How Breachsense Compares to Traditional Detection
Most security stacks already have SIEM, EDR, and DLP. They're built to detect attacks on systems you control. Breachsense detects your data on the dark web sources where stolen data ends up. Here's where each approach fits.
| Capability | Breachsense | SIEM log analysis | EDR / endpoint telemetry | DLP solutions |
|---|---|---|---|---|
| Detects leaked data after attacker exfiltration | Included | |||
| Surfaces credentials before exploitation | Included | |||
| Full-text search across leaked files from ransomware attacks | Included | |||
| Captures stealer log evidence | Included | |||
| Supply chain / third-party data exposure | Included | |||
| Detects active attacker behavior inside your network | Partial | Included | ||
| Blocks data exfiltration at network egress | Included | |||
| Log correlation across your infrastructure | Included | |||
| Time from breach to alert | Hours to days | Only when logs show activity | Only on managed endpoints | Only on egress you control |
| Requires endpoint agents | No | No | Yes | Yes |
| Requires log volume | No | Yes (high) | Medium | Medium |
Most teams pipe Breachsense alerts into the same SOAR playbook as their internal detections. The Breachsense alert just gets there first, so you reset the credential before EDR has to catch the attacker exploiting it.
