Cyber accountability



Digital Ruins


Who’s accountable, and why?

Who’s accountable, and why?

A 2.3 Tbps DDoS headline is noise without answers. Here’s what to ask and why it matters.

TL;DR

  • Vague outage posts help no one. Customers need facts, scope, and controls—not PR fog.
  • Ask vendors for a post-incident brief with timeline, impact, root cause, and corrective actions.
  • Accountability is a security control. Treat it like one.

What we know (from public reporting)

A major cloud provider reported a DDoS event with a peak of ~2.3 Tbps. Services were impacted, then restored. Few concrete details followed.

What’s missing (and should be standard)

  • Target & blast radius: Which regions, tenants, or services were affected?
  • Attack path: Volumetric only, or did app-layer/connector weaknesses contribute?
  • Defense posture: What controls absorbed or failed (scrubbing centers, WAF, rate limits)?
  • Timeline clarity: When did it start, peak, and stabilize?
  • Attribution & legal: Any indicators of threat actors or coordinated activity?
  • Lessons learned: What changed after—configs, capacity, playbooks?

Why accountability matters

Silence is a risk. If a provider can’t describe what broke and how it was fixed, you can’t measure residual risk.
  • GRC & audit: Evidence for risk registers, SOX/ISO control operation, and vendor due diligence.
  • Operations: Clear timelines and root causes reduce repeat incidents and shorten recovery.
  • Trust: Transparent post-mortems are table stakes for modern SaaS relationships.

Ask your vendor for thiss

  • ๐Ÿ“… Timeline: detection → peak → mitigation → recovery
  • ๐ŸŽฏ Scope: affected regions/services/tenants
  • ๐Ÿ›ก️ Controls: what absorbed, what failed, what changed
  • ๐Ÿ” Recurrence risk: likelihood, triggers, thresholds
  • ๐Ÿงช Testing: new capacity/load tests + validation dates
  • ๐Ÿ“‘ Evidence: logs, metrics, and a customer-shareable post-incident report

Quick glossary

Bandwidth vs. Throughput: Bandwidth is the maximum data rate; throughput is what actually flows. A “2.3 Tbps attack” describes peak traffic hitting defenses—not nece

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