Regulatory Compliance Gateway: Cross-Border Data Flow Simulator

Compliance Controls

Consent & Adequacy Coverage (GDPR/CCPA) 70%

Network Hardening (NIS2) 65%

Operational Resilience (DORA) 60%

Live Readouts

Compliance rate

—

Active incidents

Breach clock (of 72h)

0.0h

SLA met on close

—

Personal data Financial data Health data Payment card data In violation / under investigation

How it works

Each packet is a synthetic data record with a sensitivity class and a destination jurisdiction. It streams down the pipeline through four sequential regulatory gates, each with its own real-world logic:

Gate 1 · GDPR/CCPA — consent + cross-border adequacy
  adequate dest:     p_pass ≈ 0.97 − 0.2·risk
  non-adequate dest: p_pass = clamp(consent/100 − 0.5·risk, 0, 1)

Gate 2 · NIS2 — network hardening / encryption in transit
  p_pass = clamp(hardening/100 − 0.3·risk, 0, 1)

Gate 3 · DORA — operational resilience under load
  p_pass = clamp(resilience/100 − 0.6·load − 0.15·risk, 0, 1)

Gate 4 · PCI DSS — card-data tokenization (payment packets only)
  p_pass = tokenization ? 0.98 : 0.25

A gate is passed by sampling a Bernoulli trial with the probability above (risk = the packet's sensitivity weight, load = the live DORA stress-test load factor). Any failed gate diverts the packet into the incident-response pool below the pipeline and starts a countdown that mirrors NIS2's 72-hour breach-notification deadline:

posture = mean(consent, hardening, resilience) / 100
containHours = clamp(96 − 72·posture·(1 − 0.3·load), 18, 96)

If containHours stays under 72 the incident closes "on time"; a stronger overall posture (higher sliders, no active stress load) reliably keeps containment under the legal deadline. Running the DORA stress test spikes the load factor for a few seconds, showing how resilience capacity — not just the resilience slider value — determines whether critical infrastructure keeps meeting its notification duty under real incident pressure.

4 regulatory gates Green = adequate lane Amber = safeguard lane

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