⚑ Energy & Utilities

OT-Grade Reliability, Zero Trust Security, and Audit-Ready Evidence

Energy & Utilities infrastructure must be safe, reliable, and compliantβ€”24Γ—7.
SolveForce designs and operates IT/OT networks and platforms for electric (T&D, generation, DER/microgrids), gas & pipelines, and water/wastewater that are Zero-Trust by default, latency-engineered for control, and auditable against NERC CIP, NIST 800-82, IEC 62443, ISO 27019, TSA Pipeline, and privacy laws.

Connective tissue:
πŸ–§ Fabric β†’ /networks-and-data-centers β€’ 🌐 Access β†’ /connectivity
πŸ”€ Control β†’ /sd-wan β€’ πŸšͺ Edge β†’ /nac β€’ πŸ” Per-App β†’ /ztna / /sase β€’ 🧩 East–West β†’ /microsegmentation
πŸ“‘ Field β†’ /fixed-wireless β€’ /mobile-connectivity β€’ /satellite-internet β€’ /cbrs β€’ /private-5g
☁️ On-ramps β†’ /direct-connect β€’ 🌈 Optical β†’ /wavelength / /lit-fiber / /dark-fiber
πŸ”’ Security β†’ /cybersecurity β€’ πŸ“Š Evidence β†’ /siem-soar
πŸ’Ύ Continuity β†’ /cloud-backup β€’ /backup-immutability β€’ /draas


🎯 Outcomes (Why SolveForce for Energy & Utilities)

  • Deterministic control paths for SCADA, teleprotection, DA/FLISR, synchrophasors, and plant control.
  • Zero-Trust OT β€” identity, device posture, segmentation, and per-app access from control center to pole-top.
  • Field reach, anywhere β€” fiber + microwave + private LTE/5G/CBRS + satellite with SD-WAN brownout steering.
  • Provable compliance β€” encryption, key custody, logging, and immutable backups with exportable auditor packs.
  • Operational clarity β€” SLO dashboards for control latency, time sync, poll cycles, and site availability.

🧭 Scope (What We Build & Operate)

  • OT networks β€” substation LAN (IEC 61850), plant LAN, process bus, core OT WAN/MPLS-TP, IP/MPLS/EVPN, PRP/HSR redundancy.
  • SCADA & protocols β€” DNP3, IEC 60870-5-104, Modbus/TCP, IEC 61850 GOOSE/Sampled Values, ICCP/TASE.2.
  • Timing β€” PTP (IEEE 1588), GNSS grandmasters, IRIG-B; disciplined clocks for PMU (IEEE C37.118) accuracy.
  • Backhaul β€” OPGW/dark fiber/waves, licensed microwave/mmWave, CBRS/Private 5G, fixed wireless, LTE/5G, satellite tertiary. β†’ /wavelength β€’ /fixed-wireless β€’ /private-5g
  • Access & security β€” 802.1X/NAC at OT edge, ZTNA for vendors/field crews, SASE for web/SaaS, PAM for elevation. β†’ /nac β€’ /ztna β€’ /sase β€’ /pam
  • Edge & core β€” micro/edge DCs, substation compute, historian integration, lakehouse/warehouse, vector search with β€œcite-or-refuse.” β†’ /edge-data-centers β€’ /data-warehouse β€’ /vector-databases

🧱 OT Zero-Trust Building Blocks

  • Segmentation by function β€” protection & control, SCADA, AMI/FAN, corporate IT, vendors; microsegmentation allow-lists per flow. β†’ /microsegmentation
  • Per-session access β€” ZTNA for operators, engineers, and vendors; session recording for privileged actions (PAM). β†’ /ztna β€’ /pam
  • OT boundary β€” firewalls + DPI for OT protocols; unidirectional gateways/diodes where mandated.
  • Crypto & keys β€” IPsec/MACsec/L1, CMK/HSM dual-control, certificate lifecycle for devices/services. β†’ /encryption β€’ /key-management
  • Patching with compensating controls β€” allow-lists, application whitelisting, maintenance windows, and rollback runbooks.

πŸ” Reference Patterns (Choose Your Fit)

1) Substation LAN (IEC 61850)

  • Redundant station bus + process bus; PRP/HSR; GOOSE/SV paths over fiber; PTP grandmaster & boundary clocks; microseg rules; MACsec on uplinks.

2) DA/FLISR & AMI/FAN

  • Field routers over licensed microwave + Private LTE/5G/CBRS; SD-WAN SLO steering; ZTNA for field crews; device identity at the edge.

3) Generation (Thermal/Renewables)

  • Plant LAN with protection VLANs; SAN/NVMe for historians; PTP for synch; deterministic DCI to control center via wavelengths; PAM for OEM vendors.

4) Pipelines & Midstream (Gas/Oil)

  • SCADA over microwave/fiber; SAT backup; ZTNA for third-party technicians; TSA Pipeline overlays; immutable configs/backups.

5) Water/Wastewater

  • Lift stations and plants on fixed wireless/LTE; NAC profiling; microseg enclaves; DNP3 poll & alarm SLOs; DR runbooks.

πŸ“ OT SLO Guardrails (Targets You Can Measure)

Control / Telemetry PathTarget SLO (Typical)*
IEC 61850 GOOSE (substation LAN)≀ 3 ms end-to-end
Teleprotection L2 (point-to-point)< 10–20 ms end-to-end
SCADA poll cycle (DNP3/IEC 104)1–4 s (normal), ≀ 1 s critical points
Event/alarm propagation (unsolicited)≀ 500 ms to HMI/EMS/DMS
PMU time error (IEEE C37.118)≀ Β±1 ΞΌs vs UTC; GNSS + PTP holdover
Substation WAN availabilityβ‰₯ 99.95–99.99% with diverse paths
Vendor ZTNA attach (p95)≀ 1–3 s to first byte
Evidence completeness (CIP-007/010/011)= 100% configs/logs/backups/tests

*Final numbers depend on device class, protection scheme, and regulator/utility standards.


πŸ” Compliance & Governance (Mapped)

  • NERC CIP β€” asset identification (CIP-002), BES cyber systems, access control/audit (CIP-004/007/010/011), supply chain risk (CIP-013); immutable logs to SIEM; backup evidence.
  • NIST 800-82 (ICS), IEC 62443 (IACS), ISO 27019 (energy utilities), TSA Pipeline (pipelines).
  • Privacy/Records β€” state PII, customer data (AMI), and outage/EMS data governance with DLP & residency controls. β†’ /dlp

πŸ“Š Observability & Evidence

  • OT NDR at boundaries; DPI for DNP3/Modbus/IEC 104/61850; anomaly detection. β†’ /ndr
  • Time & protection β€” PTP/PTP-BMCA state, GNSS health, GOOSE latency histograms, relay counters.
  • WAN & field β€” latency/jitter/loss per class, RF link SNR, microwave fade margins, satellite attach.
  • Change & configs β€” device diffs, firmware/SBOMs, approved windows; WORM log options; SOAR cases. β†’ /siem-soar

πŸ’Ύ Continuity & IR (OT-Aware)

  • Immutable backups β€” configs, relay settings, historian/db snapshots; object-lock + MFA Delete; air-gap accounts. β†’ /backup-immutability
  • DR tiers & drills β€” control-center failover, substation cutover, communication path swaps; artifacts archived. β†’ /draas
  • Incident Response β€” playbooks for ransomware, mis-ops, vendor compromise; SOAR triggers to isolate, re-key, and restore. β†’ /incident-response

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

1) Crown-jewel map β€” protection & control, EMS/DMS/ADMS, AMI, DA/FLISR, DER/microgrid, pipeline/water SCADA.
2) Identity & posture β€” SSO/MFA; cert-based device identity; MDM/UEM + EDR for laptops/HMIs; PAM for OEM/vendor access. β†’ /iam β€’ /mdm β€’ /mdr-xdr β€’ /pam
3) Segmentation β€” station bus/process bus/SCADA/AMI/IT enclaves; microseg intents compiled to L2–L7 controls. β†’ /microsegmentation
4) Backhaul β€” diverse fiber/microwave + Private LTE/5G; satellite tertiary; SD-WAN SLO policies (packet dup/FEC). β†’ /sd-wan β€’ /private-5g β€’ /satellite-internet
5) Timing β€” PTP grandmasters, boundary clocks, holdover strategy, monitoring.
6) Security β€” WAF for portals/APIs; DLP labels; HSM/vault; CIP logging to SIEM; SOAR playbooks. β†’ /waf β€’ /key-management β€’ /secrets-management β€’ /siem-soar
7) Continuity β€” immutable backups; DR tiers; quarterly drills; clean-point catalog. β†’ /cloud-backup β€’ /backup-immutability
8) Operate β€” SLO dashboards (latency, poll cycles, time sync, availability); vendor escalation trees; monthly compliance health.


βœ… Pre-Engagement Checklist

  • 🧭 In-scope domains (T&D, DA/FLISR, AMI, DER/microgrid, generation, pipeline, water/WW).
  • πŸ” Identity posture (SSO/MFA), device identity (certs), field-laptop MDM/UEM + EDR, PAM needs.
  • πŸ—ΊοΈ Current segmentation (OT/IT), substation/plant LAN designs, timing topology (PTP/GNSS).
  • 🌐 Backhaul options (fiber, microwave, Private LTE/5G/CBRS, satellite) & diversity letters.
  • πŸ“‘ Protocol mix (DNP3/IEC 104/Modbus/61850), teleprotection needs, PMU deployments.
  • πŸ’Ύ Backup/DR tiers; object-lock scope; drill cadence; clean-point criteria.
  • πŸ“Š SIEM/SOAR destinations; SLO targets; audit/report cadence; NERC CIP scope.

πŸ”„ Where Energy & Utilities Fit (Recursive View)

1) Grammar β€” OT traffic rides /connectivity & /networks-and-data-centers with timing discipline.
2) Syntax β€” composed across /cloud, MAN/WAN, and secure edges; SD-WAN guides paths.
3) Semantics β€” /cybersecurity preserves truth; keys/logs/backups prove control.
4) Pragmatics β€” /solveforce-ai predicts risk (weather, load, RF fade) and suggests safe policy changes.
5) Foundation β€” consistent terms via /primacy-of-language.
6) Map β€” indexed in the /solveforce-codex & /knowledge-hub.


πŸ“ž Modernize OT/ITβ€”Safely, Reliably, and with Proof


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