How does EchelonGraph detect SOC 2 CC1.3 violations?

EchelonGraph automatically detects SOC 2 CC1.3 violations using scanner rule SOC2-CC1-003. The scanner checks cloud infrastructure configurations in real-time and flags non-compliant resources.

What audit questions are asked for SOC 2 CC1.3?

Show me the security RACI matrix. Who has authority to declare a security incident? Walk me through the process. When was the RACI last refreshed? What triggered the refresh? Show me an incident where the RACI guided decision-making — what was the outcome?

🛡️SOC 2 CC1.3Rule: SOC2-CC1-003medium

COSO Principle 3 — Management Establishes Structure and Authority

Description

Management establishes, with board oversight, structures, reporting lines, and appropriate authorities and responsibilities in the pursuit of objectives related to security.

⚠️ Risk Impact

Ambiguous reporting lines and overlapping authority produce stalled decisions, finger-pointing during incidents, and audit findings of 'management did not establish accountability'. The smallest decisions take the longest in misaligned org charts.

🔍 How EchelonGraph Detects This

SOC2-CC1-003Automated scanner rule

EchelonGraph's Tier 1 Cloud Scanner automatically checks for this condition across all connected cloud accounts. Violations are flagged as medium-severity findings with remediation guidance.

🔧 Remediation

Publish a security RACI matrix covering: CISO role, security engineering, security operations, GRC, IT, legal, and business-unit representatives. Document escalation thresholds (low/medium/high/critical) with named accountable parties. Refresh after material org changes.

💀 Real-World Attack Scenario

During a credential-leak incident, three teams independently launched response activities: SecOps rotated keys, IT disabled accounts, and the platform team locked the affected service. Each team's action invalidated the others' forensic evidence. The post-incident review revealed no documented authority for declaring an incident, no defined commander role, and no agreed sequence of containment steps. Recovery took 4× longer than it should have.

💰 Cost of Non-Compliance

Incident response duration without documented authority: 4.2× longer than with documented authority (DORA AI Incident Report 2024). Each additional hour of incident response: ~$8,200 per hour in dwell-time cost (IBM 2024). Average dispute cost when authority is unclear post-incident: $180K (legal + forensic re-work).

📋 Audit Questions

1.Show me the security RACI matrix.
2.Who has authority to declare a security incident? Walk me through the process.
3.When was the RACI last refreshed? What triggered the refresh?
4.Show me an incident where the RACI guided decision-making — what was the outcome?

🎯 MITRE ATT&CK Mapping

T1078 — Valid Accounts

⚡ Common Pitfalls

⛔A RACI matrix authored once and never refreshed as the org grows (becomes fiction within 12 months)
⛔Naming roles instead of named individuals (means nothing during an actual incident at 3am)
⛔No documented escalation thresholds (every incident defaults to 'wake up the CISO', leading to alert fatigue and missed escalations)

📈 Business Value

A maintained RACI compresses incident response time, reduces post-incident dispute cost, and provides defensible evidence in regulator probes that 'authority was established, communicated, and operated'. Direct correlation with cyber-insurance renewal terms.

⏱️ Effort Estimate

Manual

12-20 hours initial RACI authoring + 4 hours quarterly refresh + tabletop validation

With EchelonGraph

EchelonGraph integrates with IdP/HRIS to flag stale RACI assignments and auto-route findings to the documented accountable party

🔗 Cross-Framework References

ISO27001-A.5.2NIST-PM-2

Automate SOC 2 CC1.3 compliance

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