How does EchelonGraph detect NIST 800-53 IA-5 violations?

EchelonGraph automatically detects NIST 800-53 IA-5 violations using scanner rule NIST-IA-005. The scanner checks cloud infrastructure configurations in real-time and flags non-compliant resources.

What audit questions are asked for NIST 800-53 IA-5?

What is the maximum age of an active access key? What is the rotation cadence for service account credentials? How are leaked credentials detected and remediated? What percentage of workloads use short-lived federation tokens?

🏛️NIST 800-53 IA-5Rule: NIST-IA-005high

Authenticator Management

Description

Manage system authenticators (passwords, tokens, cryptographic keys) including initial distribution, periodic rotation, and protection against compromise.

⚠️ Risk Impact

Static long-lived credentials are the #1 cloud breach vector. AWS access keys older than 90 days, password rotations announced via email, and unrotated service account keys all create avoidable risk.

🔍 How EchelonGraph Detects This

NIST-IA-005Automated scanner rule

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

🔧 Remediation

Rotate human user passwords with policy enforcement. Replace long-lived service account keys with workload identity federation (AWS IRSA, GCP WIF, Azure Federated Credentials). Use short-lived OIDC tokens for CI/CD.

💀 Real-World Attack Scenario

A senior engineer's GitHub repo accidentally pushed an AWS access key in 2021. The key was never rotated because it was 'just a backup'. In 2024, a security researcher found it via GitHub historical scan and reported it. Investigation showed the key had been actively used by an unknown party for 8 months before disclosure, mining cryptocurrency at low rate to avoid detection.

💰 Cost of Non-Compliance

Leaked-credential incidents: avg $4.45M (IBM 2024). Most cloud breaches start here. NIST IA-5 violations are #2 most-cited FedRAMP finding.

📋 Audit Questions

1.What is the maximum age of an active access key?
2.What is the rotation cadence for service account credentials?
3.How are leaked credentials detected and remediated?
4.What percentage of workloads use short-lived federation tokens?

🎯 MITRE ATT&CK Mapping

T1552.001 — Credentials in FilesT1552.004 — Private Keys

⚡ Common Pitfalls

⛔Manual access key rotation that gets skipped because 'it works fine'
⛔Service account keys checked into version control (even private repos)
⛔No automated credential leak scanning of public + private repos

📈 Business Value

Strong authenticator management eliminates the most common cloud-breach root cause. Workload identity federation reduces this category of risk by 95%+.

⏱️ Effort Estimate

Manual

40-80 hours to migrate from static keys to federation across estate

With EchelonGraph

EchelonGraph audits credential age + identifies workloads still using static keys

🔗 Cross-Framework References

SOC2-CC6.1PCI-8.6

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