When cloud adoption grew rapidly in the early 2010s, businesses started facing new challenges. Managing distributed systems, monitoring cloud-hosted applications, and ensuring network performance across global infrastructures became more complex. This shift in how businesses run IT operations creates a clear need for cloud-based network monitoring tools that can give you real-time insights into performance, security, and overall system health.

The scene is familiar to any IT operations professional: the dreaded 3 AM call, multiple monitoring tools showing conflicting status indicators, and teams pointing fingers instead of solving problems. For managed service providers (MSPs) supporting hundreds or thousands of customers, this challenge multiplies exponentially. But at AWS re:Invent 2024, Synoptek’s team revealed how they’ve fundamentally transformed this reality for their 1,200+ customer base through AI-powered observability.

Managing Azure costs while ensuring performance and scalability can be a complex, resource-intensive process, especially when cost management tools are pieced together and used separately from monitoring solutions. To address this challenge, LogicMonitor is excited to announce cost-savings recommendations for Microsoft Azure compute and storage resources, simplifying cloud cost management with integrated insights.

Over the past 25 years, I’ve been privileged to help businesses navigate some of the most significant shifts in technology. At Salesforce, I saw the cloud revolutionize how businesses adopt and scale software. At Slack, we reimagined collaboration by bringing connection and emotion into the workplace.

Network bandwidth is the maximum rate at which data can be transmitted over a network connection in a given time. Essentially, it’s the highway for your data. Bandwidth is often measured in bits per second (bps), but in larger systems, you’ll see measurements like megabits per second (Mbps) or gigabits per second (Gbps). Bandwidth plays a critical role in IT infrastructure because it determines how quickly data can move.

Managing observability across hybrid and multi-cloud environments is like flying a fleet of planes, each with different routes, altitudes, and destinations. You’re not just piloting a single aircraft; you’re coordinating across multiple clouds, on-premises systems, and services while ensuring performance, availability, and cost-efficiency. AWS customers, in particular, face challenges with workloads spanning multiple regions, data centers, and cloud providers.

In today’s complex IT environments, logs are the unsung heroes of infrastructure management. They hold a wealth of information that can mean the difference between reactive firefighting and proactive performance tuning. Log analysis is a process in modern IT and security environments that involves collecting, processing, and interpreting log information generated by computer systems. These systems include the various applications and devices on a business network.

Network monitoring continuously observes and manages the performance, availability, and security of a computer network to identify issues before they affect operations. As IT infrastructure grows more complex, network monitoring ensures your business stays online, whether dealing with on-premises or cloud environments. In hybrid or multi-cloud settings, having visibility across all systems is crucial to maintain seamless performance and prevent disruptions.

SHARE Simple Network Management Protocol (SNMP) traps are messages sent by SNMP devices that notify network monitoring systems about device events or significant status changes. At LogicMonitor, our view on SNMP has evolved over the years. While we have often favored other logging methods that offered more insights and were considered easier to analyze in the past, we recognize that SNMP traps remain an essential tool in network management.

In healthcare, every second matters. Healthcare IT infrastructure is the backbone of modern patient care delivery, ensuring that patient data is accessible, treatments are administered on time, and critical, life-saving systems remain operational. When these systems fail, the consequences are immediate and far-reaching—delayed treatments, disrupted workflows, and compromised patient safety.