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BREACH BRIEF⚪ Informational ThreatIntel

Encrypted Web Traffic Visibility Gap Threatens SOC 2 Compliance

Over 95 % of web traffic is now encrypted, yet many organizations bypass SSL/TLS inspection to avoid performance hits, leaving blind spots that can hide credential‑based attacks. This visibility gap directly challenges SOC 2 monitoring and incident‑detection controls, highlighting the need for documented decryption solutions or risk‑acceptance evidence.

LiveThreat™ Intelligence · 📅 July 03, 2026· 📰 security.com
Severity
Informational
TI
Type
ThreatIntel
🎯
Confidence
High
🏢
Affected
4 sector(s)
Actions
3 recommended
📰
Source
security.com

Encrypted Web Traffic Visibility Gap Threatens SOC 2 Compliance

What Happened — As > 95 % of web traffic is now encrypted, many organizations still bypass SSL/TLS inspection to avoid performance penalties, creating blind spots where malware‑free, credential‑based attacks can operate undetected.

Why It Matters for Compliance & Audit Readiness

  • SOC 2’s CC6.1 – System Monitoring requires continuous visibility into network traffic; unchecked encrypted channels constitute a control deficiency.
  • Evidence of encrypted‑traffic inspection (or a documented risk‑acceptance) is needed to satisfy audit queries on CC6.2 – Incident Detection.
  • Verisq’s Control Mapping capability can automatically map decryption‑inspection controls to SOC 2 criteria and collect continuous evidence for auditors.

Who Is Affected – Enterprises across finance, healthcare, SaaS, and cloud‑infrastructure that rely on web‑based applications and have adopted TLS 1.3.

Recommended Actions

  • Conduct a gap analysis of current SSL/TLS inspection coverage against SOC 2 CC6 requirements.
  • Deploy a high‑performance decryption proxy (e.g., Symantec SSL Visibility) or a cloud‑native inspection service that logs decrypted traffic for audit.
  • Document the risk‑acceptance decision if full inspection is not feasible, and capture supporting evidence in your compliance repository.

Technical Notes – The challenge stems from TLS 1.3’s encrypted handshake and forward secrecy, which prevent passive sniffing; only active, high‑throughput proxying can provide visibility without breaking applications. Source: Broadcom Symantec Blog

📰 Original Source
https://www.security.com/product-insights/visibility-challenge-nobody-asked

This LiveThreat Intelligence Brief is an independent analysis. Read the original reporting at the link above.

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