How does Tanium Threat Response enable incident investigation across endpoints?

How does Tanium Threat Response enable incident investigation across endpoints?

• A. It enables incident investigation through centralized, historical data rather than real-time endpoint visibility.
• B. It only collects data for dashboards and cannot support live investigation.
• C. It provides real-time endpoint visibility, hunt capabilities, and guided workflows to contain and remediate threats.
• D. It relies on external tools for any incident response functions.

Answer: (C)

Real-time endpoint visibility across the fleet, combined with proactive threat hunting and guided workflows, is what makes incident investigation effective in Tanium Threat Response. You receive live data from endpoints, so you can see what’s happening now, which helps you understand the scope of an incident and quickly identify all affected machines. The hunt capabilities let you run targeted searches for indicators of compromise or suspicious behavior across the entire network, enabling you to surface threats that might not be apparent from passive monitoring alone. Guided workflows provide structured steps for containment and remediation—such as isolating an infected device, stopping malicious processes, removing persistence mechanisms, gathering forensic evidence, and applying fixes—so responders can act quickly and consistently. This integrated approach across endpoints accelerates investigation, containment, and remediation, rather than relying solely on historical data, dashboards without live investigation, or external tools that add friction.

Real-time endpoint visibility across the fleet, combined with proactive threat hunting and guided workflows, is what makes incident investigation effective in Tanium Threat Response. You receive live data from endpoints, so you can see what’s happening now, which helps you understand the scope of an incident and quickly identify all affected machines. The hunt capabilities let you run targeted searches for indicators of compromise or suspicious behavior across the entire network, enabling you to surface threats that might not be apparent from passive monitoring alone. Guided workflows provide structured steps for containment and remediation—such as isolating an infected device, stopping malicious processes, removing persistence mechanisms, gathering forensic evidence, and applying fixes—so responders can act quickly and consistently. This integrated approach across endpoints accelerates investigation, containment, and remediation, rather than relying solely on historical data, dashboards without live investigation, or external tools that add friction.