Vulnerabilities are weaknesses in the security infrastructure that bad actors can exploit to gain unauthorized access to a private network. It is nearly impossible for security analysts to patch 100% of the vulnerabilities identified on any given day, but a vulnerability management plan can ensure that the highest risk vulnerabilities (those that are most likely to cause a data breach), will be addressed immediately.
Leading retailers have an ambitious vision for what data and connectivity can do in the physical shopping space, and brick-and-mortar retail is already rapidly transforming the shopping experience with technologies such as IoT, VR, AI and cloud computing.
Today, much of our online world is powered by cloud computing, and Amazon Web Services offers an amazing depth and breadth of available services. However, most of the time it starts with Amazon Elastic Compute Cloud, EC2. EC2 is powered by virtual servers called instances and allows users to provision scalable compute capacity as desired. This means no server hardware investment and the ability to scale up or down in response to demand (thus elastic).
To immediately see how to find potential vulnerabilities or exploits in your Pulse Connect Secure appliance, skip down to the "Identifying, Monitoring and Hunting with Splunk" section. Otherwise, read on for a quick breakdown of what happened, how to detect it, and MITRE ATT&CK mappings.
With everything going on in the world, it seems like a lifetime ago that we started talking about the Splunk Operator for Kubernetes, which enables customers to easily deploy, scale, and manage Splunk Enterprise on their choice of cloud environment. During that time, we’ve heard from an increasing number of on-premise and public cloud Bring-Your-Own-License Splunk customers that containerization and Kubernetes are an important part of their current and future deployment plans.
It’s more critical than ever to secure your company data and protect your workloads in the cloud. This blog post is a roundup of the latest technical resources and product capabilities by both Google Cloud and Splunk to enhance your threat prevention, detection, and response techniques, regardless of where you are in your business-transforming cloud journey.
It’s April, and that means it’s Mathematics and Statistic Awareness month. And in our everyday world of monitoring and observability, both play an ever-increasing role in how we keep track of our environments, both our apps and our infrastructure. Our world is no longer about just pinging the server/app to make sure “It’s alive!”.
The Splunk Attack Range project has officially reached the v1.0 release. By achieving this milestone, we wanted to reflect on how we got here, what features we’ve built for v1.0 and what the future looks like for Splunk Attack Range. What is the Splunk Attack Range? 🧐
On our cloud-native journey, we live in a containerized world. Our environments are containers, managed by orchestrators, and living on some level of computing clusters. Of course, that means you are also responsible for managing all those bits, right?
In our last blog, we introduced OpenTelemetry Python v1.0.0 and walked you through instrumenting a Python application and install both the OpenTelemetry API and SDK.
