With 900 billion devices running on Windows 10, the future is bright for the Universal Windows Platform (UWP). UWP’s strength lies in its ability to adapt itself completely to the native user interface - whether that’s a computer, tablet, Xbox or IoT device. It’s a win-win; users get a consistent experience as they consume across devices, while developers get easier deployments.
It’s a given that customers expect software and IT services to be high-performing and always on. And, because incidents and downtime will always be a thing, we believe that how you respond can make or break the customer experience. We’ve learned this lesson first hand while refining our own incident management process over the last decade.
October brings Halloween and National Cybersecurity Awareness Month, however, it has also been one of the scariest months for Magecart attack discoveries! Here’s the latest news on Magecart and other website attacks, with insights from our own Security Researcher!
Prometheus’s TSDB (TimeSeries DataBase) stores the recent data in the memory and the old data on persistent storage in the form of blocks. Each block has its own index to map the series to the actual chunks that contain the data samples. During Google Summer of Code 2019, I mentored Alec Wang throughout this work on lifting the size limitations of the index mentioned above. The work described below is up for review and should be merged soon.
One of the most well-known problems when it comes to testing applications is the amount of time required by all test suites. Integration tests, in particular, are usually very slow to execute and depending on the type of application, several minutes (or even hours in extreme cases) are needed in order to get the final execution result. You can reduce the test execution time with several techniques, but one of the most effective methods is running your tests in parallel.
AppDynamics announces support for .NET Core 3.0 with enhanced support for App Service Web Apps, WebJobs, and Azure Functions.
In this article we’ll introduce the AWS Cloud Development Kit and explore how it can boost the productivity of your development and infrastructure teams. Infrastructure-as-Code is fast emerging as a de-facto standard for development organizations.
I’m going to assume most people who read this blog are familiar with PagerDuty. But just in case anyone isn’t, PagerDuty is a tool we use in IT to notify us if some predefined check has failed. Maybe a key process has died or maybe we’re not seeing our expected traffic volume or maybe our server has stopped responding to ping. Whatever it is, PagerDuty will relentlessly, remorselessly, and loudly notify whoever is on call that something needs attention.
The telecom industry has always seemed to navigate well through tech changes. As the industry has evolved, it’s managed to transform from landline to mobile carriers, then from voice calls to messaging and data-centric networks. In many developed markets telcos are creating ecosystems for the data-driven economy. The next frontier is shaping up to be one driven by machine learning (ML) and artificial intelligence (AI).
As explained on the Eclipse Che website, “Che brings your Kubernetes application into your development environment and provides an in-browser IDE, allowing you to code, build, test and run applications exactly as they run on production from any machine”. However when deployed in your production environment, those same applications can be monitored using observability tools to understand their performance to help inform future improvements.
