πŸ›οΈ Regulatory Networks

Architectures That Pass Audits (Every Time)

Regulatory Networks are end-to-end architectures built to meet and prove complianceβ€”HIPAA, PCI DSS, CJIS, FedRAMP, IRS 1075, SOX/GLBA, NERC CIP, FDA 21 CFR Part 11/GxP, CMMC, ITAR/EAR, GDPR/CCPA, COPPA, and more.
SolveForce designs networks where controls are structural (not bolt-ons): Zero Trust, segmentation, encryption, data residency, immutable evidence, and rehearsed incident/DR runbooks.

Connective tissue:
πŸ”’ Security β†’ Cybersecurity β€’ πŸ“Š Evidence/Automation β†’ SIEM / SOAR
πŸ‘€ Identity β†’ IAM / SSO / MFA β€’ 🧰 PAM β†’ PAM β€’ πŸ” DLP β†’ DLP
πŸ” Crypto β†’ Encryption β€’ πŸ”‘ Keys β†’ Key Management / HSM β€’ πŸ—οΈ Secrets
πŸ–§ Access β†’ NAC β€’ πŸ›‘οΈ ZTNA/SASE β†’ ZTNA / SASE β€’ 🧩 Microseg β†’ Microsegmentation
☁️ Cloud & On-ramps β†’ Cloud β€’ Direct Connect β€’ πŸ–₯️ DCI β†’ Wavelength / Lit Fiber / Dark Fiber
πŸ’Ύ Continuity β†’ Cloud Backup β€’ Backup Immutability β€’ DRaaS
πŸ§ͺ Detection β†’ EDR / MDR / XDR β€’ NDR


🎯 Outcomes (What you get)

  • Least-privilege by design: identity-, device-, and workload-aware access everywhere.
  • Data sovereignty: traffic pinned to approved regions; residency guardrails; lawful processing.
  • Provable encryption: in transit (TLS/mTLS/IPsec/MACsec/L1) and at rest (CMK/HSM, envelope).
  • Immutable evidence: logs, configs, decisions, backupsβ€”WORM and exportable for auditors.
  • Rehearsed recovery: ransomware-safe backups & DRaaS with clean-point verification.

🧭 Scope (Controls we embed)

  • Access & Identity: SSO/MFA, Conditional Access, JIT via PAM, device posture gates (MDM/UEM + EDR). β†’ IAM β€’ PAM β€’ MDM / UEM β€’ EDR / MDR / XDR
  • Network: 802.1X/NAC, VRF/SGT segmentation, microsegmentation, ZTNA/SASE for users, SD-WAN with class-based SLOs. β†’ NAC β€’ ZTNA β€’ SASE β€’ SD-WAN β€’ Microsegmentation
  • Crypto & Keys: TLS/mTLS, IPsec/MACsec/L1; CMK/HSM, KMIP, dual-control; secrets from vault. β†’ Encryption β€’ Key Management / HSM β€’ Secrets Management
  • Data: classification & labels, DLP, tokenization, retention & deletion; lawful basis & subject rights (GDPR). β†’ DLP
  • Logging & Evidence: centralized SIEM, playbooks in SOAR, WORM retention, chain-of-custody. β†’ SIEM / SOAR
  • Continuity: Object-Lock backups, MFA Delete, air-gap accounts, orchestrated failover. β†’ Cloud Backup β€’ Backup Immutability β€’ DRaaS

🧱 Control Families β†’ Network Patterns

Control FamilyHow it shows up in the network
Access Control802.1X/NAC, ZTNA per-app, PAM for elevation, RBAC on devices
Audit & MonitoringFull logs to SIEM; WORM storage; SOAR case evidence
EncryptionTLS/mTLS, IPsec/MACsec/L1; CMK/HSM keys; cert rotation via PKI
SegmentationVRF/SGT + microsegmentation; east-west least privilege
Configuration & ChangeIaC/policy-as-code, approvals, diffs to SIEM
Vulnerability & PatchScheduled windows; attest in SIEM; exceptions w/ compensating controls β†’ Patch Management
BC/DRImmutable backups, runbooks, drills with artifacts
Data GovernanceResidency pinning, DLP & tokenization, lawful processing β†’ Data Governance / Lineage

🧰 Reference Architectures (by regulation)

πŸ₯ HIPAA / PHI

  • ZTNA for clinicians; NAC on campus; encrypted PHI paths; DLP for ePHI; immutable logs & backups; table-top breach drills.

πŸ’³ PCI DSS (CDE)

  • CDE as an enclave: VRF + microseg; POS traffic EF; TLS/mTLS; key custody in HSM; WAF/Bot against carding; evidence packs (Req. 10).

πŸ›οΈ CJIS / Public Safety

  • Dedicated CJIS network with NAC & ZTNA; logging to SIEM with WORM; CJIS-compliant identity; strict supplier access via clientless ZTNA.

☁️ FedRAMP / FISMA (Moderate/High)

  • FedRAMP-authorized cloud services; ExpressRoute/Direct Connect to gov regions; AC/SC/AU/IR mapped controls; STIG baselines; immutable audit.

πŸ›‘οΈ DoD CMMC / ITAR-EAR

  • Export-controlled enclave; NIST 800-171 alignment; data egress policy, inspection at boundaries; signing/attestation for artifacts; privileged access via PAM.

⚑ NERC CIP (Energy/Utilities)

  • BES Cyber System segmentation; one-way data diodes where needed; EACMS controls; incident drills; offline recovery.

πŸ§ͺ FDA 21 CFR Part 11 / GxP

  • Validated environments; time-synchronized logs; electronic records/signatures; change & access evidence.

🌍 GDPR / CCPA

  • Residency & purpose limitation; DLP redaction; subject-access workflows; encryption with provable key custody; data deletion evidence.

πŸ“ SLO Guardrails (compliance you can measure)

SLO / KPITarget
Encryption coverage (in transit/at rest)= 100% for regulated data paths
Identity posture coverage (EDR/UEM)β‰₯ 98–99% managed endpoints
Evidence completeness (Sev-1/2, audits)= 100% (logs, configs, approvals, artifacts)
Data residency violations= 0 (blocked/alerted)
Access exception TTL≀ 24 h (PAM JIT), auto-revoke
Backup immutability coverage= 100% for crown-jewel datasets
IR MTTD / MTTC (Sev-1)≀ 5–10 min / ≀ 15–30 min β†’ SIEM / SOAR

SLO breaches open tickets and trigger SOAR (rollback, revoke, re-route, re-key).


πŸ”’ Boundary & App Front Door

  • WAF/Bot for OWASP Top-10, scraping, stuffing, carding; DDoS stance; mTLS to origin; signed URLs. β†’ WAF / Bot Management β€’ DDoS Protection
  • API: authZ via claims, per-key rate/quotas, HMAC/JWS signatures; PI data redaction.
  • Anycast & DNS: health-based withdraw; geo/risk-aware routing.

πŸ“Š Evidence Packs (what auditors want)

  • Address plans, segmentation diagrams, key custody statements, cipher/policy listings
  • SIEM extracts (auth, access, admin actions), SOAR cases & approvals
  • WAF/DLP/EDR/NDR reports; IR drill artifacts; backup & restore screenshots/checksums
  • Data residency proof (routes, regions, logs); vendor due diligence & SLAs

πŸ› οΈ Implementation Blueprint (No-surprise rollout)

1) Regulatory matrix β€” map in-scope laws/standards, systems, data classes, jurisdictions.
2) Protect surface β€” crown-jewel apps/data; residency & flow map.
3) Identity & posture β€” SSO/MFA, MDM/UEM, EDR; PAM JIT for admins.
4) Network controls β€” NAC + 802.1X, ZTNA/SASE, microseg, encryption policy.
5) Data controls β€” DLP labels, tokenization, retention/deletion workflows.
6) Evidence plumbing β€” SIEM/SOAR, WORM, dashboards; policy-as-code in CI.
7) Continuity β€” immutable backups, DR tiers, clean-point catalog & drills.
8) Pilot rings β€” limited scope β†’ scale by BU/region; SLO gates and rollback.
9) Operate β€” monthly compliance health, quarterly drills, annual audit rehearsal.


βœ… Pre-Engagement Checklist

  • πŸ“š In-scope regulations & jurisdictions; data classes (PII/PHI/PAN/CUI/export-controlled).
  • πŸ‘€ Identity posture (SSO/MFA, groups), PAM needs, third-party access.
  • πŸ–§ Current segmentation, ZTNA/SASE/NAC status; encryption gaps.
  • ☁️ Cloud regions & on-ramps; residency/sovereignty requirements.
  • πŸ’Ύ Backup immutability, DR RPO/RTO tiers; clean-point criteria.
  • πŸ“Š SIEM/SOAR destinations; evidence format; reporting cadence.
  • πŸ’° Budget guardrails; managed vs co-managed operations.

πŸ”„ Where Regulatory Networks Fit (Recursive View)

1) Grammar β€” rails & routes in Connectivity and Networks & Data Centers.
2) Syntax β€” realized across Cloud, campus, WAN, and DC.
3) Semantics β€” Cybersecurity preserves truth with identity, crypto, segmentation, and logs.
4) Pragmatics β€” SolveForce AI predicts risk, flags drift, and suggests safe control changes.
5) Foundation β€” definitions via Primacy of Language & the Codex.
6) Map β€” indexed in the SolveForce Codex & Knowledge Hub.


πŸ“ž Build a Regulatory Network That Auditors (and Users) Respect