Today we are pleased to announce our partnership with Nutanix, creators of the industry’s most popular hyper-converged infrastructure (HCI) technology. HCI combines datacenter hardware using locally-attached storage resources with intelligent software to create flexible building blocks that replace legacy infrastructure consisting of separate servers, storage networks, and storage arrays.

It’s an exchange that happens almost every day in every business office: Employee peeks over the divider and asks her coworker, “Hey, how do I connect this to Bluetooth?” Maybe it’s a frozen laptop, or a glitch in the browser, or an issue connecting to VPN. And maybe it’s a drive-by at the coffee machine or Slack message to a “tech-savvy” coworker.

DevOps adoption is happening by the largest organizations across the globe. At JFrog swampUP 2020, Gal Marder, VP of DevOps Acceleration and Shimi Bandiel, solution architect of the DevOps Acceleration team at JFrog, spoke about the new challenges encountered by many of these large organizations practicing DevOps when it comes to Continuous Delivery in their CI/CD process.

We at Ivanti are thrilled to announce our new strategic partnership with Intel. Offering Device-as-a-Service with self-healing capabilities for the next generation workforce, Intel® Endpoint Management Assistant (Intel® EMA) now integrates with the Ivanti Neurons hyper-automation platform. This partnership enables IT organizations to self-heal and self-secure with Intel vPro® platform-based devices—both inside and outside of the corporate firewall.

In part one of this series on Kubernetes RBAC, we introduced authentication and authorization methods. In this article, we’ll dive a little deeper into authentication — a prerequisite for RBAC. As we saw, there are a few authentication methods including client certificates, bearer tokens, HTTP basic auth, auth proxy, and impersonation. Because HTTP basic auth and statically configured bearer tokens are considered insecure, we won’t cover them here.

Solving incidents is hard. Depending on your current situation, you may also be losing a lot of time figuring out what notifications constitute an incident. This results in more and more lost time as every notification must be triaged as a potential incident before you can proceed to move to resolve or disregard (as a non-incident). All this may sound very cumbersome, but the fastest way to improve is to learn and define what incidents are. And you’re in luck!

Honeycomb’s event-based pricing model is pretty simple: we only care about how many events you send. For teams running workloads at scale, the question becomes: are all of my events worth keeping? How can you reduce overall event volume while maintaining fidelity? This HoneyByte is all about sampling strategies you can use to lower costs without sacrificing the value of your data.

"Upgrade" can be a four-letter word for admins, so at Elastic, we try to make the upgrade process as simple as possible. Why? Because we pack a ton of goodness into each release, but you can only take advantage of that goodness by being on the latest version of the Elastic Stack. This is also why we make the latest version available on Elastic Cloud the same day that we release.

Your enterprise likely has a network operations center (NOC) and a security operations center (SOC), both of which play an important role in your day-to-day operations. But, what differentiates your NOC from your SOC? To find out, let’s answer some of the key questions surrounding NOC vs.SOC.

On-call scheduling enables 24/7/365 availability of service providers for critical issues like system downtime, technician response for critical systems, and patient care. Learn about the importance of on-call schedules for your organization and its customers, how to design an on-call schedule, and multiple ways you can build an on-call scheduling program that will improve customer response and make staff happier.