becomes more distributed and harder to manage, observability has shifted from a “nice to have” to a control point for cost, performance, and risk.

IT operations are changing faster than most people realize, making autonomous IT a 2026 reality, not a distant vision. Your team monitors tens of thousands of metrics, ingests terabytes of logs, and generates thousands of alerts daily. And somehow, you still find out about outages from customers before you see them in your tools. That gap between having visibility and actually understanding what’s happening has become the central problem.

IT operations have outgrown the model they were built on. Enterprises now monitor tens of thousands of metrics, ingest terabytes of logs, and generate thousands of alerts daily, all while managing increasingly complex infrastructures that span on-prem data centers, multiple cloud environments, and emerging AI workloads. Yet despite all this telemetry, too many teams still learn about outages from customers before they see them in their tools.