Operations | Monitoring | ITSM | DevOps | Cloud

The massive shift to remote work makes managing endpoint security more critical and challenging. Yes, people were already using their own devices for work. However, the rise in phishing attacks during the COVID pandemic shows that all endpoint devices are at a higher risk than before. Plus, more companies are moving toward zero-trust security models. For a successful implementation, you need to secure your endpoints.

Security is one of the most changeable landscapes in technology at the moment. With innovations, come new threats, and it seems like every week brings news of a major organization succumbing to a cyber attack. We’re seeing innovations like AI-driven threat detection and zero-trust networking continuing to be a huge area of investment. However, security should never be treated as a single plane.

Hybrid and multi-cloud environments produce a boundless array of logs including application and server logs, logs related to cloud services, APIs, orchestrators, gateways and just about anything else running in the environment. Due to this high volume, logging systems may become slow and unmanageable when you urgently need them to troubleshoot an issue, and even harder to use them to get insights.

Health data is notoriously difficult to collect, route, and transform. I will demonstrate how to leverage the LogStream Observability Pipeline to solve these problems and help users search their Apple Health data.

With dozens of microservices running on multiple production regions, getting to a point where any error log can be immediately identified and resolved feels like a distant dream. As an observability company, we at Coralogix are pedantic when it comes to any issue in one of our environments. That’s why we are using an internal Coralogix account to monitor our development and production environments.

We are pleased to announce that we’ve recently launched new and improved alerting features which have been rolled out to users across all of Logit.io’s operating regions. As part of these improvements, we have sought to improve platform usability and have now included a new menu from which users can readily configure a number of popular alert types straight from our pre-configured templates.

Windows applications constitute a large portion of the services and applications that run in many organizations. When moving to a Kubernetes-based architecture, there is a need to support these as well. Up until April 2020, the lack of container support within the Windows operating system left Linux container images as the only viable option for Kubernetes container deployment.

Just like that, another year has gone by full of remote work, virtual conferences, and lengthy Zoom calls. And, although we were not able to see our fellow Splunkers in person at.conf21 that didn’t stop us from previewing the latest enhancements to Splunk Enterprise Security. And now, it gives us great pleasure to announce that Enterprise Security 7.0 is available!

People may not reminisce over 2021, but as Winston Churchill once said, “Those that fail to learn from history are doomed to repeat it.” 2021 swooped in on the coattails of a major supply chain data breach, and a lot of the challenges we experienced during this past year seemed to follow suit. To celebrate the best and hopefully move away from the worst that 2021 had to offer, this look back at 2021 trends can inspire us all to learn, and most of all, show us how to move forward.