Security for Texas Electric Cooperatives  •  NERC CIP-003-9 • ERCOT Grid Security • OT/SCADA Monitoring • 30-Min SLA

Texas Co-ops Power the Grid. Attackers Know It.

75+ Texas distribution co-ops deliver power to 1 in 4 Texans — 3.5 million meters across rural communities. Brazos Electric Cooperative filed $2.1B Chapter 11 after the Winter Storm Uri grid cascade. NERC CIP-003-9 enforcement went live April 2026. CoreRecon delivers OT/IT-converged SOC protection at $89–$129/endpoint — SDVOSB-certified, San Antonio HQ, 30-minute response SLA.

Get Your Free Security Assessment → Download the TX Electric Co-op Threat Brief (PDF) ↓
NERC CIP-003-9 enforcement is live as of April 2026. FERC Order 887 mandated internal network security monitoring for high- and medium-impact BES assets. Texas co-ops inside ERCOT's Qualified Scheduling Entity ecosystem now face cyber-financial risk exposure that didn't exist before Uri. CISA's 2024 advisory on Volt Typhoon named electric distribution as a priority target. Your co-op's SCADA network is not air-gapped.
75+ TX Distribution Co-opsServing 3.5M+ rural Texas meters
💲
Brazos Electric $2.1B Ch.11Largest US electric co-op bankruptcy
🕑
30-Minute Response SLA24/7 TX-resident SOC — not next business day
🏭
SDVOSB-CertifiedSan Antonio HQ — no offshore handoffs
Why Texas Electric Cooperatives Are Targeted

Critical infrastructure.
Minimal IT security budgets.

Electric cooperatives are not-for-profit member-owned utilities — which means they have the same critical infrastructure profile as investor-owned utilities but a fraction of the security budget. Nation-state actors, ransomware groups, and hacktivists all know this.

ERCOT Grid Interdependence
Texas co-ops inside ERCOT operate as Qualified Scheduling Entities — meaning a cyberattack that disrupts grid operations creates financial cascades in the energy market, not just physical outages. The Brazos Electric Ch.11 wasn't a cyberattack — it was a grid event. A cyber-triggered grid event carries the same financial exposure.

Source: ERCOT QSE Operating Procedures, FERC Order 887, Brazos Electric Ch.11 docket
OT/IT Convergence — No Longer Air-Gapped
AMI (Advanced Metering Infrastructure), SCADA systems, and substation automation all connect to IP networks today. DNP3 and Modbus protocols — designed decades ago without authentication — now sit adjacent to corporate IT networks. CISA has documented active Volt Typhoon pre-positioning inside US electric infrastructure since 2021.

Source: CISA Advisory AA24-038A, ICS-CERT, NERC CIP-005-7
Ransomware Targeting Small Utilities
Criminal ransomware groups have shifted to smaller utilities and co-ops — recognizing that they have critical infrastructure leverage but limited security maturity. DMEA (Delta-Montrose Electric Association) in Colorado was hit in 2021; billing systems went offline for over a month, 90% of internal data destroyed. Texas co-ops face the same exposure.

Source: DMEA incident report, E&E News, CISA Alert AA22-264A
Named Incidents — Electric Cooperatives & Adjacent Infrastructure

Real events. Real consequences for co-ops.

These incidents define the threat landscape Texas electric cooperatives operate in today — from the largest US co-op bankruptcy to documented cyberattacks on adjacent rural infrastructure.

2021 — Winter Storm Uri Grid Cascade
Brazos Electric Cooperative — $2.1B Ch.11
Brazos Electric Power Cooperative — the largest generation-and-transmission co-op in the US by member co-ops served — filed Chapter 11 with $2.1B in liabilities after the February 2021 grid cascade. The event exposed every Texas co-op's financial exposure to grid instability events. A cyber-triggered grid disruption carries identical financial cascade risk.

Source: Brazos Electric Chapter 11 filing (Case No. 21-30725), FERC Docket, S&P Global
January 2024 — TX Panhandle Cyberattack
Muleshoe, Hale Center, Abernathy, Lockney — Water Infrastructure
CyberArmyofRussia_Reborn (a Sandworm-linked hacktivist group) attacked four Panhandle municipal water systems in January 2024. Muleshoe's water tower tank overflowed. Exposed Unitronics PLCs were the vector. These municipalities' infrastructure overlaps directly with rural co-op service territories — the same OT vulnerabilities apply to AMI and substation systems.

Source: CISA Alert, FBI Dallas Field Office, WaterISAC Bulletin
2021 — Rural Colorado Co-op Ransomware
Delta-Montrose Electric Association (DMEA)
DMEA in Colorado suffered a ransomware attack that destroyed 90% of internal data and took billing systems offline for over a month. DMEA serves rural members — identical profile to dozens of Texas co-ops. Recovery cost exceeded $2.5M. The attack vector: a phishing email to an administrative employee who had access to OT-adjacent systems.

Source: DMEA Board Reports, E&E News, CISA ICS-CERT, Utility Dive
Download the full 8-page TX Electric Cooperatives Threat Brief (PDF) →
Your Attack Surface — Electric Co-op OT/IT Vulnerabilities

Six vectors attackers
exploit in co-op networks.

Electric cooperatives have a specific threat profile driven by legacy OT protocols, AMI connectivity, and the same corporate IT risks as any organization. These are the vectors our SOC sees most frequently.

🔌
SCADA / EMS Systems
Energy Management Systems and SCADA for substation automation — often running Windows XP/7 or proprietary embedded OS. Legacy systems with no patch cadence, directly connected to IP networks for remote access. DNP3 and Modbus have no built-in authentication.
📈
AMI / Smart Meter Infrastructure
Advanced Metering Infrastructure connects millions of endpoints to the utility headend. AMI head-end servers and the RF mesh network they manage represent a significant attack surface — compromise can affect billing integrity, demand response, and load management.
🔗
IT/OT Network Boundary
The network boundary between corporate IT and OT/SCADA networks is poorly defended in most co-ops. Attackers pivot from phishing a billing employee to reaching SCADA via shared Active Directory credentials. NERC CIP-005-7 requires electronic security perimeter controls — most co-ops fail this.
Phishing Against Administrative Staff
Small co-op administrative teams handle billing, member communications, and grid operations from the same network. One phishing email to a billing clerk can yield domain admin credentials that access OT-adjacent systems. DMEA's 2021 ransomware attack started exactly this way.
💻
Vendor / Third-Party Access
Grid vendors (Itron, Landis+Gyr, ABB, GE) have remote access to AMI headends and substation equipment. Third-party VPN access is often persistent and unmonitored. A compromised vendor credential gives direct OT access without touching the co-op's corporate network.
🏭
Physical-Cyber Convergence
Substations, switching stations, and distribution automation systems increasingly use IP-connected control systems accessible via cellular or fiber. Unsecured remote terminal units (RTUs) are internet-exposed in many co-op deployments — visible on Shodan without authentication.
The Regulatory Stack — What TX Electric Co-ops Face

NERC CIP. RUS Requirements.
TDPSA. FERC Order 887.

Texas electric cooperatives face a layered federal and state compliance obligation — NERC CIP is mandatory for bulk electric system assets, RUS cybersecurity requirements apply to loan borrowers, and TDPSA extends state-level data privacy obligations to member PII.

Mandate What It Requires Consequence of Non-Compliance CoreRecon Coverage
NERC CIP-003-9 (BES Cyber Systems) Effective April 2026. Requires documented cybersecurity policies for low-impact BES assets — which includes most distribution co-ops via their HV transmission connections. CIP-003-9 mandates vendor risk management, transient cyber asset controls, and electronic access controls for low-impact BES cyber systems. NERC fines up to $1M per violation per day. Texas RE (Texas Reliability Entity) enforcement authority. CIP-003 violations are among the most frequently cited in NERC's annual compliance filing. Sentinel NERC CIP-003 policy templates, vendor risk framework, transient device controls, low-impact BES cyber system inventory
NERC CIP-005-7 (Electronic Security Perimeters) Requires defined Electronic Security Perimeters around medium- and high-impact BES assets. ESP must include access controls, monitored network access points, and remote access management. Most co-ops with HV substation interconnects are in scope. NERC fines. Texas RE compliance filing requirements. Audit findings that trigger corrective action plans (CAPs) which are public record and carry reputational risk for member-owned utilities. Fortress ESP boundary definition, network access point monitoring, remote access session management, CIP-005 compliance evidence collection
FERC Order 887 (Internal Network Security Monitoring) Mandated INSM for high- and medium-impact BES assets with External Routable Connectivity. NERC modified CIP-007 and CIP-010 to implement. Effective for high-impact assets in 2024, medium-impact in 2025. Requires continuous monitoring of east-west traffic inside the ESP. FERC enforcement of NERC reliability standards. Non-compliant entities face potential reliability standards enforcement actions. INSM requirements are new — many co-ops have not yet implemented east-west monitoring. Command Network behavior analytics inside ESP, east-west traffic monitoring, INSM-compliant logging and alerting, anomaly detection for OT protocols
RUS (USDA Rural Utilities Service) Cybersecurity Requirements RUS electric loan borrowers are required to maintain cybersecurity programs consistent with NIST CSF and NERC CIP as a condition of RUS loan covenants. 2022 RUS bulletin updated cybersecurity requirements for new and existing borrowers. Annual cybersecurity program certifications may be required. Loan covenant compliance risk. Potential impact on ability to draw on existing loan facilities or access new RUS financing. RUS auditors increasingly include cybersecurity in annual compliance reviews. Sentinel NIST CSF mapping, RUS cybersecurity program documentation, annual certification support, loan covenant compliance evidence package
TDPSA (Texas Data Privacy & Security Act) Effective July 1, 2024. Applies to organizations processing personal data of Texas residents — including member billing data, AMI meter data, and employee PII. Requires data mapping, privacy notice, right-to-delete, and reasonable security program. Co-ops with 100,000+ member meters likely meet the applicability threshold. Texas AG enforcement. Civil penalties up to $7,500 per intentional violation. Parallel obligation to NERC CIP — a breach that exposes member billing data triggers both TDPSA notification and potential NERC CIP-004 compliance review. Fortress Member billing data mapping, TDPSA privacy notice, AG notification workflow, AMI data security controls
Why CoreRecon for Texas Electric Cooperatives

OT-aware. TX-based.
SDVOSB-certified.

Enterprise MDR vendors were not built for co-op OT/IT environments. Arctic Wolf and Secureworks say "contact sales" — they don't publish pricing and they don't specialize in NERC CIP or AMI security. CoreRecon does.

01
SDVOSB-Certified
Service-Disabled Veteran-Owned Small Business. Co-op procurement teams and RUS borrowers can contract with us under SDVOSB set-aside preferences. No additional certification steps required. Texas-based entity with San Antonio HQ.
02
30-Minute SLA — Contractual
Not "best effort." Not "within 4 hours." 30 minutes — contractual, on all tiers. For an electric co-op with active grid operations, containment speed isn't a preference. A ransomware event that encrypts the EMS operator workstation has physical consequences.
03
OT Protocol Visibility
We monitor DNP3, Modbus, and AMI protocols — not just corporate IT traffic. Most MDR vendors only monitor endpoints and network perimeters. CoreRecon's Fortress and Command tiers include OT-specific detection logic for ICS/SCADA anomalies that standard EDR never sees.
04
Published Pricing — No "Contact Sales"
Sentinel at $89/endpoint vs. Arctic Wolf ($250+/endpoint) or Secureworks ($350+/endpoint). A 50-employee co-op can calculate their monthly spend on this page without a sales call. Month-to-month. No 3-year lock-in. Co-op boards can approve Sentinel in a single meeting.
05
NERC CIP Compliance Evidence
We generate compliance-ready artifacts — evidence packages for CIP-003, CIP-005, CIP-007 that Texas RE auditors accept. Not a consulting engagement — this is included in Fortress and Command tier at no additional cost. Co-ops running NERC CIP programs internally know how labor-intensive evidence collection is.
06
Texas Residency — No Offshore Handoffs
100% Texas-based analysts. San Antonio HQ. No overnight ticket routing to an offshore NOC. When a CyberArmyofRussia event hits a Panhandle co-op at 2 AM, the analyst responding has TX geographic context — not a generic playbook from a distributed team.
Dragos vs. CoreRecon — Co-op Reality Check
Dragos Platform
  • ✗ OT-only — no IT/corporate network coverage
  • ✗ No published pricing — enterprise RFQ only
  • ✗ No managed SOC — software platform only
  • ✗ Typical deal size $150K–$400K+ annually
  • ✗ Not SDVOSB — no co-op procurement preference
CoreRecon
  • ✓ OT + IT coverage — full environment
  • ✓ $89–$129/endpoint — public, no RFQ
  • ✓ Managed SOC — 24/7/365 TX-resident analysts
  • ✓ 30-min contractual SLA
  • ✓ SDVOSB-certified — procurement advantage
Implementation Roadmap — Electric Co-op Edition

30/60/90-day path to
NERC CIP readiness.

A distribution co-op with limited IT staff can achieve meaningful security posture improvement within 90 days. This is the sequence we use for co-op onboardings.

Days 1–30
Foundation & Visibility
  • Deploy MDR/EDR on all IT endpoints
  • BES cyber system inventory (CIP-002)
  • IT/OT network boundary assessment
  • MFA deployment on all remote access
  • Vendor access review (VPN/remote)
Days 31–60
CIP Controls & OT Monitoring
  • NERC CIP-003-9 policy documentation
  • ESP boundary definition (CIP-005)
  • AMI headend security hardening
  • OT network monitoring deployment
  • Security awareness training — co-op staff
Days 61–90
Compliance & Incident Readiness
  • NERC CIP compliance evidence package
  • CIP-008 incident response plan
  • RUS cybersecurity certification package
  • Board-ready cybersecurity posture report
  • Texas RE audit-ready documentation
Transparent Pricing — Electric Cooperative Edition

Three tiers. Published pricing.
5-employee co-op or 500-employee G&T.

10-endpoint minimum. Month-to-month. No 3-year lock-in. A distribution co-op board can approve Sentinel in a single session — and see their full monthly spend before the first call.

Sentinel
$89 / endpoint / month
10–50 endpoints • Small distribution co-op • Month-to-month
  • MDR with EDR — 24/7 SOC monitoring, sub-10-min detection, ransomware rollback
  • MFA deployment on all corporate IT — email, VPN, remote access, co-op portals
  • Email security with BEC and phishing detection for billing and admin staff
  • NERC CIP-003-9 policy templates and low-impact BES asset documentation
  • RUS cybersecurity program documentation — NIST CSF mapping
  • Vendor/third-party access monitoring (AMI vendor VPN, grid vendor sessions)
Command
$2,500 / month minimum
200+ endpoints • G&T co-op / multi-system • Full CIP scope
  • Everything in Fortress
  • FERC Order 887 INSM — east-west OT traffic monitoring inside ESP
  • CIP-008 incident response plan development and tabletop exercise
  • ERCOT QSE cyber-financial risk monitoring and incident notification
  • Full NERC CIP-002 through CIP-014 compliance management
  • Board-ready cybersecurity risk reports and annual Texas RE submission support
  • vCISO designation — satisfies RUS and board governance requirements
Example — Small Distribution Co-op
25 Endpoints · Sentinel Tier
$2,225 / month
25 endpoints × $89/ep/mo
  • 24/7 SOC + MDR monitoring
  • NERC CIP-003-9 policy docs
  • Vendor access monitoring
  • 30-min IR SLA
vs. Dragos: $150K–$400K+ annually
Example — Mid-Size Distribution Co-op
75 Endpoints · Fortress Tier
$9,675 / month
75 endpoints × $129/ep/mo
  • OT + DNP3/Modbus monitoring
  • NERC CIP compliance evidence
  • Texas RE audit-ready reporting
  • Named security engineer
vs. Secureworks: contact sales, $350+/ep

Free Security Assessment — a $2,500 value. Identify your top 5 risks in 48 hours. No credit card. No commitment. Executive-ready report delivered in 14 days. Sentinel pricing from $89/endpoint/month vs. Dragos ($150K–$400K+/yr) or Secureworks (contact sales).

Free Security Assessment — $2,500 Value

Know what an attacker would find in your co-op network and SCADA environment.

We assess your IT/OT boundary, AMI headend security, NERC CIP posture, RUS compliance gaps, and TDPSA member data exposure. Executive-ready report in 14 days.

Book My Free Assessment →

No credit card  •  No commitment  •  SDVOSB-certified team

Frequently Asked Questions

What co-op managers
and boards actually ask.

Yes — CIP-003-9 applies to virtually every Texas distribution co-op. The standard covers low-impact BES Cyber Systems, which includes distribution assets directly connected to the bulk electric system. Most co-ops with HV transmission interconnects have qualifying low-impact assets. CIP-003-9 (effective April 2026) mandates cybersecurity policies, vendor risk management, and transient cyber asset controls for these systems. Texas RE performs compliance audits — a finding triggers a Corrective Action Plan that becomes public record.

Yes — DMEA is the exact threat model for Texas distribution co-ops. Delta-Montrose Electric Association (Colorado) suffered a ransomware attack in November 2021. 90% of internal data was destroyed. Billing systems were offline for more than a month. Recovery cost exceeded $2.5M. The attack vector was a phishing email to an employee with access to OT-adjacent systems. Texas co-ops have the same IT/OT convergence, the same small team size, and the same exposure to phishing-initiated ransomware. The only difference is ERCOT grid interdependence — which adds a financial cascade dimension Texas co-ops face that DMEA did not.

Yes — CoreRecon was designed for exactly this scenario. Our SOC is your security team. Your IT staff handle day-to-day operations; we handle 24/7 threat monitoring, incident response, and compliance evidence collection. A 1-person IT team running Sentinel gets the same detection and response capability as a utility with a dedicated security team. Onboarding takes approximately 5 business days for a 25-endpoint co-op. We handle the security engineering; your IT team stays focused on operations.

Texas co-ops participating in ERCOT as Qualified Scheduling Entities submit load schedules, participate in demand response, and settle financially in the ERCOT market. A cyberattack that disrupts metering, billing, or scheduling systems creates financial exposure in the ERCOT settlement process — not just operational disruption. The Brazos Electric Ch.11 was driven by market exposure from Uri; a cyber-triggered metering failure or load scheduling disruption could generate similar financial cascades. Command tier includes ERCOT QSE cyber-financial risk monitoring specifically to detect anomalies in metering data and scheduling submissions before they become settlement problems.

USDA Rural Utilities Service loan borrowers (which covers nearly every Texas distribution co-op) are required to maintain cybersecurity programs consistent with NIST CSF and NERC CIP as a condition of their loan covenants. The 2022 RUS Electric Program Cybersecurity Bulletin updated these requirements. At minimum, borrowers must: (1) maintain a documented cybersecurity program, (2) conduct annual risk assessments, (3) implement access controls and incident response capabilities, and (4) maintain evidence of compliance for RUS audit review. CoreRecon's Sentinel tier includes the RUS documentation package — NIST CSF mapping, risk assessment support, and annual certification assistance.

The energy utilities page covers investor-owned utilities (IOUs), municipal utilities (MUDs/PUDs), and large power generators — entities with dedicated security teams and complex FERC/PUCT obligations. This page is specifically for electric cooperatives — member-owned, not-for-profit utilities typically with 5–50 IT staff, RUS loan obligations, and limited security budgets. The compliance stack overlaps (NERC CIP applies to both), but the service delivery model, pricing, and operational context are different. Co-ops need managed SOC services — not just a software platform that requires dedicated analysts to operate.

Active Breach? 24/7 Emergency Response
Grid event? Ransomware? We respond in 30 minutes.
No retainer required. SDVOSB-certified. San Antonio HQ. No voicemail.
📞 (800) 955-2596 Or submit emergency intake form →
Free Security Assessment — $2,500 Value

Book Your Free Electric Co-op Security Assessment

14-day executive-ready report. No credit card. No commitment. We assess your IT/OT boundary, NERC CIP posture, AMI headend security, and RUS compliance gaps.

No commitment required  •  Results delivered within 48 hours of assessment completion  •  SDVOSB-certified team

Related Coverage — Texas Energy & Utilities
Texas Energy Utilities Cybersecurity Overview
CoreRecon covers the full Texas energy sector — IOUs, municipal utilities, co-ops, and large power generators. NERC CIP, FERC, ERCOT, and Volt Typhoon threat landscape mapped together.
Energy Utilities Overview →