Stop Sensitive Data Loss Without Slowing Down Business
Traditional DLP inspects files at a single point, missing data that carries no recognizable content pattern, and drowns security teams in false alarms while real breaches slip through undetected. This datasheet shows how Cyberhaven traces the complete journey of every sensitive file, from creation through every app, user, and destination, combining AI-powered content inspection with data lineage to stop data loss with precision instead of noise.
What's inside
Why traditional DLP misses real data loss
Legacy DLP relies entirely on content inspection, missing data that carries no recognizable pattern, and has no visibility into how data moves between apps.
Sensitive files touch dozens of cloud and AI applications before reaching a risky destination, and AI agents now act on that data at machine speed, turning any coverage gap into an entry point for loss.
When incidents do surface, analysts spend more time assembling context from scattered consoles than actually investigating threats.
Data Lineage traces every file's full journey
Cyberhaven traces the complete journey of every sensitive file from its original source through every app, user, and destination, across human and AI workflows.
Combining AI-powered content inspection with data lineage builds a real-time graph of data movement that distinguishes legitimate business activity from genuine risk.
Data Lineage protects what content inspection alone misses, including source code, product designs, recorded meetings, business plans, and encrypted or compressed data.
Precision that cuts noise and speeds investigations
Combining content analysis with data lineage, where data originated, where it has been, and who handled it, slashes false positives by 90%.
Real-time policies block sensitive data across all channels, email, cloud, USB, and GenAI, the moment exfiltration begins, while educating users on acceptable behavior.
AI-powered agents turn multi-step investigations into natural-language queries, cutting investigation time from hours to seconds.