Exabeam and DataBahn
موجز
Streamlined threat detection through flexible data control and long-term search
This solution brief explains how Exabeam and DataBahn work together to control security data volume while preserving detection quality and long-term investigative access.
Security teams ingest more telemetry every year, but much of it provides limited value for detection. High-volume sources drive up ingestion costs, slow investigations, and force difficult tradeoffs between cost control and visibility.
This brief shows how upstream data routing and filtering help security operations teams reduce ingestion pressure, improve detection signal quality, and retain access to full-fidelity data for investigation and compliance.
Key Questions This Brief Helps You Answer
- How can security teams reduce SIEM ingestion volume without weakening detection coverage?
- What data should flow into detection workflows versus long-term retention?
- How does upstream routing improve investigation efficiency and data cost predictability?
- How can teams retain historical telemetry for investigations and audits without increasing SIEM storage?
- How do Exabeam and DataBahn work together during architecture changes or SIEM migrations?
How Exabeam and DataBahn Work Together
DataBahn operates upstream as a security data fabric that collects, filters, enriches, and routes telemetry based on purpose. Security-relevant data is sent to Exabeam for detection and investigation, while full-fidelity data is retained outside the primary detection path in customer-owned storage for long-term search and compliance.
New-Scale Fusion applies behavioral analytics, correlation, and dynamic risk scoring to curated telemetry, allowing teams to focus on high-value signals for faster investigation. This approach enables organizations to keep recent, high-priority telemetry within the SIEM while leveraging cost-optimized long-term storage for broader historical data.
Download the brief to see how Exabeam and DataBahn help security teams control data volume while preserving detection and investigative depth.
