Operations | Monitoring | ITSM | DevOps | Cloud

AI Found 18 OpenSSL Vulnerabilities. Now Your Team Has to Patch Them.

On June 9, 2026, the OpenSSL project released patches covering 18 vulnerabilities across its supported releases. The headline flaw, CVE-2026-45447, is rated high severity and has the potential for remote code execution. Not too long ago, a security advisory with 18 vulnerabilities would have been routine. Microsoft’s Patch Tuesday provided a predictable cycle, and organizations operated with the expectation of a meaningful remediation window. That model is under pressure.

How Teams Work Faster with Puppet AI

Can AI actually improve infrastructure operations? Without sacrificing control? In this webinar, see how teams use Puppet AI to understand infrastructure with natural language, reduce operational effort, and move from insight to action faster—all within trusted automation workflows. Watch a live demo of detecting and mitigating a real-world vulnerability, and learn how context-aware AI helps teams scale safely with built-in governance.

What Is Enterprise Service Management (ESM)? Explained

Enterprise service management (ESM) applies the proven model of IT service management, catalogs, workflows, self-service, and SLAs, to the whole business: HR, facilities, finance, and more. Here is what it is and how it works. What is enterprise service management, and how is it different from ITSM? In this explainer we define ESM, show how it works across departments, clarify how it builds on IT service management, and cover the mistake most teams make: copying IT ticket forms instead of orchestrating work across teams.

When the Market Never Sleeps: Why Crypto Traders Are Turning to Bots

How many profitable trades happened while you were asleep last night? Crypto runs 24 hours a day, 7 days a week - and that creates a problem discipline alone can't fix. There's no closing bell like the NYSE or London Stock Exchange. Bitcoin doesn't pause for weekends. Ethereum doesn't take holidays. Step away from your screen for a few hours and a 3% swing can come and go without you ever knowing.

Policy as Code Tools & Examples to Make Better Infrastructure Easier, Anywhere

You’re scaling your IT infrastructure so you can do more — deploying across clouds and data center, adding servers, coding like crazy. Great! But how do you keep it all from falling apart? Policy as code is an approach to managing IT that strategically leverages infrastructure as code (IaC) and compliance as code to manage consistent policies across complex IT environments. Sounds perfect, right?

Agentic AI Governance: 5 Controls Enterprises Need for Safe Automation

The promise of agentic AI is dead simple to understand. Instead of waiting for a human to draft every instruction, an AI agent can interpret a goal, take action, and work across systems until the task is done. For IT teams, that motion sounds like the next logical phase of automation. That promise is real... but it’s also where the risk starts. Traditional automation followed instructions. Agentic AI, by contrast, pursues outcomes. That difference turns the entire governance model on its head.

Where AI automation actually earns its place in IT operations

The promise attached to AI in operations has outrun the evidence. The pitch, repeated across keynote stages and vendor decks, is that AI will run your operations: detect, decide, remediate, and close the loop while the on-call engineer sleeps. It is a tidy story. It is also not the one that holds up at three in the morning when a cascading failure is halfway through your fleet.

AI Automation in Telegram: How Neuro Commenting Changes Community Engagement

In recent years, artificial intelligence has significantly transformed digital communication and social media management. One of the fastest-growing platforms benefiting from this evolution is Telegram. As communities scale and content volume increases, manual engagement becomes inefficient. This is where AI-driven solutions such as neuro commenting and automation tools play a crucial role in maintaining active, responsive, and engaging communities.

The algorithmic driver: navigating liability and risk in automated vehicle safety systems

Automated vehicle safety systems are reshaping how drivers, manufacturers, and legal professionals understand risk and accountability. As these systems become more advanced, questions surrounding Product liability in automated vehicles and the allocation of fault in accidents are increasingly complex. This article examines the key issues in assigning responsibility and managing risk in a landscape dominated by algorithmic decision-making within ADAS liability frameworks.