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Pre-breach impact analysis: inventories sensitive data (PII, PHI, PCI-DSS, credentials), traces data flows, scores exposure vectors, and produces a regulatory blast radius report with fine ranges sourced verbatim from GDPR Art. 83, CCPA § 1798.155(a), and HIPAA 45 CFR § 160.404. Cost benchmarks from IBM Cost of a Data Breach Report (annually updated). All citations in references/SOURCES.md for verification. Use when asked: "assess breach impact", "what data could be exposed", "calculate blast radius", "data exposure analysis", "how bad would a breach be", "quantify data risk", "sensitive data inventory", "data flow security audit", "pre-breach assessment", "worst-case breach scenario", "breach readiness", "data risk report", "/data-breach-blast-radius". For any stack handling user data, health records, or financial information. Output labels law-sourced figures (exact) vs heuristic estimates (planning only). Does not replace legal counsel.

Use this Skill: https://skilld.dev/gh/github/awesome-copilot/data-breach-blast-radius

This session only. Nothing lands on disk.

referencesregulatory-impact.md

≈3.8k tokens on demand. Your agent reads this file only when SKILL.md points to it.

Regulatory Impact Reference

Fine formulas, breach notification timelines, cost benchmarks, and jurisdiction detection patterns for all major global data protection regulations.

Disclaimer: This reference is for risk planning and developer education only. All fine estimates are approximations based on publicly available legal texts and benchmarks cited in SOURCES.md. Consult qualified legal counsel for actual regulatory guidance in your jurisdiction.

Verifying these numbers: Every fine formula in this file is sourced from the regulation's primary legal text. See references/SOURCES.md for the exact statute/article URL for each figure. If any number looks wrong, check SOURCES.md first — if it's genuinely outdated, please open a PR.


Jurisdiction Detection Patterns

Scan the codebase for these signals to determine which regulations apply:

GDPR (EU/EEA — General Data Protection Regulation)

Trigger signals:

# Geographic signals
- Currency: EUR, GBP (for UK GDPR)
- Phone formats: +44, +49, +33, +31, +34, +39, +46, +47, +358, +45, +48
- Locale strings: 'de', 'fr', 'es', 'it', 'nl', 'pl', 'pt', 'sv', 'da', 'fi', 'nb', 'el'
- Country codes: DE, FR, ES, IT, NL, PL, BE, SE, AT, CH, DK, FI, NO, PT, GR, IE, HU, CZ, RO
- Cloud regions: eu-west-*, eu-central-*, northeurope, westeurope, francecentral, germanywestcentral
- Domain TLDs: .de, .fr, .es, .it, .nl, .pl, .eu, .uk, .ie, .at, .se, .dk, .fi, .be, .no, .pt

# Code signals
- GDPR-related comments or variable names: gdpr, dpa, data_protection, lawful_basis
- Consent management code: cookie_consent, gdpr_consent, marketing_opt_in
- Right to erasure endpoints: /delete-account, /forget-me, /data-deletion
- Data export endpoints: /export-data, /download-my-data, /dsar
- EU-specific third-party integrations: TrustArc, OneTrust, Cookiebot, Axeptio

# Config signals
- AWS S3 buckets with eu- prefix
- Azure storage accounts in European regions
- GCP storage in europe-* regions

Applies to: Any organization processing personal data of EU/EEA residents, regardless of where the organization is based.


CCPA / CPRA (California — Consumer Privacy Rights Act)

Trigger signals:

# Geographic signals
- Country: US with state: CA, California
- Sales tax for California (CA sales tax logic)
- Phone format: +1 with 213, 310, 323, 408, 415, 424, 510, 530, 562, 619, 626, 650, 707, 714, 805, 818, 831, 858, 909, 916, 925, 949, 951

# Code signals
- CCPA-related comments: ccpa, california_privacy, do_not_sell, opt_out_of_sale
- Privacy preference center with California toggle
- Opt-out links: /do-not-sell, /privacy-choices, /opt-out
- GPC (Global Privacy Control) header handling

# Business signals
- Annual gross revenue > $25M (implied by scale signals in codebase)
- Comments/configs referencing California consumer data

Applies to: For-profit businesses meeting any of: annual gross revenue > $25M, buys/sells/receives/shares personal data of 100K+ consumers/households annually, or derives 50%+ of revenue from selling personal data.


HIPAA (US — Health Insurance Portability and Accountability Act)

Trigger signals:

# Field name signals (PHI — Protected Health Information)
- medical_record_number, mrn, patient_id, encounter_id
- diagnosis, icd_code, icd10, medication, prescription
- lab_result, test_result, radiology, pathology
- health_plan_id, insurance_id, claim_number
- fhir_, hl7_, dicom_

# Integration signals
- Epic, Cerner, Allscripts, eClinicalWorks API keys or webhooks
- FHIR API endpoints (/fhir/, /r4/, /stu3/)
- HL7 message parsing
- CMS (Centers for Medicare & Medicaid) API integration
- SNOMED, LOINC, ICD code lookups

# Config signals
- HIPAA compliance flags or BAA (Business Associate Agreement) references
- HIPAA-compliant hosting: AWS HIPAA BAA, Azure Healthcare APIs, GCP HIPAA
- Healthcare-specific cloud: Microsoft Cloud for Healthcare, Google Cloud Healthcare API

Applies to: Covered entities (healthcare providers, health plans, clearinghouses) and their Business Associates (vendors who process PHI on their behalf).


LGPD (Brazil — Lei Geral de Proteção de Dados)

Trigger signals:

# Geographic signals
- Currency: BRL, R$
- Phone format: +55
- Locale: pt-BR, pt_BR
- Country codes: BR, BRA, Brazil
- CPF field (Brazilian individual taxpayer registry): cpf, cpf_number
- CNPJ field (Brazilian company registry): cnpj
- CEP (Brazilian postal code): cep, codigo_postal (8 digits, XXXXX-XXX format)

# Code signals
- lgpd references in comments or variable names
- Brazilian payment integrations: PicPay, Nubank, Mercado Pago, PagSeguro, PIX
- Brazilian cloud regions: sa-east-1 (AWS São Paulo), brazilsouth (Azure)

Applies to: Any processing of personal data of individuals in Brazil, or any processing carried out in Brazil.


PDPA (Multiple Asian jurisdictions)

Singapore PDPA

Trigger signals: +65, SGD, sg locale, .sg TLD, nric field, fin (Foreign Identification Number), singpass

Thailand PDPA

Trigger signals: +66, THB, th locale, .th TLD, thai_id

Malaysia PDPA

Trigger signals: +60, MYR, ms locale, .my TLD, my_kad, nric_malaysia

Philippines Data Privacy Act

Trigger signals: +63, PHP (currency), ph locale, .ph TLD, phil_sys_number

Japan APPI (Act on Protection of Personal Information)

Trigger signals: +81, JPY, ja locale, .jp TLD, my_number (Japanese national ID), maruhi (confidential)


Other Regulations (flag if applicable)

Regulation Jurisdiction Key Trigger
PIPEDA / Law 25 Canada +1 + Canadian provinces, CAD, .ca TLD, SIN field
Australia Privacy Act Australia +61, AUD, .au TLD, tfn field
POPIA South Africa +27, South African Rand, .za TLD, sa_id_number
KVKK Turkey +90, TRY, .tr TLD
PDPB India (upcoming) +91, INR, aadhaar field — note: not yet in force
SOC 2 Type II US (security standard, not law) Mentioned in codebase, customer contracts
PCI-DSS Global (payment card) Any card number / CVV / PAN field

GDPR Fine Calculator

Legal source: GDPR Article 83 — https://gdpr-info.eu/art-83-gdpr/
Exact text, Art. 83.4: "...up to 10 000 000 EUR, or...up to 2% of the total worldwide annual turnover...whichever is higher"
Exact text, Art. 83.5: "...up to 20 000 000 EUR, or...up to 4% of the total worldwide annual turnover...whichever is higher"

Maximum Fines (Article 83)

Tier 1 violations (less severe — Art. 83.4):
  Maximum = max(€10,000,000, 2% of global annual turnover)
  [Note: 'higher' means the LARGER of the two — corrected from min() to max()]

Tier 2 violations (most severe — Art. 83.5 — core principles, data subject rights, cross-border transfers):
  Maximum = max(€20,000,000, 4% of global annual turnover)

Fine Estimation Formula for Risk Planning

When annual revenue/turnover is unknown, use these conservative estimates:

Company Profile Estimated Annual Turnover Realistic T1 Fine Realistic T2 Fine
Startup (< 10 employees) < €2M €25K–€100K €50K–€250K
Small business (10–50 employees) €2M–€10M €50K–€400K €100K–€800K
Mid-size (50–500 employees) €10M–€100M €200K–€2M €500K–€4M
Large enterprise (500–5K employees) €100M–€1B €2M–€20M €5M–€40M
Multinational > €1B €10M (capped at 2%) €20M (capped at 4%)

Historic GDPR fines for calibration (all publicly verified — links in SOURCES.md):

  • Meta: €1.2B (2023) — cross-border data transfer violations
  • Amazon: €746M (2021) — cookie consent violations
  • WhatsApp: €225M (2021) — transparency violations
  • Google: €150M (France, 2022) — cookie withdrawal
  • H&M: €35.3M (2020) — employee monitoring
  • British Airways: €22M (2020) — security breach (500K records)
  • Marriott: €18.4M (2020) — security breach (339M records)

Breach notification fine enhancement: Non-notification or late notification adds 20–30% to the base fine.


CCPA / CPRA Fine Calculator

Legal source: California Civil Code § 1798.155(a) (as amended June 30, 2025, Stats. 2025, Ch. 20) — https://leginfo.legislature.ca.gov/faces/codes_displaySection.xhtml?lawCode=CIV&sectionNum=1798.155
Private right of action source: California Civil Code § 1798.150 — https://leginfo.legislature.ca.gov/faces/codes_displaySection.xhtml?lawCode=CIV&sectionNum=1798.150

Non-intentional violations: $2,500 per violation    [§ 1798.155(a)]
Intentional violations: $7,500 per violation         [§ 1798.155(a)]
Children's data violations: $7,500 per violation    [§ 1798.155(a) — intent not required for minors]
Private right of action: $100–$750 per consumer     [§ 1798.150]

Calculation for mass breach

Max_CCPA_Fine = Records_affected × $7,500 (if intentional)
             = Records_affected × $2,500 (if unintentional)

Cap: California AG can seek up to $2,500 per consumer per violation, but class action suits under private right of action can reach $100–$750 per consumer.

Private right of action (unique to CCPA/CPRA):

Civil_damages = max($100, min($750, actual_damages)) × affected_California_consumers

Examples:

  • 100K Californian users × $750 = $75M maximum private right of action
  • 100K users × $2,500 = $250M maximum CCPA fine (regulatory)

HIPAA Fine Calculator

Legal source: 45 CFR § 160.404 — https://www.ecfr.gov/current/title-45/subtitle-A/subchapter-C/part-160/subpart-D/section-160.404
HHS enforcement page: https://www.hhs.gov/hipaa/for-professionals/compliance-enforcement/examples/all-cases/index.html
Note: Amounts are 2024 inflation-adjusted figures per HHS. Updated annually — verify at HHS link above.

HIPAA fines are tiered by knowledge/culpability (45 CFR § 160.404):

| Tier | Culpability | Min per Violation | Max per Violation | Annual Cap | | A | Did not know | $137 | $68,928 | $2,067,813 | | B | Reasonable cause | $1,379 | $68,928 | $2,067,813 | | C | Willful neglect, corrected | $13,785 | $68,928 | $2,067,813 | | D | Willful neglect, not corrected | $68,928 | $1,919,173 | $1,919,173 |

For breach planning: Each affected patient record where PHI was exposed = 1 violation.

Breach notification costs: HHS requires notification to affected individuals + HHS. Breaches of 500+ individuals in a state require media notification. Breaches of 500+ total require HHS annual report.

Criminal penalties (DOJ — for egregious cases):

  • Up to $50,000 + 1 year imprisonment (simple violation)
  • Up to $100,000 + 5 years (under false pretenses)
  • Up to $250,000 + 10 years (with intent to sell/use)

LGPD Fine Calculator (Brazil)

Legal source: Lei nº 13.709/2018 (LGPD) — Article 52, I — https://www.planalto.gov.br/ccivil_03/_ato2015-2018/2018/lei/l13709.htm
ANPD (Brazilian DPA): https://www.gov.br/anpd/pt-br

Maximum fine per violation = 2% of revenue in Brazil in the prior fiscal year  [Art. 52, I]
Hard cap = R$50,000,000 (≈ $10M USD) per violation                            [Art. 52, I]

Daily fine possible during non-compliance period.
Brazilian DPA (ANPD) enforcement began 2021. Enforcement ramp-up is ongoing.


Breach Notification Timeline Reference

All timelines are sourced from primary legal texts. See SOURCES.md for exact article/section URLs for each regulation.

How fast you must notify regulators and affected individuals after discovering a breach:

Regulation Regulator Notification Individual Notification Legal Source Notes
GDPR 72 hours from discovery "Without undue delay" if high risk Art. 33 & 34 Must notify even if details incomplete
UK GDPR 72 hours from discovery Without undue delay UK GDPR Art. 33 Retained EU law post-Brexit
CCPA / CPRA "Most expedient time" (no hard number) Same Cal. Civ. Code § 1798.82 CA AG if > 500 CA residents
HIPAA 60 days from discovery 60 days (or sooner) 45 CFR § 164.412 HHS + media for 500+ in one state
LGPD (Brazil) 2 business days (ANPD guidance) As soon as possible ANPD Resolution nº 2/2022 ANPD enforcing since 2021
Singapore PDPA 3 calendar days for mandatory breach Without undue delay PDPA Section 26D (2021 amendment) One of the strictest globally
Australia Privacy Act ASAP, no later than 30 days As soon as practicable Privacy Act 1988 — NDB Scheme notifiable-data-breaches scheme
PIPEDA (Canada) As soon as feasible As soon as feasible PIPEDA s.10.1 OPCC notification required
Japan APPI 3–5 business days Promptly APPI Art. 26 (2022 amendment) Tightened from prior version

Total Breach Cost Estimation Model

Benchmark source: IBM Security + Ponemon Institute — "Cost of a Data Breach Report" (annually updated)
URL: https://www.ibm.com/reports/data-breach
Figures below are from the 2024 edition (last verified). IBM 2025 shows a 9% decrease — download the current PDF for updated values. [IBM 2024, p.14] page references refer to the 2024 edition.

Use this model when generating the Financial Impact Estimate section:

Direct Costs

1. Detection & containment: $1.1M average      [IBM 2024, p.14]
2. Post-breach response:     $1.2M average      [IBM 2024, p.14]
3. Lost business:            $1.5M average      [IBM 2024, p.14]
4. Notification costs:       records × $2–$8 per individual  [industry estimate]
5. Credit monitoring:        records × $5–$20/year if PII    [industry estimate]
6. Legal costs:              $200K–$3M depending on complexity [industry estimate]
7. Forensic investigation:   $50K–$500K                      [industry estimate]
8. PR/crisis communications: $100K–$500K                     [industry estimate]

Regulatory Costs

9. Regulatory fines:         [see per-regulation formulas above — all sourced from law text]
10. Settlement costs:        $1M–$100M+ for class actions    [historic case data]

Reputational Multiplier

Apply based on public visibility of the organization:

B2C consumer app, consumer brand:     ×1.5 (high reputational damage)
B2B enterprise, low public profile:  ×1.1 (moderate reputational damage)
Healthcare or financial institution:  ×2.0 (trust erosion is severe)
Government or public sector:         ×1.8 (public accountability)

Final Estimate Format

Minimum likely cost:   [conservative scenario, good response, small record count]
Probable cost:         [most likely scenario, average response]
Maximum exposure:      [worst case: maximum fines + class action + reputational]

Source: SKILL.md on GitHub

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  • Gen Agent Trust Hub15d

    The skill is a comprehensive security analysis tool designed to perform pre-breach impact assessments on codebases. It identifies sensitive data, traces data flows, and calculates potential regulatory fines and financial impacts based on official sources (GDPR, CCPA, HIPAA, etc.). All external references are to trusted governmental and industry organizations. No malicious patterns, obfuscation, or unauthorized data exfiltration were detected.

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Signed by skilld at 8ca38ff. This ties the file your Agent reads to that commit on GitHub. It does not review the instructions.

Last checked against GitHub 20 hours ago.

Activeupdated 5 months ago
  • data-breach
  • compliance
  • gdpr
  • ccpa
  • hipaa
  • risk-assessment
  • sensitive-data
  • regulatory
  • security-audit
  • incident-response

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README badge for github/awesome-copilot/data-breach-blast-radius

Inventories sensitive data (PII, PHI, PCI-DSS, credentials) in codebases, traces data flows, and produces a regulatory blast radius report with fine ranges sourced from GDPR, CCPA, and HIPAA. Use for pre-breach impact analysis, DPIAs, and disaster recovery planning to quantify exposure before a security incident occurs.

Generated from the current SKILL.md.

Does this skill replace a formal Data Protection Impact Assessment (DPIA) or legal review?
No. The skill produces planning estimates and regulatory fine ranges for internal risk assessment. All legally exact figures (regulatory maximums, notification timelines) are sourced verbatim from GDPR, CCPA, HIPAA, and other regulations, but you must consult qualified legal counsel before making compliance decisions.
What data does this skill classify as sensitive?
The skill uses a tiered classification system covering PII, PHI, PCI-DSS data, credentials, and special categories defined in GDPR Article 9. Full taxonomy is in `references/data-classification.md`.
Which regulatory frameworks does this cover?
GDPR (Art. 83), CCPA (§ 1798.155), HIPAA (45 CFR § 160.404), LGPD, and PDPA. The skill detects which jurisdictions apply based on user location, data types, and datacenter regions found in your codebase.
Does this skill find vulnerabilities, or does it estimate breach impact?
It estimates impact. The skill inventories sensitive data assets, traces data flows, identifies exposure vectors (like public API endpoints or unencrypted storage), and quantifies the regulatory and financial blast radius if a breach occurred — not pen-testing or vulnerability scanning.
What output does this skill produce?
An executive summary, sensitive data inventory table, data flow diagram (Mermaid), top exposure vectors ranked by blast radius score, per-jurisdiction regulatory fines and notification costs, financial impact range, and a prioritized hardening roadmap.

Generated from the current SKILL.md. These answers refresh after source changes.