Java is one of the most popular, flexible and useful programming languages with a very vibrant community to support it. Many of our customers use Java to create amazing applications, it’s an application on a single VM, or based on microservices running on Kubernetes. Naturally, we made it simple to understand the performance of Java-based applications using SignalFx Microservices APM.
The COVID-19 pandemic has had a major impact on our working lives. Companies have adopted by transforming their workforce to work remotely through video conferencing software. Cisco’s Webex Meetings, one of the most popular video conference softwares, plays a critical role in helping employees stay connected, enhance collaboration and drive productivity.
Amazon Web Services provides its users with the ability to create temporary credentials via the use of AWS Security Token Service (AWS STS). These temporary credentials work pretty much in the same manner like permanent credentials created from AWS IAM Service. There are however two differences.
Military strategists will often tell you that the best way to win a conflict is to prevent it by projecting an unmistakable posture of strength, preparedness and resolve. As history has shown in the seven decades since the Second World War, deterrence doesn’t come cheap, certainly not in the era of modern, technology-enabled warfare. Yet it is still far less costly in lives, dollars, and equipment than letting a hostile situation escalate out of hand.
We’re living history. We’ve heard it uttered in everything from news reports to conversations with loved ones. And it’s true — the tragedy and uncertainty of COVID-19 is shaping history and policy as we know it. But there’s something else newsworthy, too. Amid the pandemic, we’ve seen beacons of hope, humanity and progress. People have banded together to solve monumental problems at record pace.
Hopefully you caught our Splunk Developer Spring 2020 Update in May, if you haven’t yet what are you waiting for? It introduces many updates from Splunk, including Splunk’s latest simulation tool — SimData. SimData is the best way to simulate correlated data sets for your Splunk apps. Here, we’ll cover the basics, and we’ve provided some helpful links at the bottom of this post for more details. We’ve got your back.
After my last blog around sending Github Data to Splunk via Webhooks, I received a healthy amount of feedback that I want to address here. I learned that (unsurprisingly) a lot of customers are curious about, or dependant on, other cloud platforms out there. In fact, I heard directly from some customers who specifically cannot use any other cloud platforms than one in particular that was not highlighted in my last blog.
Security is easy, right? Get yourself a patchwork of security point products meant to solve one or two specific problems, and your organization is safe from threats! Ah, if only it were that simple… In reality, security operations are disjointed and complex. Security visibility and functionality (i.e. threat detection, investigation, containment and response capabilities) are often divided among a multitude of different security products (e.g.
As you build more complicated Splunk apps, you might wonder, “What is the best way to make the features in my app more usable?” If you’re adding new SPL commands or creating ways to input new data sources, the answer is straightforward. But imagine you’re trying to address one of the following scenarios: For cases like these, consider extending the Splunk REST API with custom endpoints.
When was the last time you had the chance to listen to some of the most beautiful concerts that nature can play for you? From simple chirps and tweets to complex bird songs composed into a sophisticated soundscape, you may wish you could decrypt and understand their daily conversation. “Hey, good morning, how are you today?”, you might hear in the early hours, sometimes so loudly that you are awakened from the chirping.
