Skip to main content

Evidence Index

Purpose​

This page provides the canonical index of all security evidence collected within the Scheol Security Lab.

It ensures that evidence is:

  • uniquely identified
  • linked to risks, controls and validation scenarios
  • traceable over time
  • accessible for review and audit purposes

Evidence represents practical proof that controls are implemented and functioning.


Evidence Index​

Evidence IDTitleRelated Control(s)Related Risk(s)SourceTypeDateStatusLink
E-001SSH Failed Login LoggingC-005R-003VPS SSH logsValidationN/APlannedView
E-002Reverse Proxy Access LoggingC-001R-001Nginx logsOperationalN/APlannedView
E-003CrowdSec IP Ban TriggerC-004 / C-005R-003CrowdSecValidationN/APlannedView

Evidence Status Model​

Each evidence item is assigned one of the following statuses:

StatusDescription
PlannedEvidence identified but not yet collected
CollectedEvidence captured and documented
ValidatedEvidence reviewed and confirms control effectiveness
OutdatedEvidence no longer reflects current state

Evidence Types​

Evidence is categorized to reflect its nature:

  • Configuration → system or security configuration
  • Operational → logs and runtime behavior
  • Validation → results from verification scenarios
  • Recovery → resilience and restoration proof

Collection Principles​

Evidence must be:

  • relevant → directly linked to a control or risk
  • minimal → avoid unnecessary duplication
  • understandable → readable without deep technical context
  • verifiable → reproducible if needed

Traceability Rules​

Each evidence must be linked to:

  • at least one control (C-XXX)
  • at least one risk (R-XXX)

Optional but recommended:

  • a verification scenario (V-XXX)

Relationship with Other Sections​

Evidence is the final layer of the security model:

  • Risk Register → defines what must be protected
  • Control Framework → defines how it is protected
  • Validation & Monitoring → tests effectiveness
  • Audit & Evidence → proves effectiveness

Governance Rule​

No critical control should exist without at least one associated evidence.


Current Scope​

At the current stage:

  • evidence coverage is limited and focused
  • only high-value controls are targeted
  • evidence is manually collected

This ensures:

  • consistency with lab maturity
  • avoidance of unnecessary complexity
  • focus on meaningful validation

Current Maturity​

Evidence management is considered early but structured.

Established​

  • evidence identification model
  • initial linkage with controls and risks
  • defined structure and index

In Progress​

  • collection of first real evidence items
  • linkage with verification scenarios
  • improvement of traceability

Planned / Next Phase​

  • systematic evidence collection per control
  • centralized evidence storage
  • improved audit-readiness
  • partial automation of evidence generation

This index will evolve as validation activities increase and controls mature.