Splunk Asset and Risk Intelligence (Splunk ARI) discovers and reports on risks affecting assets and identities. This risk discovery is performed in real-time, ensuring that risks can be quickly addressed, helping to limit exposure and increase overall security posture. In this post, we highlight three use cases related to asset risk using Splunk ARI.
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Splunk Asset and Risk Intelligence (Splunk ARI) keeps track asset and identity discovery activity over time. This activity supports investigations into who had what asset and when, in addition to providing insights about asset changes over time and when they were first or last discovered. In this post, we highlight three use cases related to asset activity using Splunk ARI.
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Splunk Asset and Risk Intelligence (Splunk ARI) has powerful asset and identity investigative capabilities. Investigations help to reveal the full asset record, cybersecurity control gaps and any associated activity. In this post, we highlight three use cases related to asset investigations using Splunk ARI.
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Splunk Asset and Risk Intelligence (Splunk ARI) continually discovers assets and identities. It does this using a patented approach that correlates data across mulitple sources in real-time. In this post, we highlight three use cases related to asset discovery using Splunk ARI.
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Data protection is a critical priority for any organization, especially when dealing with sensitive information like personal identifiable information (PII) and protected health information (PHI) data. Implementing robust protection mechanisms not only ensures compliance with regulations like the General Data Protection Regulation (GDPR) but also mitigates the risk of data breaches.
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If your Cribl environment was set up a few years ago, it might be time to revisit some of your settings—particularly the Persistent Queue (PQ) settings on your source inputs. Recently, while troubleshooting an issue, I discovered that the PQ settings were the root cause of the problem. I wanted to share my findings in case they help you optimize your Cribl setup.
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Splunk Cloud Platform recently got an exciting new feature, it’s the new app export feature which provides cloud admins self-service capability to export app configuration files and associated app data.
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We had a recent request to create a Splunk alert that runs hourly with a time range of midnight UTC of current date to current time. This sounds like an easy request, but when you look into it it’s a bit more complicated than it seems.
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Integrating Splunk Enterprise Security (ES) with Splunk Security Orchestration, Automation and Response (SOAR) can significantly enhance your organization’s security operations. By automating alert handling and response processes, this integration streamlines security incident management and enables faster, more effective threat mitigation. Splunk SOAR empowers security teams to automate actions based on Splunk ES detections using assigned playbooks, enabling seamless incident resolution.
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Have you ever wished you had a fresh ephemeral Splunk instance that you could quickly spin up, run some tests and then kill it, with maximum speed and minimum cloud costs?
Enter Hashi Terraform to the rescue. The industry-leading infrastructure-as-code tool makes the standup, setup and teardown of cloud compute nodes simple, speedy and repeatable so that an environment can be built, a complete set of tests can be run, results received and the test nodes destroyed in minutes rather than hours.
In this whitepaper, I show how I set up my computer and built the Search Head and Deployment server, as well as how I set up the many Splunk Universal Forwarders to satisfy the test plan.
Get access to this exciting whitepaper now, by completing the form below.
