Operations | Monitoring | ITSM | DevOps | Cloud

As network engineers, you play a crucial role in managing cloud infrastructure that supports your organization’s applications and services. Cloud platforms offer immense flexibility and scalability, but without careful cost management, expenses can quickly spiral out of control.

Syslog servers are essential for centralized log management, helping network engineers monitor, troubleshoot, and secure network devices efficiently. This guide walks you through setting up a syslog server from scratch, focusing on practical steps using rsyslog on a Linux system—a common and robust choice for syslog collection. Windows does not have a native syslog server, so you need third-party software.

Traditional databases store data in structured tables, whereas NoSQL (non-SQL) databases use more flexible, non-tabular storage methods. NoSQL databases can store a wider range of data types, including document stores, wide columns, key-value stores, and graphs. These databases first emerged in the late 2000s to support massive horizontal scaling and high-throughput workloads for web applications.

If your organization isn’t focused on data security, it’s time to make some changes, particularly if you rely on SQL Server to manage and store valuable information. Cyber threats, data breaches, and malicious attacks are on the rise—and they are constantly evolving. That’s why it’s essential to have robust security measures in place. SQL Server has several built-in security features, but you must take a proactive approach to protect your data.

Change is constant, but without a structured approach, it can lead to confusion, resistance, and costly disruptions. A well-planned change management process ensures transitions happen smoothly, minimizing risks while keeping teams aligned and operations running efficiently. Whether adopting new technology, restructuring teams, or refining business strategies, organizations that manage change effectively turn challenges into opportunities for growth.

With the introduction of cloud services and microservices, applications have become more complicated due to their increased layers of complexity and distributed architecture. While microservices clearly offer speed, they also make things harder for the developers and operations teams. These teams need to plan for the reliable and efficient performance of such applications. To combat these challenges, application performance monitoring (APM) has surfaced as an indispensable discipline.

Modern infrastructures are no longer confined to on-premises servers alone. Instead, they span cloud environments, containers, microservices, and globally distributed systems. This landscape, known as a hybrid cloud environment, has become the new norm for organizations, primarily because it offers the scalability of the cloud and ownership over specific elements afforded by an on-premises setup.

If you want a secure, efficient, and compliant network, network configuration management is a must. Whether managing a small network or being responsible for a large enterprise system, having the right solution can make all the difference. Network configuration management tools provide valuable insights into devices on your network, and they can help quickly restore previous configurations in the event of a failure, misconfiguration, or security incident. What is network configuration management?

These days, networks are larger and more complex than ever. It’s all too easy to fall short when managing performance, security, and compliance. That’s where network assessments and network audits can help. Both network assessments and network audits can give you a more comprehensive understanding of your network and its current strengths, weaknesses, and threats. As a result, you can quickly identify and resolve issues.