Operations | Monitoring | ITSM | DevOps | Cloud

ODBC MySQL drivers have become a critical layer in the performance, stability, and scalability of modern analytics systems. And the broader market confirms that shift. Forecasts now put the ODBC market segment at USD 4.38 billion by 2029, clear proof that this once-overlooked layer is becoming a priority inside enterprise data stacks. But what many teams still underestimate is the spread in quality of these tools. While ODBC drivers serve the same purpose, they do not all deliver the same results.

Microsoft officially pulled the plug on the native QuickBooks Power BI connector, triggering immediate reporting disruptions for many businesses. Automated refresh stopped working, dashboards went stale, and financial reporting pipelines that once ran in the background began to fail without warning. This changed daily finance operations. Finance teams were forced back into manual CSV exports, delayed updates, and fragile reporting workflows.

This whitepaper explores how proactive monitoring, using Microsoft SCOM enhanced with the NiCE NetApp ONTAP Management Pack, enables IT teams to detect issues early, optimize storage usage, and ensure reliable, predictable performance across both on-premises and hybrid-cloud infrastructures.

Over the past year, the Governance Committee ran user interviews and surveys with organizations deploying OpenTelemetry at scale. A few patterns came up consistently: Stability levels aren't always obvious. When you install an OTel distribution, some components might be experimental or alpha without clear markers. This makes it harder to evaluate what's production-ready. Instrumentation libraries sometimes wait on semantic conventions.

Front‑end bugs are notoriously hard to reproduce. By the time an error shows up in your monitoring tool, the most important context is already gone: what the user actually did. Session replay helps—but only if someone has the time and patience to scrub through recordings, correlate events, and form a hypothesis. That’s where Rollbar’s MCP server, paired with an AI agent like Github Copilot, changes the game.

The timing couldn’t have been better. Last week, the tech world descended on Las Vegas for AWS re:Invent. It was the perfect venue to talk about cloud infrastructure, scale, and the future of application delivery. While we enjoyed talking shop at our booth, we didn't just bring swag and demos; we brought a significant performance improvement for our open-source community.

Enterprise IT teams operate under relentless pressure to maintain seamless connectivity, yet many business leaders underestimate the financial gravity of Network Downtime. Studies consistently show that even a brief outage can cost enterprises hundreds of thousands of dollars per hour, positioning downtime as one of the most disruptive threats to business continuity.

Cloud outages in 2025 ranged from minor ones affecting some sections of users, to major ones affecting hundreds or thousands of users. Services like Cloudflare and AWS on which many other services depend experienced outages that affected many due to the cascading effect. Let's look at some of the major cloud outages in 2025.

Note: A version of this post originally appeared on the CSS Electronics blog. Martin Falch, co-owner and head of sales and marketing at CSS Electronics, is an expert on CAN bus data. Martin works closely with end users, typically OEM engineers, across diverse industries, including automotive, maritime, and industrial. He is passionate about data visualization and AI—and he’s been working extensively with Grafana Assistant.