Operations | Monitoring | ITSM | DevOps | Cloud

Modern applications are often built using microservices: Small, independent components that work together. This makes systems more flexible and scalable, but also harder to monitor. In this guide, we’ll explain what microservice monitoring is, why it’s different from traditional approaches, and how to do it effectively. Whether you’re starting from scratch or improving an existing setup, this article will help you monitor microservices with confidence.

Learn how to connect your cloud environments without sacrificing speed, security, or cost efficiency. Businesses aren’t sticking to just one cloud provider anymore. Maybe you’re running apps on AWS, storing data in Google Cloud, and using Azure for AI workloads. It makes sense – each provider has its own strengths. But now you’ve got another challenge: How do you connect them all efficiently without running into performance issues, high costs, or security risks?

For those deep in the day-to-day operations of a data center, the value of a modern Data Center Infrastructure Management (DCIM) solution is often clear. It helps improve capacity planning, uptime, energy efficiency, and the productivity of people. Data center professionals understand this, and most would love to have DCIM software that simplifies their jobs and helps them deliver better results. But for leadership who controls the budget, the benefits of DCIM software aren’t always so obvious.

Manufacturers are under pressure to increase efficiency, reduce downtime, and future-proof their factories. Rising costs, global competition, and shifting customer expectations mean that even small inefficiencies can lead to lost revenue or market share. This is difficult while using legacy systems that limit visibility and adaptability. These outdated systems often operate in silos, making it hard to access real-time data, respond to unexpected issues, or scale with modern technologies.

Regulations like the EU’s Cyber Resilience Act (CRA) are top of mind for many in the embedded software world right now, and understandably so. The pressure to comply is real, especially for teams already juggling tight schedules and complex development environments. But as disruptive as these mandates might feel, they also present an opportunity and perhaps a necessary nudge to adopt better habits that can strengthen the software we build, far beyond compliance.

‍RFID technology has revolutionized the way businesses manage and track their assets. Among the critical components of this system is the RFID reader module. These modules serve as the bridge between RFID tags and the software that interprets the collected data. Whether used in supply chain monitoring, inventory management, or equipment tracking, RFID reader modules have become indispensable across industries.

Software Bill of Materials (SBOMs) are crucial for maintaining software security and supply chain transparency. They provide a detailed list of all components, libraries, and dependencies within a software application, enabling organizations to identify and address potential vulnerabilities, license compliance issues, and other risks. By generating and tracking SBOMs in Kosli, you can establish a centralized and auditable repository for your software’s supply chain information. This allows you to.

While modernizing IT infrastructure, securing data, and ensuring high availability are high priorities, optimizing AWS costs and utilization has consistently been the top priority for most companies in recent years. As a result, AWS introduced Cost and Usage Reports (CUR). AWS designed CUR to provide granular data on resource consumption and associated costs in the AWS environment.