In our digitally-driven world, networks serve as the backbone of every organization's operations. Whether you're a business, a healthcare facility, an educational institution, or a government agency, the efficiency and reliability of your network infrastructure can make or break your daily operations.

There are three main infrastructure types to consider when hosting and deploying applications: Bare Metal, Virtual Machines (VMs), and Containers, each with its own advantages and disadvantages depending on your use case. The three technologies are not mutually exclusive however, as both VMs and containers run on top of bare metal servers, while containers can also be deployed inside VMs.

Organizations must always be ready to pivot on a dime and adjust their business goals when the market—or their customers—demand it. Whether driven by industry changes or developments in market trends, when goals shift at the top, the teams who execute against them must follow suit. Since network infrastructure is becoming increasingly complex to fit business needs, IT teams are part of these initiatives.

Let me tell you something you already know: Networks are more complex than ever. They are massive. They are confounding. Modern networks are obtuse superorganisms of switches, routers, containers, and overlays; a hodgepodge of telemetry from AWS, Azure, GCP, OCI, and sprawling infrastructure that spans more than a dozen timezones.

Network Operations might never be the same. But then again, why would anyone want it to be? The power of automation and orchestration can bring incredible value to the Network Operations Center (NOC), including the business-critical call to get proactive and ahead of the incidence response and management game. It’s more than a towering volume of events – it’s the complexities involved, too.

The rapid evolution of technology profoundly impacts network infrastructure monitoring. New technologies such as containerization, microservices, and serverless computing introduce complexities that require monitoring solutions to adapt. The shift to DevOps practices, where development and operations teams collaborate closely, emphasizes the need for real-time monitoring and feedback loops to ensure continuous integration and delivery of applications and services.

Dealing with a high MTTR in your network? Auvik Network Management is a comprehensive network monitoring and troubleshooting solution. With over 50 pre-configured alerts, it keeps you informed about critical network events. Users have the flexibility to customize these alerts and control notification frequency so that they have all the essential context to be able to fix issues.

Windows services are the unsung heroes of Windows machines. This is because they act as critical components of the Windows operating system that run in the background to keep your computer running smoothly and securely. They are responsible for a wide array of tasks, including system startup and shutdown, security, performance, and application support.

Boosting the transparency of your load balancer traffic is advantageous. Web applications continually pass information back and forth, yet some of this important data is often hard to get during transit. And while the perceived “black box” nature of networking seems overwhelming, what if you could peek behind the curtain to better understand your traffic?

Learn all about the most common challenges enterprises face when it comes to managing large-scale infrastructures and how Kentik’s network observability platform can help.