Ransomware experienced a stunning surge in prevalence and sophistication throughout the pandemic. Threat actors capitalized on a frequently shaky transition to a remote, digital business landscape. With so many businesses prioritizing basic functionality over proactive security, vulnerabilities have been unprecedented – and very much exploited.

In the digital economy, software applications have become a primary product for a large number of companies. On top of that, customers expect a flawless user experience from the applications as it evolves. To provide such a great experience, companies need to have powerful performance monitoring across their applications. We will discuss APM tools that are popular in the market right now and compare them in different aspects. Feel free to use these links to navigate the guide.

To change or not to change? It is a question that every IT leader faces in the wake of lagging technology growth. While IT leaders aren’t blind to the problem, change remains elusive. Instead of risking stability and performance by switching to an unknown alternative, many leaders stick with their known incumbent. But that’s not the case anymore. We see a new generation of IT leaders challenging the status quo and transforming the technology behind world-leading companies.

Embedded devices with limited memory and storage resources are likely to leverage a tool such as BusyBox, which is marketed as the Swiss Army Knife of embedded Linux. BusyBox is a software suite of many useful Unix utilities, known as applets, that are packaged as a single executable file. Within BusyBox you can find a full-fledged shell, a DHCP client/server, and small utilities such as cp, ls, grep, and others.

At Payoneer, we use Coralogix to collect logs from all our environments from QA to PROD. Each environment has its own account in Coralogix and thus its own limit. Coralogix price modules are calculated per account. We as a company have our budget per account and we know how much we pay per each one. In case you exceed the number of logs assigned per account you will pay for the “extra” logs. You can see the exact calculation in this link.

Office 365 and Azure are two important cloud services with many features and functions. Although Microsoft mainly designed them to work separately, when used in combination, they offer an excellent way to increase efficiency in the workplace with minimal IT administration. This post will focus on the several ways organizations can benefit by using Office 365 and Azure together. It will also discuss critical considerations for administration, best practices, and pitfalls while using them together.

The Covid-19 pandemic has disrupted how most businesses operate. In fact, 87% of global IT decision makers agree that the Covid-19 pandemic will cause organizations to accelerate their migration to the cloud. While digital transformation allows for a more agile online customer experience is a focus for every business, it’s an even bigger priority for banking and FSI organizations because they previously relied on in-person trade and office-based operations.

Connectivity is more valuable to today’s businesses than ever. Partly, this is because many business-critical operations are happening online. Employees are connecting using collaborative software. Customers are seeking support and placing orders online. At the same time, suppliers and partners are transmitting data online. All their success depends on network capacity and reliability.

Here at Pepperdata, we continuously work to improve our products and better serve our customers. Whether it’s executing more big data workloads or ensuring their resource consumption remains optimal, we want our customers to get the best value and tangible benefits from our products while not overshooting their big data cloud budgets. Today, we’re bringing you the data to back up our claims that all of this is possible.

The Kubernetes API is the front end of the Kubernetes control plane and is how users can interact with their clusters. In essence, it’s the interface used to manage, create, and configure the cluster and the state of objects. Using a standard API, Kubernetes allowed teams to focus on constructs and consume infrastructure across different providers.