Operations | Monitoring | ITSM | DevOps | Cloud

One of the most valuable features of AlertBot’s web monitoring solution is that is automatically and continuously scans web pages for hundreds of possible errors, uniquely identifies them, and even captures a screenshot. Today, we’re going to take a deeper look at one of the many possible errors that AlertBot flags as part of its ongoing scans: HTTP 500 errors.

david.arrowsmith • Feb 15, 2024 Comprehensive visibility across all your Amazon Web Services (AWS) environments plays an important part in maintaining the availability, and performance of applications hosted in AWS. Leveraging Interlink Software’s AIOps and Business Service Observability Platform, enterprises can greatly enhance their capability to monitor, manage and optimize the health of applications and act swiftly resolving issues before they impact on customer experience.

It’s relatively easy to study the immediate impact of new releases by analyzing short-term changes in user behavior or system activity. However, this information doesn’t tell you much about the long-term viability of your application, which depends less on the novelty of major application updates and more on sustained usability.

Despite the widespread adoption of Kubernetes, many DevOps teams and SREs still struggle to troubleshoot issues because of all the complexity that comes with the open source container orchestration platform. That’s why we developed Kubernetes Monitoring, an application in Grafana Cloud you can use to visualize and alert on your Kubernetes clusters.

Effective memory management is crucial for optimal MongoDB performance and helps ensure seamless database operations and user experience. Allocating enough memory lets the database store frequently used data and indexes in RAM and cut down on disk I/O operations. This boosts query response times and system responsiveness. Poor memory management can cause delays in retrieving data from disk, leading to performance degradation.

The rapid growth of 5G technology and expanse of the Telecoms industry has created the need for these organizations to implement effective data-driven decisions, to enable the future profitability of their companies. This raises the challenge of analyzing data from various sources across complex networks to derive insights and ultimately decision making.

Windows events provide a wealth of security-relevant information, especially when they are correlated and analyzed within a SIEM like IBM Qradar. Whether you rely on MITRE ATT&CK, NIST, or another security framework, Windows Events are likely one of your higher volumes (EPS – Events Per Second) and represent your largest-sized events (Gigs per day – Storage and Archive).

In a previous blog, we outlined the essential steps that organizations should take within the first two days after the detection of a ransomware attack. In this follow-up post, we’ll discuss what an organization should do after the initial response to reduce the risks of future attacks. We’ll also highlight how Progress Flowmon can support ongoing network monitoring, early detection of attacks and reduction of further damage. Webinar: The First 48 Hours of Ransomware Incident Response.

Distributed systems allow projects to be implemented more efficiently and at a lower cost, but require complex processing due to the fact that several nodes are used to process one or more tasks with greater performance in different network sites. To understand this complexity, let’s first look at its fundamentals.

At Obkio, we frequently get asked the question by potential customers: "Which plan do I need?". So we decided to share the perfect use case to provide clarity. What better way to illustrate the capabilities of our Basic Plan than by showcasing a real-life scenario of a multi-site SMB taking advantage of it?