Automate alert investigations for Microsoft Sentinel
Why Dropzone AI
Investigate every Microsoft Sentinel alert in minutes
Microsoft Sentinel provides robust threat detection capabilities, but thorough investigations still require significant analyst effort. Alerts left waiting for investigation pose a serious risk, as attackers capitalize on delays. Dropzone AI eliminates investigation backlogs by autonomously investigating Sentinel alerts. Dropzone AI does everything a human analyst would: pulling additional context from your Microsoft ecosystem and beyond, even engaging directly with users when necessary.
Dropzone AI and Microsoft Sentinel
Mean-time-to-Conclusion (MTTC) Goes Down and SOC Productivity Goes Up.
Dropzone AI starts investigating Microsoft Sentinel alerts as soon as they hit your queue, concluding in under 10 minutes. Detection alone isn't enough—speed of investigation is critical. Together, Dropzone AI and Sentinel empower your SOC to reach conclusions and respond faster
Step 1
Microsoft Sentinel generates an alert about an external user being added to a restricted Azure AD group.
Step 2
The alert is immediately sent to Dropzone AI for triage and investigation
Step 3
Dropzone AI formulates a hypothesis about potential threats, then defines and executes the investigation steps required.
Step 4
It employs Sentinel’s powerful KQL queries to gather necessary context, including user activities and communications.
Step 5
Dropzone AI identifies suspicious email correspondence that indicates a potential phishing attempt.
Step 6
Concluding the alert represents a genuine threat, Dropzone AI escalates it promptly for further incident response.
Step 7
Automatically investigate every alert promptly and thoroughly—no alert is left behind.
Immediately kick off investigations as soon as Sentinel detects an issue.
Seamlessly integrate AI-driven automation with your existing Microsoft tools, eliminating the need for workflow changes
Boost analyst productivity by identifying false positives and escalating alerts that require human attention.
Self-Guided Demo
