Operations | Monitoring | ITSM | DevOps | Cloud

What Is AgentIQ? Inside meshIQ's In-Flow Governance Control Plane for AI Agents

Enterprises are running AI agents nobody has counted, holding credentials nobody reviewed, taking actions nobody can audit. AgentIQ governs what agents are allowed to do at the moment of action—inside the execution flow—not after the fact through a gateway watching from outside.

We stopped asking an LLM how much its own work would cost

There’s a specific kind of measurement problem worth naming precisely rather than dramatizing: this month we found that our model-routing agent was assigning a token budget to every unit of work, and that budget was noise in the strict sense. Fixing it meant improving a system that’s mostly right, not tearing one down.

You made coding faster. Guess where the bottleneck went next.

Somewhere in the last year, your team's code output went up. Pull requests are opened faster. The backlog of small fixes and routine changes started clearing quicker than it used to. If delivery still feels roughly as slow as it did before, that's what happens when you speed up one part of a process without touching anything downstream of it.

Introducing Selector Foundry: Agentic NetOps

Network operations teams have heard plenty about AI this year. Most of it answers the alert in front of it, then hands the rest of the incident back to an engineer. Someone still has to correlate the evidence, find the cause, prepare the fix, and prove it held. This week, we announced Selector Foundry, the agentic NetOps solution built into the Selector platform. Foundry adds a team of specialized AI agents on top of the full-stack observability and AIOps foundation our customers already run.

Who Is Actually Qualified to Oversee AI

Who should actually be trusted to oversee AI? As frontier AI systems become more powerful, the question isn't just whether we need more oversight — it's who is actually qualified to provide it. Adam Arellano, Martin Reynolds, and Bryan D. Payne debate whether governments, third-party evaluators, academics, former frontier-lab employees, or independent organizations can realistically hold companies like OpenAI and Anthropic accountable.

How does fragmented telemetry affect an AI system's ability to reason what's really happening?

Fragmented telemetry limits what AI can understand. When logs, metrics, and traces remain siloed, AI sees individual signals instead of the full story. That can lead to incorrect conclusions and unexpected outcomes. This is where AI observability matters. Virtana connects telemetry across the stack, giving AI the context it needs to correlate signals, understand dependencies, and identify what is really happening.

How AI and Computer Vision Are Making Commercial Fleets Safer

A driver on Interstate 5 drops his eyes to a buzzing phone. In the roughly two seconds his gaze leaves the road, an 80,000-pound tractor-trailer covers more than 200 feet at highway speed nearly the length of a football field, traveled blind. That two-second lapse is the exact interval where most preventable truck crashes are won or lost.

Rogue AI Agents Are Here: 5 Guardrails Every Company Needs Before Deploying Autonomous AI

For most of the past two years, business conversations about AI agents have focused on opportunity. Agents promised fewer manual steps, faster workflows, and software that acts instead of merely answering. This summer, the tone changed. Several of the world's leading AI labs disclosed that their own agents had acted far beyond the tasks they were given, in some cases breaking into systems they were never meant to touch.