Operations | Monitoring | ITSM | DevOps | Cloud

With Cisco Prime Infrastructure approaching its EOL and EOS in September 2025, network administrators are at a crossroads. The transition away from this long-standing network configuration management tool necessitates a strategic evaluation of alternatives that align with organizational needs and budgets.

Imagine you’re running a popular online learning platform that experiences a surge in traffic during peak hours, right before exams. Students worldwide are logging in simultaneously, watching videos, submitting assignments, and taking tests. If your Oracle Cloud Load Balancer isn’t distributing traffic efficiently or back-end servers are struggling to keep up, students could face slow loading times or service outages.

Starting on Aug. 1, 2025, AWS will bill for the initialization (INIT) phase of Lambda functions, bringing a key change to how you are charged for serverless workloads. This billing update will impact functions using managed runtimes with ZIP archive packaging, which previously excluded the INIT phase from the billed duration. For teams that rely heavily on AWS Lambda, this is a small but significant change. The INIT phase, while short, could introduce costs that were previously invisible.

Imagine this: You've onboarded 30 new switches, 15 firewalls, and 20 routers into your network. You assume they all follow company policy. But months later, half of them are misconfigured, a few are running vulnerable firmware, and one rogue device is exposing ports it shouldn't. That’s not poor luck—that’s poor baseline configuration.

IT infrastructures in the modern business landscape never stand still. The backbone that keeps the organization and its business operations running is expected to relentlessly scale with the newer technologies and challenges that are thrown in while keeping business functions online without disruptions. IT infrastructure transcends from networks and servers to applications and cloud environments, where every component is as crucial as the other. And the margin of error is very small.

In today’s fast-paced IT landscape, efficient application performance monitoring is essential. IT teams need real-time insights, interactive data visualization, and a seamless user experience to detect and resolve issues swiftly. With the latest enhancements to ManageEngine Applications Manager’s dashboard, monitoring is now smarter, faster, and more intuitive than ever before.

Ensuring your application is up and running is never enough. It’s essential to ensure that your application is fast and also error-free to deliver a buttery smooth digital experience for your users. An application performance monitoring (APM) tool will help you track the performance of your application with metrics, reports, and automated alerts, but it doesn’t always capture how real users experience your application.

Effective monitoring and optimization of an interdependent environment require a coordinated strategy. Through the integration of observability and digital experience monitoring (DEM) platforms, businesses can dismantle silos and obtain a real-time, comprehensive view of their whole digital infrastructure. This comprehensive strategy empowers enterprises to proactively handle problems and optimize the end-to-end digital experience, which also improves performance and risk management.

It’s no secret: Containers have fundamentally reshaped application deployment, driving agility and scalability. However, they’ve also introduced a new set of complexities in container monitoring that often outpace traditional methodologies. In this blog, we’ll explore the core challenges in container observability and outline pragmatic strategies for ensuring a robust and performance-driven containerized environment.