In recent days web application has become a vital part of our day-to-day life. We often don’t understand the technology behind an application as how it works, what type of programming languages have been used or what kind of databases are used to store and retrieve data. But when you try to create one such application you should definitely know how to build an application and the technology stack behind it.
Application Performance Management is all about gaining a complete picture of your applications' inner workings so you can make sure they're performing as they should. APM tools make it easier for developers to spot issues that are preventing their applications from providing outstanding user experiences. Furthermore, these monitoring services can help to limit the danger of fatal outages and downtime, which can be extremely costly for any company.
We have recently published a script for the integration of the Anomaly Detection System (ADS) with a Check Point firewall. This ensures automated threat detection and response where attackers are blocked from accessing the network resources and causing even further harm. The previous integration with Fortinet describes a way of stopping the attacker at the perimeter. The following use case is largely the same, except with a Check Point firewall instead.
Everyone wants to automate security. Traditionally, though, doing so has been challenging because setting up security automation tools required a specialized set of skills that no one engineer at a company possesses. It’s time to change this state of affairs by democratizing security automation. Here’s why and how.
As managed services provider (MSP) technicians know, remote access gives an authorized user the ability to enter another user’s computer or network through a network connection. This access is often established via a remote desktop protocol (RDP), which is a network communications protocol from Microsoft® that is specifically designed for remote management.
Many companies are continuously modernizing their infrastructure – but there is no standard way for the perfect IT infrastructure. Still, hybrid architectures have become the status quo in enterprises. Almost all organizations have migrated at least parts of their assets to the cloud or run applications as cloud services. At the same time, businesses want to dovetail their IT architecture with software development and are therefore embracing dynamic infrastructures.
Virtual machines (VMs) have transformed infrastructure deployment and management. VMs are so ubiquitous that I can’t think of a single instance where I deployed production code to a bare metal server in my many years as a professional software engineer. VMs provide secure, isolated environments hosting your choice of operating system while sharing the resources of the underlying server. This allows resources to be allocated more efficiently, reducing the cost of over-provisioned hardware.
We're excited to announce Civo Academy: A full Kubernetes learning program consisting of over 50 videos created in-house by the team here at Civo.
