Entropy-based and pattern-based scanning with 5 sprawl violation types. Detect duplicates, orphans, naming violations, and cross-workspace sprawl.
See It In Action
1,247 secrets scanned. 3 findings. 1 critical.
From scan policy definition to remediation workflow, the full lifecycle is covered.
Define what to scan: which workspaces, which violation types to detect, entropy thresholds, and which naming conventions to enforce. Policies run on demand or on a schedule.
Scans run across all secrets in the workspace, checking entropy scores, matching patterns against known credential formats, and comparing values across secrets to detect duplicates.
Each finding includes the violation type, severity, and a direct link to the affected secret. Remediation workflows allow you to rotate, archive, or acknowledge violations directly from the dashboard.
Continuous scanning. Prioritized findings. Actionable remediation.
All Workspaces
Entropy + Pattern
Shannon entropy + regex pattern matching
5 Violation Types
Prioritized by severity: HIGH, MED, LOW
Rotate or Archive
Actionable workflows from the findings dashboard
Detect every category of secret mismanagement -- from exposed high-entropy values to orphaned credentials nobody owns.
Shannon entropy scoring identifies secret values with high randomness -- the hallmark of API keys, access tokens, and private keys stored in the wrong place (metadata, descriptions, names).
Identifies secrets that share the same value across different names, workspaces, or environments. Duplicate credentials indicate credential sprawl -- the same credential used in too many places.
Finds secrets that have not been accessed in a configurable window and have no assigned owner. Orphaned secrets are candidates for rotation or deletion to reduce the attack surface.
Enforces configurable naming patterns across secrets. Violations are flagged with the expected pattern so operators can standardize naming to improve discoverability and policy matching.
The scanner does not decrypt secret values to run entropy checks -- it operates on the ciphertext length and metadata to detect anomalies without exposing sensitive data during the scan process itself.
Every scan finding is recorded in the hash-chained audit log with the violation type, severity, and the identity of the user who ran the scan. Remediation actions (rotate, archive, acknowledge) are also logged so there is a complete chain from detection to resolution.
Run CoreLink scanning across your workspaces and find every exposed, duplicated, orphaned, and misnamed secret -- before they become incidents.