Operations | Monitoring | ITSM | DevOps | Cloud

Every IT incident response starts the same way. Something breaks, an alert fires, and someone has to act on it. The faster that chain completes, the better your team looks on the SLA reports and the less your users feel it. If you're using HaloITSM, a service desk platform built for enterprise IT operations, that chain now has one fewer link.

When profits miss plan, marketing is the budget line most likely to be cut. The CMO Survey found that marketing expenses are cut 45.4% of the time in that scenario, more often than any other expense category. Most marketing teams have more data than ever. Finance still discounts much of it, because few of those numbers connect spend to business outcomes. The pressure is structural. Gartner’s 2026 CMO Spend Survey shows marketing budgets flat at 7.8% of company revenue.

The first CRA deadline is behind us. Now comes the opportunity to solve the engineering problem underneath it. When I worked with connected appliances at Electrolux, I learned something that is obvious to customers but sometimes less obvious to product organizations: Release day is not the end of product development. In many ways, it is the beginning of the longest and most unpredictable part of the product lifecycle.

The model your team relies on today is unlikely to be the one you're relying on a year from now. If your team's process for shipping AI-assisted code is built around a specific model, coding assistant, or a vendor's take on an autonomous agent, you are not building infrastructure. You are building something you will tear out and rebuild the next time the leaderboard shifts.

The phrase “AIOps automation” now appears across observability platforms, ITSM suites, orchestration products, runbook tools, and general automation software. The label alone says little about what happens after detection. Some products create a ticket. Some launch a script. Others gather live context, choose an approved response path, execute across several systems, verify recovery, and update the operational record.

The digital workplace has outgrown the support model built to maintain it. Employees now depend on an mix of devices, applications, AI tools, and connected workflows to get their work done. As this environment becomes more complex, IT is expected to support more technology, control costs, and enable greater productivity. Traditional, ticket-driven support makes that difficult.

Most of the time, when we read a file, we do not think much about what happens underneath. You ask for some bytes, you get some bytes. But when getting data off the disk efficiently is at the core of what your application does, what happens underneath starts to matter a great deal, and two identical read() calls can differ enormously in what they cost. So in this post we are going to look at one of the Linux kernel’s optimizations for reading files: readahead.

If you’re running FastAPI, you’re running Starlette underneath it, whether you think about it or not. At Scout, we spend a lot of time thinking about what happens at that ASGI layer, since that’s exactly where our Python agent hooks in to give you request-level visibility. Starlette 1.7.0 just landed, and it’s a release worth reading closely if you care about tracing, routing, or just keeping your app running on a supported dependency chain.

A few months ago, we launched Agent Timeline to close the gap between knowing an agent failed and understanding why. It took the tangled reality of a multi-agent, multi-trace workflow and rendered it as a single, readable conversation: every LLM call, tool invocation, handoff, and downstream system span laid out in the order they happened.