Fictional 350-Bed Regional Hospital System — Fairview, Pennsylvania
Valley Regional Medical Center (VRMC) is a nonprofit, community-based acute care hospital serving Fairview County and surrounding areas of central Pennsylvania. Founded in 1964 as Fairview Memorial Hospital and reorganized under its current name in 2002 following a merger with Millcreek Community Health, VRMC operates a 350-bed main campus plus three outpatient and urgent care satellite sites.
VRMC is governed by a 12-member Board of Trustees drawn from community leaders, physicians, and regional business executives. The President and CEO reports to the board. VRMC is the only acute care hospital within a 40-mile radius and serves as the regional Level III Trauma Center for Fairview County. The health system employs approximately 1,820 FTEs across clinical, administrative, and support functions.
VRMC participates in the Pennsylvania eHealth Partnership (statewide HIE), maintains Joint Commission accreditation, and accepts Medicare/Medicaid reimbursement — all of which impose regulatory and contractual cybersecurity obligations. The health system does not have a dedicated Chief Information Security Officer; cybersecurity responsibilities are distributed across the CIO, the Privacy Officer, and a small IT security team.
VRMC operates under multiple overlapping frameworks. The HIPAA Security Rule (45 CFR §164.300–318) requires administrative, physical, and technical safeguards for electronic Protected Health Information (ePHI). The HITECH Act strengthens HIPAA enforcement and mandates breach notification. The CMS Conditions of Participation require emergency preparedness plans covering information systems. FDA guidance on pre- and post-market medical device cybersecurity (2023) applies to networked clinical devices. Pennsylvania's Act 62 of 2018 requires breach reporting to the Pennsylvania Department of Health.
| Attribute | Detail |
|---|---|
| Legal Name | Valley Regional Medical Center (VRMC) |
| Headquarters | 2400 Fairview Blvd, Fairview, PA 17836 |
| Organization Type | Nonprofit Community Hospital (501(c)(3)) |
| Accreditation | The Joint Commission (TJC) — Full Accreditation (renewed 2023) |
| Trauma Designation | Level III Trauma Center — PA DOH certified |
| NPI | 1528374659 |
| Medicare Provider | 39-1042 (CMS Certification Number) |
| HIPAA Covered Entity | Yes — Business Associate Agreements required with 120+ vendors |
| Health Information Exchange | Pennsylvania eHealth Partnership (PA HIP) — active participant |
| H-ISAC Member | Yes — joined 2022, Health-ISAC subscriber |
| Cybersecurity Staff | 3 IT Security staff (no dedicated CISO) |
| Annual IT Budget | $8.4M (~2.5% of revenue) — cybersecurity sub-line: $620K |
| ID | Name | Address | Type | Beds / Capacity | Physical Security |
|---|---|---|---|---|---|
| FAC-01 | Main Hospital Campus | 2400 Fairview Blvd, Fairview, PA | Acute Care / Trauma / Surgery | 350 licensed beds | Card access, CCTV (82 cameras), security desk 24/7 |
| FAC-02 | Fairview North Outpatient Center | 850 Commerce Pkwy, Fairview, PA | Outpatient / Imaging / Lab | 30 exam rooms | Card access, CCTV, no 24/7 security — alarm only after hours |
| FAC-03 | Millcreek Medical Arts Building | 112 Millcreek Rd, Millcreek, PA | Multi-specialty Physician Offices | 24 exam rooms | Shared building — standard door lock + alarm; limited CCTV (lobby only) |
| FAC-04 | Westside Urgent Care | 3300 Route 15, Fairview, PA | Urgent Care (extended hours) | 12 treatment bays | Standard commercial lock + alarm; no CCTV at clinical workstations |
| FAC-05 | Data Center / Server Room | Main Campus (Basement, Bldg A) | Primary IT / Server Infrastructure | — | Biometric + badge access, UPS, CCTV, raised floor, fire suppression |
| FAC-06 | Disaster Recovery Co-location | DataVault Corp, Harrisburg, PA | DR / Secondary Data Center | — | SOC 2 Type II facility — contracted DR site |
| Name / Role | Title | Department | Cybersecurity Assignment |
|---|---|---|---|
| Dr. Margaret Holloway | President & CEO | Executive | None formal — approves IT budget, receives annual risk summary |
| Daniel Reyes | CIO / Acting CISO | IT / Security | All IT strategy + de facto security oversight — overextended |
| Sandra Wu | IT Director | IT Operations | Manages IT staff; no formal security role |
| Marcus Grant | IT Security Lead | IT Security | Firewall, endpoint, SIEM alerts — no formal CISSP/certifications |
| Kevin Alvarez | IT Security Analyst | IT Security | Log review, vulnerability scanning — part-time security (50%) |
| Lisa Townsend | IT Security Analyst | IT Security | Endpoint management, patch coordination — no OT/IoMT expertise |
| Rachel Ng | Privacy Officer | Compliance | HIPAA compliance, BAA management, breach response coordination |
| Thomas Beaumont | Compliance Officer | Compliance | Regulatory compliance (Joint Commission, CMS) — limited cyber focus |
| Biomed Team (4) | Biomedical Engineers / Techs | Clinical Engineering | Device maintenance only — no cybersecurity training, no device network visibility |
| 45 Physicians (employed) | Attending / Staff Physicians | Medical Staff | None |
| 640 Nursing Staff | RN / LPN / CNA | Patient Care | Annual HIPAA awareness only |
The Board of Trustees has a Finance & Audit Committee but no dedicated Technology or Cybersecurity subcommittee. The CIO presents a brief IT update at the quarterly board meeting. A formal cybersecurity risk report has never been presented to the full board. Following a 2023 ransomware incident at a neighboring regional hospital, the CEO requested a "cybersecurity briefing" — a one-page summary was prepared but no formal governance action was taken.
| Asset ID | Hostname | OS / Platform | Function | Location | Patch Status | Criticality |
|---|---|---|---|---|---|---|
| SRV-01 | VRMC-EPIC-APP01 | Windows Server 2019 | Epic EHR Application Server (Primary) | FAC-05 Data Center | 4 months behind | CRITICAL |
| SRV-02 | VRMC-EPIC-APP02 | Windows Server 2019 | Epic EHR Application Server (Failover) | FAC-05 Data Center | 4 months behind | CRITICAL |
| SRV-03 | VRMC-EPIC-DB01 | Windows Server 2019 / SQL Server 2019 | Epic Database (Primary) — ePHI | FAC-05 Data Center | 6 months behind | CRITICAL |
| SRV-04 | VRMC-PACS01 | Windows Server 2016 | Radiology PACS / Imaging Archive | FAC-05 Data Center | 8 months behind | CRITICAL |
| SRV-05 | VRMC-DC01 | Windows Server 2022 | Active Directory Domain Controller (Primary) | FAC-05 Data Center | Current | CRITICAL |
| SRV-06 | VRMC-DC02 | Windows Server 2022 | Active Directory Domain Controller (Secondary) | FAC-06 DR Site | Current | CRITICAL |
| SRV-07 | VRMC-PHARM01 | Windows Server 2016 | Pyxis MedStation Integration Server | FAC-05 Data Center | Vendor-managed — patches require vendor approval, avg 9 months lag | HIGH |
| SRV-08 | VRMC-LAB01 | Windows Server 2012 R2 | Laboratory Information System (LIS) | FAC-05 Data Center | EOL OS — no patches available | HIGH |
| SRV-09 | VRMC-VDI01 | VMware Horizon 8.x / Windows 10 VMs | Virtual Desktop Infrastructure (clinical thin clients) | FAC-05 Data Center | 3 months behind on guest OS | HIGH |
| SRV-10 | VRMC-BACKUP01 | Linux (CentOS 7) | Backup Server — Veeam B&R | FAC-05 Data Center | EOL — CentOS 7 support ended June 2024 | CRITICAL |
| Type | Count | OS | Location | Endpoint Protection | Notes |
|---|---|---|---|---|---|
| Clinical Workstations (COW) | 218 | Windows 10 (various patch levels) | Main campus — nursing units, ED, ICU | CrowdStrike Falcon — deployed, some stale agents | Shared login in many nursing areas — no per-session MFA |
| Physician / Provider Workstations | 112 | Windows 10 / 11 | Offices, clinics, on-call rooms | CrowdStrike Falcon — current | Physicians use both domain and personal devices for Epic access |
| Administrative Workstations | 95 | Windows 10 / 11 | Admin offices, finance, HR | CrowdStrike Falcon — current | MS365 deployed; MFA enforced for this group only |
| Satellite Site Workstations | 48 | Windows 10 | FAC-02, FAC-03, FAC-04 | CrowdStrike — 11 agents offline >60 days | Connect to Epic via site-to-site VPN — patching managed remotely |
| Nursing Station iPads | 64 | iPadOS 17.x | All nursing units | MDM (Jamf) — enrolled; 9 devices non-compliant | Used for Epic Haiku, patient education apps |
| Biomedical Laptops | 8 | Windows 10 | Clinical Engineering dept | No EDR — excluded from domain, vendor requirement | Used for device firmware updates; direct device USB access |
| Application | Vendor | Function | Hosting | Authentication | ePHI |
|---|---|---|---|---|---|
| Epic EHR (Hyperspace) | Epic Systems | Primary Electronic Health Record | On-premises (VRMC-owned) | Username + password only (no MFA) | YES — primary ePHI system |
| Epic MyChart | Epic Systems | Patient portal | Epic-hosted cloud | MFA optional for patients | YES |
| Cerner RadNet PACS | Oracle Health | Radiology image archive & distribution | On-premises | Username + password only | YES |
| Pyxis MedStation ES | BD (Becton Dickinson) | Medication dispensing automation | On-premises (SRV-07) | Username + PIN only — shared credentials on floor stations | YES (medication records) |
| Sunquest LIS | Clinisys | Laboratory Information System | On-premises (SRV-08, EOL) | Legacy auth — no SSO | YES |
| Microsoft 365 / Exchange | Microsoft | Email, collaboration, Teams | Microsoft Cloud | MFA enforced for admin only; clinical staff excluded | YES — PHI routinely sent via unencrypted email |
| Workday HCM | Workday | HR, payroll, timekeeping | SaaS (Workday cloud) | SSO + MFA enforced | No PHI — PII only |
| HealthStream LMS | HealthStream | Staff training / compliance education | SaaS | Username + password; SSO partial | No PHI |
| Asset ID | Device Type | Manufacturer | Count | OS / Firmware | Network Access | Cybersecurity Risk |
|---|---|---|---|---|---|---|
| IOT-01 | IV Infusion Pumps | Baxter (Spectrum IQ) | 240 | Proprietary — firmware v4.1.1 (2 versions behind) | Medical Device VLAN (10.20.0.0/16) | CRITICAL — known CVE for unauth drug library override |
| IOT-02 | Patient Monitors (ICU) | Philips IntelliVue MX800 | 48 | VxWorks — vendor-managed patching | Medical Device VLAN — clinical VLAN bridging noted | HIGH — limited network isolation |
| IOT-03 | Vital Signs Monitors | Mindray VS-900 | 120 | Linux embedded — firmware 2023.Q3 (current) | Medical Device VLAN | MEDIUM — firmware current, network placement adequate |
| IOT-04 | Ventilators | Medtronic PB980 | 22 | Proprietary embedded OS — no remote updates | Air-gapped (no network) — serial data logging only | LOW — physically isolated |
| IOT-05 | CT Scanners | GE Revolution CT | 3 | Windows 10 Enterprise LTSC (vendor-locked) | Imaging VLAN (10.25.0.0/16) → PACS | HIGH — Windows 10, vendor patch lag avg 12 months |
| IOT-06 | MRI Systems | Siemens MAGNETOM Altea | 2 | Windows 10 (vendor-managed) | Imaging VLAN — physical access restricted | MEDIUM — vendor patch lag, physical controls adequate |
| IOT-07 | Cardiac Telemetry System | GE MUSE / Centralstation | 1 (+ 68 transmitters) | Windows 7 Embedded (EOL) | Clinical VLAN — no segmentation from workstations | CRITICAL — EOL OS, flat network with clinical systems |
| IOT-08 | Medication Dispensing Cabinets | BD Pyxis MedStation ES | 32 | Windows 10 (Pyxis-managed) | Clinical VLAN → Pharmacy server | MEDIUM — shared credential concern; network access adequate |
| IOT-09 | Nurse Call / Intercom Systems | Rauland Responder 5 | 1 (central) + 380 endpoints | Proprietary embedded | Separate VLAN — physical network | LOW-MEDIUM — vendor-supported, VLAN isolated |
| IOT-10 | Portable Ultrasound Units | Philips Lumify (tablet-based) | 18 | Android (tablet) — enrolled in Jamf | Staff Wi-Fi — not on medical device VLAN | HIGH — on general staff Wi-Fi, MDM compliance inconsistent |
VRMC's Clinical Engineering department (4 biomedical technicians) is responsible for preventive maintenance and repair of all clinical devices. Their mandate is device function and safety — they have no documented responsibility for cybersecurity, no access to network logs or traffic data, and no liaison relationship with IT Security. A medical device inventory exists in the computerized maintenance management system (CMMS — eMaint) but it does not capture IP addresses, MAC addresses, network segment assignments, or firmware versions.
| Segment | VLAN | Subnet | Systems | Notes |
|---|---|---|---|---|
| Clinical / EHR Network | VLAN 10 | 10.10.0.0/16 | Workstations, EHR servers, VDI, PACS | Primary care delivery network — high ePHI density |
| Medical Device (IoMT) | VLAN 20 | 10.20.0.0/16 | Infusion pumps, patient monitors, Mindray devices | Partial segmentation — ACLs in place, not micro-segmented |
| Imaging Network | VLAN 25 | 10.25.0.0/16 | CT, MRI, X-ray, PACS integration | Connects to PACS server; limited egress filtering |
| Administrative Network | VLAN 30 | 10.30.0.0/16 | Admin workstations, HR, finance, Workday | MFA enforced for this segment; separate from clinical |
| Server / DMZ | VLAN 40 | 10.40.0.0/24 | Web proxy, Epic MyChart relay, remote access gateway | DMZ exists but firewall rules not reviewed in 18 months |
| Guest / Patient Wi-Fi | VLAN 50 | 192.168.50.0/22 | Patient and visitor wireless devices | Isolated — no route to clinical segments (verified) |
| Staff Wireless | VLAN 60 | 10.60.0.0/16 | Nursing iPads, Philips Lumify, some COWs | IoMT devices incorrectly placed on this VLAN |
| Satellite VPN Tunnels | VLAN 70 | 172.16.10.0/24 – 172.16.40.0/24 | FAC-02, FAC-03, FAC-04 (site-to-site VPN) | Cisco ASA site-to-site; FAC-03 tunnel uses pre-shared key only |
| Control Domain | Tool / Capability | Coverage | Status & Assessment |
|---|---|---|---|
| Perimeter Firewall | Palo Alto PA-3260 (HA pair) | Internet edge, DMZ segmentation | Deployed — ruleset not reviewed in 18 months; 34 overly permissive rules identified |
| Intrusion Detection / Prevention | Palo Alto Threat Prevention (IPS) | Internet edge only | IPS signatures outdated by 6 months; no east-west traffic inspection |
| Endpoint Detection & Response (EDR) | CrowdStrike Falcon (Prevent) | Admin + physician workstations (207 agents current) | NOT deployed on: servers SRV-04, SRV-07, SRV-08, SRV-10; biomedical laptops excluded |
| SIEM / Log Management | Splunk Enterprise (on-prem) | AD, firewall, VPN, email — partial | Deployed but under-resourced — 3,200+ unacknowledged alerts backlogged; no 24/7 monitoring |
| Multi-Factor Authentication | Cisco Duo | VPN, admin accounts, Workday only | NOT enforced for: Epic EHR clinical access, Microsoft 365 clinical users, satellite VPN (FAC-03) |
| Vulnerability Management | Tenable Nessus | IT systems — quarterly scans only | IoMT devices excluded from scanning (vendor prohibition). 114 HIGH+ findings open >90 days |
| Email Security | Microsoft Defender for Office 365 (P1) | Exchange Online / M365 | Anti-phishing deployed; PHI sent in unencrypted email identified as ongoing issue |
| Privileged Access Management | None deployed | — | GAP — local admin accounts widely shared; no PAM solution |
| Data Loss Prevention | None deployed | — | GAP — ePHI can be copied to USB drives or personal cloud storage without restriction |
| Medical Device Security | Medigate (limited pilot) | VLAN 20 only (partial) | Pilot covers ~30% of IoMT devices; Staff VLAN 60 devices not visible to Medigate |
| Backup & Recovery | Veeam B&R 11 (SRV-10, EOL OS) | Epic DB, AD, PACS | Backup server on EOL CentOS 7; backup integrity not tested in 14 months; offsite copy to DR site, RTO unknown |
| Identity & Access Governance | Manual AD process + quarterly reviews | IT-managed accounts only | Terminated employee accounts: 12 active accounts found not disabled post-departure in Q4 2024 review |
VRMC has executed Business Associate Agreements (BAAs) with 123 vendors that access, process, or store ePHI. However, BAA execution is treated as a one-time compliance checkbox — no vendor is subject to ongoing cybersecurity assessment, SOC 2 review, or annual questionnaire. Vendor remote access is managed through a shared Cisco AnyConnect VPN account pool with no per-vendor isolation.
| Policy Name | Status | Last Reviewed | Notes |
|---|---|---|---|
| Information Security Policy | Exists — Outdated | March 2021 | Does not address cloud services, IoMT, or remote work scenarios added post-COVID |
| HIPAA Privacy & Security Policy | Exists — Current | November 2024 | Updated annually by Privacy Officer; strong privacy section, weak technical safeguards section |
| Acceptable Use Policy (AUP) | Exists — Outdated | 2020 | Does not address mobile devices, BYOD, or clinical app downloads |
| Incident Response Plan | Exists — Current | September 2024 | Updated after neighboring hospital ransomware incident; tabletop exercise held Q4 2024 |
| Disaster Recovery Plan | Exists — Partial | January 2023 | Covers infrastructure; does not address ransomware-specific recovery or EHR downtime procedures |
| Business Continuity Plan | Exists — Partial | January 2023 | Clinical downtime procedures exist; IT-specific BCP section not integrated with clinical plan |
| Vendor / Third-Party Risk Policy | None | — | BAA execution process exists but no formal TPRM policy or vendor risk tiering |
| Medical Device Cybersecurity Policy | None | — | No formal policy governing IoMT network placement, patching, or decommissioning |
| Privileged Access Management Policy | None | — | Local admin account use is ad hoc; no formal PAM policy exists |
| Data Classification Policy | Exists — Outdated | 2019 | Classifies ePHI but no enforcement controls; cloud data not addressed |
| Cybersecurity Awareness Training Policy | Exists — Minimal | 2022 | Annual HIPAA awareness training required; no phishing simulation program |
| Patch Management Policy | Exists — Weak | 2021 | Policy exists but exempts vendor-managed devices and clinical systems; no SLA for critical patches |
| Framework / Regulation | Applicability | Current Compliance Status |
|---|---|---|
| HIPAA Security Rule (45 CFR §164.300–318) | Fully applicable — HIPAA Covered Entity | At risk — multiple Required Implementation Specification gaps |
| HITECH Act (45 CFR §164.400–414) | Applicable — breach notification obligations | Breach notification SOP exists; response time SLA not tested |
| CMS Conditions of Participation (42 CFR §482) | Applicable — Medicare/Medicaid certification | Emergency preparedness plan current; cybersecurity not separately assessed by CMS |
| FDA Post-Market Medical Device Cybersecurity (2023 Guidance) | Applicable — networked clinical devices | Not formally implemented — no medical device cybersecurity program |
| PA Act 62 of 2018 (PA DOH Breach Notification) | Applicable — Pennsylvania operations | Privacy Officer tracks reportable incidents; no 2024 breaches reported |
| NIST Cybersecurity Framework 2.0 | Voluntary — recommended by HHS/OCR | Not formally adopted; informal reference only by IT Security Lead |
| C2M2 v2.1 | Voluntary — assessment purpose | No prior formal evaluation — this exercise is the first |
| Joint Commission Information Management Standards | Applicable — TJC accreditation | Basic IT governance documented; cybersecurity not a direct TJC survey focus |
The following summarizes pre-assessment findings for each of the 10 C2M2 v2.1 domains based on discovery interviews and documentation review. These ratings are indicative and serve as starting points for the assessment exercise. Participants should evaluate and challenge these preliminary findings during the exercise.
VRMC's CMMS tracks 1,240+ medical devices by serial number and maintenance schedule but captures no network attributes. During a threat hunt, 47 unexpected devices were found on the network. What specific data elements should a healthcare-grade medical device inventory include, and which C2M2 ASSET practices apply? What is the business case for investing in a dedicated IoMT discovery and inventory platform (e.g., Medigate, Claroty, Armis)?
Epic EHR — the primary ePHI repository — requires only a username and password for access by 640+ clinical staff. Nursing stations use shared credentials as a workflow accommodation. How do you balance clinical workflow efficiency with HIPAA's technical safeguard requirements for unique user identification (§164.312(a)(2)(i))? What compensating controls or alternative authentication approaches exist for high-turnover clinical environments?
Baxter issued a security bulletin 8 months ago regarding a known CVE in the Spectrum IQ infusion pump drug library that could allow unauthorized dose modification. VRMC has not acted on it. The device cannot be patched without Baxter on-site service. What immediate compensating controls should be implemented? How should VRMC develop a medical device vulnerability management program that accommodates vendor patch constraints under FDA post-market guidance?
VRMC's Splunk SIEM has 3,200+ unacknowledged alerts and no 24/7 monitoring. The Medigate IoMT visibility pilot covers only 30% of devices. Construct a prioritized monitoring strategy for VRMC given its three-person security team. What is the minimum viable SIEM use case set for a critical access healthcare environment? Should VRMC consider a managed SOC service, and what should they require in a healthcare SOC contract?
VRMC has 123 active BAAs with no cybersecurity assessments. GE HealthCare has unmonitored persistent VPN access to the cardiac telemetry system running Windows 7 EOL. BD (Baxter) has remote access to the Pyxis server with a known unpatched vulnerability. Using C2M2's THIRD-PARTIES domain and HIPAA §164.308(b), design a pragmatic vendor risk tiering program. Which three vendors should VRMC assess first and why?
The GE cardiac telemetry system runs Windows 7 Embedded (EOL) on the same VLAN as EHR clinical workstations. Network micro-segmentation and a firewall rule review have been on the IT backlog for 18 months. What compensating controls can be implemented immediately without disrupting clinical operations? Develop a network segmentation roadmap for VRMC prioritizing IoMT isolation, considering clinical workflow constraints and implementation cost.
VRMC's CIO serves as the de facto CISO while managing all IT operations. The Board of Trustees has never received a formal cybersecurity risk report. Using C2M2's PROGRAM domain practices, what organizational changes would establish a minimum viable healthcare cybersecurity governance structure? Draft the key elements of a Board-level cybersecurity risk briefing appropriate for hospital trustees with no technical background.
Scenario: At 6:42 AM on a Tuesday, clinical staff begin reporting that Epic workstations are displaying a ransom note. The EMR is inaccessible. Two patients are currently in surgery. The OR team is working from paper downtime records. Three ICU patients on Baxter infusion pumps cannot confirm current infusion rates because the pharmacy integration is down. The ED has 14 patients in treatment bays.
Scenario: Medigate generates an alert at 2:15 AM indicating that 12 Baxter Spectrum IQ infusion pumps are communicating with an unexpected external IP address (185.220.x.x, flagged as Tor exit node). The IT Security Lead is not on-call — the overnight help desk escalates to the on-call IT Director who has no security training. Two of the affected pumps are in the Medical ICU administering vasopressors to critical patients.
Scenario: MedHelp IT Solutions (VRMC's MSP) notifies VRMC on a Friday afternoon that they have detected a breach of their RMM (Remote Monitoring & Management) platform. MedHelp has broad admin access to VRMC's workstations, satellite site networks, and the VDI infrastructure. The breach is attributed to a nation-state actor targeting healthcare MSPs. MedHelp cannot confirm when access was first compromised — their logs only go back 30 days.
Constraints: VRMC's Board has approved a one-time cybersecurity improvement budget of $250,000 (FY2025 supplemental). The CIO must present a prioritized remediation roadmap at next month's board meeting. The roadmap must identify Quick Wins (0–90 days), Short-Term actions (90 days – 1 year), and Strategic investments (1–3 years). Staff capacity is limited — the security team cannot absorb more than 20 hours/week of new project work above BAU.