🩺 Healthcare

Secure, Compliant, High-Availability Infrastructure for PHI, EHR & Clinical Ops

Healthcare IT has a different heartbeat: PHI, clinical uptime, imaging scale, and telehealth latency.
SolveForce builds healthcare networks, security, cloud, and data platforms that are HIPAA-aligned, Zero-Trust by default, and measured with SLOsβ€”so clinicians can chart, image, consult, and operate without friction, and auditors can verify every control.

Connective tissue:
πŸ”’ Security β†’ /cybersecurity β€’ 🧠 AI β†’ /solveforce-ai β€’ 🧭 Network β†’ /networks-and-data-centers β€’ 🌐 Connectivity β†’ /connectivity
☁️ Cloud β†’ /cloud β€’ πŸ”€ SD-WAN β†’ /sd-wan β€’ πŸšͺ NAC β†’ /nac β€’ πŸ” ZTNA β†’ /ztna β€’ πŸ›‘οΈ SASE β†’ /sase
πŸ’Ύ Continuity β†’ /cloud-backup β€’ /backup-immutability β€’ /draas
🧬 Data β†’ /data-warehouse β€’ /etl-elt β€’ /vector-databases


🎯 Outcomes (Why SolveForce for Healthcare)

  • Clinical uptime β€” networks & apps with measured SLOs for EHR, imaging, PACS/VNA, LIMS, telehealth.
  • HIPAA-aligned Zero Trust β€” identity-, device-, and data-aware policy across LAN/WAN/cloud/edge.
  • Proven privacy & security β€” encryption, DLP, key custody, immutable logs/backups with evidence.
  • Fast, compliant data exchange β€” FHIR/HL7 pipelines to payers, exchanges, and analytics safely.
  • AI-ready β€” GPU clusters, imaging pipelines, and guarded RAG with PHI controls.

🧭 Who We Serve

  • Hospitals & health systems (acute/ambulatory), IDNs, ASCs, clinics & physician groups
  • Imaging centers, labs, pharmacies, behavioral health, telehealth & RPM providers
  • Life sciences & research, university medical centers (HIPAA + research overlays)

🧱 Core Capabilities (Spelled Out)

  • Clinical Network & Fabric β€” campus/CAN, MAN/WAN, SD-WAN app-aware steering; segmentation for clinical vs admin vs guest. β†’ /wan β€’ /man β€’ /lan
  • Secure Access β€” 802.1X/NAC + device posture; ZTNA per-app for clinicians & vendors; SASE inspection for web/SaaS. β†’ /nac β€’ /ztna β€’ /sase
  • Imaging Backbones β€” DCI/wavelength for PACS/VNA; SAN/NVMe tiers; jumbo MTU paths. β†’ /wavelength β€’ /san
  • Telehealth & RPM β€” low-latency POPs, QoS for voice/video, identity-first access; mobile/satellite tertiary links. β†’ /mobile-connectivity β€’ /satellite-internet
  • Cloud & Data β€” secure VPC/VNet on-ramps, FHIR lakes/warehouses, ETL/ELT, lineage; vector DB with guarded RAG. β†’ /direct-connect β€’ /data-warehouse β€’ /etl-elt β€’ /vector-databases
  • Security & IR β€” EDR/XDR, NDR, SIEM/SOAR playbooks, WAF/Bot at patient portals, DDoS stance; immutable backups & DRaaS. β†’ /mdr-xdr β€’ /ndr β€’ /siem-soar β€’ /waf β€’ /ddos β€’ /cloud-backup β€’ /draas

🩻 Clinical Edge & Imaging

  • Imaging paths β€” deterministic L1/L2 DCI for PACS/VNA; SAN/NVMe/parallel FS for rendering; Anycast for viewers.
  • Modality networks β€” isolated VLAN/VRF for CT/MRI/US; NAC profiling; microsegmentation to PACS/VNA only. β†’ /microsegmentation
  • Latency budgets (target p95): workstation↔PACS ≀ 20–40 ms, DCI metro ≀ 1–2 ms, SAN ≀ 0.8 ms.

πŸ” Security & Compliance (Healthcare-Specific)

  • HIPAA/HITECH β€” access control, encryption, audit controls, integrity, transmission security.
  • 42 CFR Part 2 β€” stricter privacy for SUD data; label/tag and enforce additional controls.
  • NIST 800-66 / 800-53 mapping β€” AC/IA/AU/CM/IR families tied to SIEM/SOAR evidence.
  • EPCS & ePHI β€” MFA/SSO, step-up for controlled substances; vault/HSM for signing keys. β†’ /iam β€’ /key-management β€’ /secrets-management
  • Vendor & biomedical β€” ZTNA for third-parties; session recording via PAM; device identity & posture gates. β†’ /pam
  • Ransomware resilience β€” immutable backups (Object-Lock), clean-point catalog, DR runbooks with artifacts. β†’ /backup-immutability β€’ /draas

πŸ“ SLO Guardrails (Healthcare Workloads)

Service / KPI (p95 unless noted)Target (Recommended)
EHR app latency (clientβ†’app)≀ 50–120 ms (regional)
PACS viewer open β†’ first image≀ 1.5–3.0 s
Imaging DCI latency (one-way, metro)≀ 1–2 ms
Telehealth audio/video latency≀ 120–180 ms end-to-end
Clinic WAN availabilityβ‰₯ 99.95% with dual underlays
Zero Trust attach (ZTNA)≀ 1–3 s to first byte
Backup immutability coverage (PHI sets)= 100%
Evidence completeness (Sev-1/2)= 100% (logs, approvals, artifacts)

SLO breaches auto-open tickets and trigger SOAR (reroute, scale, rollback). β†’ /siem-soar


🧰 Reference Architectures (Pick Your Fit)

A) Hospital Campus (CAN + Zero Trust)

Leaf/spine core; NAC EAP-TLS on all access; microseg for clinical/biomed/guest; ZTNA for vendors; Anycast PACS; SAN + DCI to VNA.

B) Multi-Clinic WAN (SD-WAN + Cloud On-Ramps)

Fiber + LTE/5G dual underlays; SD-WAN brownout steering; SASE for SaaS; private on-ramps to cloud EHR/analytics. β†’ /sd-wan β€’ /sase β€’ /direct-connect

C) Imaging Consortium (Metro DCI)

Wavelength or Lit EPL between sites; jumbo MTU; MACsec/L1 crypto; viewer Anycast; immutable backups to object store. β†’ /wavelength β€’ /lit-fiber

D) Telehealth / RPM Edge

SASE POPs, QoS for voice/video, ZTNA per app; mobile/satellite tertiary; DLP on transcripts; PHI encryption. β†’ /mobile-connectivity β€’ /satellite-internet β€’ /dlp

E) Research & AI (PHI-Aware)

GPU clusters, IB/RoCE fabrics; de-identification/tokenization upstream; guarded RAG with provenance; segmentation for research enclaves. β†’ /bare-metal-gpu β€’ /vector-databases


πŸ“Š Observability & Evidence

  • Clinical SLO dashboards (EHR/PACS/telehealth), WAN SLOs, Zero-Trust decisions, WAF/DLP hits, backup/DR artifacts.
  • Audit packs: access logs, change diffs, key custody statements, 911/NG911 test records (for voice), drill artifacts.
  • Streams to SIEM; automation in SOAR for contain/rollback/reporting. β†’ /siem-soar

πŸ› οΈ Implementation Blueprint (No-Surprise Rollout)

1) Protect surface β€” ePHI systems (EHR/PACS/VNA/LIS/RIS, billing, portals); data classes & tags.
2) Identity & posture β€” SSO/MFA; device certs; MDM/UEM + EDR baselines; PAM for admins. β†’ /iam β€’ /mdm β€’ /mdr-xdr β€’ /pam
3) Access edge β€” NAC 802.1X wired/Wi-Fi; guest & contractor isolation; dynamic ACL/SGT. β†’ /nac
4) Per-app access β€” ZTNA/SASE for clinicians & vendors; retire flat VPNs. β†’ /ztna β€’ /sase
5) Segmentation & DCI β€” microseg intents; PACS/VNA paths; metro waves/Lit EPL for imaging. β†’ /microsegmentation β€’ /wavelength
6) Data & AI β€” FHIR/HL7 pipelines, de-identification, warehouse/lake, vector search with citations. β†’ /data-warehouse β€’ /etl-elt β€’ /vector-databases
7) Continuity β€” immutable backups; DRaaS runbooks; clean-point catalog; regular drills. β†’ /backup-immutability β€’ /draas
8) Evidence β€” SIEM dashboards, SOAR playbooks, monthly compliance health.


βœ… Pre-Engagement Checklist

  • 🧩 In-scope systems: EHR/PACS/VNA/LIS/RIS, portals, billing, telehealth, research.
  • πŸ” Identity & device posture: SSO/MFA, MDM/UEM, EDR; vendor access model.
  • 🧭 Segmentation & network: NAC status, VRF/VLAN map, DCI needs, SD-WAN policy.
  • πŸ’Ύ Backup/DR: RPO/RTO tiers, Object-Lock scope; drill cadence.
  • 🧬 Data pipelines: FHIR/HL7, ETL/ELT, de-identification/tokenization requirements.
  • πŸ“Š SIEM/SOAR destinations, SLO targets, audit/report cadence.
  • 🧾 Regulatory overlays: HIPAA/HITECH, 42 CFR Part 2, state privacy, payer mandates.

πŸ”„ Where Healthcare Fits (Recursive View)

1) Grammar β€” clinical traffic rides /connectivity & /networks-and-data-centers.
2) Syntax β€” delivered via /cloud, CAN/WAN, imaging DCI, and telehealth edges.
3) Semantics β€” /cybersecurity preserves PHI truth; keys/logs/backups prove control.
4) Pragmatics β€” /solveforce-ai predicts risk & load, suggests safe routing/policy changes.
5) Foundation β€” coherent terms via /primacy-of-language.
6) Map β€” indexed in the /solveforce-codex & /knowledge-hub.


πŸ“ž Modernize Healthcare ITβ€”Securely, Quickly, and with Proof

Related pages:
/cybersecurity β€’ /sd-wan β€’ /nac β€’ /ztna β€’ /sase β€’ /wavelength β€’ /san β€’ /cloud β€’ /data-warehouse β€’ /etl-elt β€’ /vector-databases β€’ /siem-soar β€’ /cloud-backup β€’ /backup-immutability β€’ /draas β€’ /knowledge-hub