Operations | Monitoring | ITSM | DevOps | Cloud

Developers are expensive to hire, and it takes time to get new hires up to speed. Getting the most out of developers and retaining them should be a priority for any organization. Fortunately, developers like creating new stuff, and organizations want new functionality. Therefore, if there was a way of minimizing the time spent fixing bugs, the new feature backlog would be reduced, and happy developers would stay around.

The past few years have been dominated by digital transformation characterized by a move away from legacy on-premises systems to the cloud. However, there are also instances when bringing certain assets back from the cloud – a process known as “cloud repatriation” – can be a strategic and cost-effective move. Questions persist about when cloud repatriation makes sense and how organizations should craft their strategy.

Ensuring the security of your network infrastructure is critical for all organizations, and this requires going beyond traditional network monitoring and incorporating the monitoring of network devices, such as routers, switches, and other network devices. Whilst network monitoring includes the monitoring of devices, dedicated network device monitoring is a more thorough process for guaranteeing the health and performance of your organization's network devices.

Prometheus and Grafana are both great observability solutions. Although they share some overlapping features, both Prometheus and Grafana have different priorities. Prometheus focuses on data acquisition, allowing users to select and aggregate time series data in real-time. Grafana, on the other hand, specializes in data visualization. Together, they form a powerful monitoring system effectively. But how well do these tools perform individually?

The OpsRamp State of Observability 2024 report not only presents fascinating data from a strong sample of IT leaders, but also outlines many highly actionable findings. As an independent analyst and advisor, I appreciate how this report outlines a powerful action plan for any CIO, CTO, or other IT leader who has not yet adopted or achieved success with observability.

Imagine running a large company where data-driven decisions give you a competitive edge. You use a lot of business intelligence tools that tap into vast amounts of data, such as sales figures, inventories, and expenses. This analysis tells you how your company is performing. However, it does not reveal how your "company infrastructure" is performing. This crucial information comes from your systems in the form of telemetry data, such as logs and events.

In today’s digital age, IT organizations face numerous challenges that can hinder their ability to provide seamless services. Common pain-points include frequent outages, unexplained end-user experiences, negative brand impact, unaccomplished business demands, and complex application environments. These issues are exacerbated by technology silos, an overload of alerts, inaccurate and prolonged root cause analyses, and inadequate current SRE/DevOps tools.

Have you ever felt like your network is a tangled web of wires and connections, a ticking time bomb waiting to explode into chaos? As businesses grow, their networks become increasingly complex, making it difficult to maintain smooth operations and robust security. Network segmentation is a strategy that divides your network into smaller, more manageable sections, similar to creating different colored zones in a city.

DNS service management tools are currently considered a crucial element by many organizations, as they simplify the administration and issue detecting activities for admins. Along with streamlining DNS service for elevating organization’s network service for clients. Despite managing and automating DNS activities across different DNS service providers, every DNS tool has one key feature that every organization rely on: DNS monitoring.

Monitoring tools are great at letting you know when something is broken and the overall impact. We should know, we make an error monitoring tool. Observability tools are good for well, observing. But here’s the thing, you (we) don’t observe code. We (you) push code. So what the collective “we” need is a tool that makes it easy to ship, improve, and maintain reliable and performant code.