ASPIS Cyber Security
HEALTHCARE

Protect Clinical Mobility Without Slowing Care.

Security that keeps pace with the bedside.

Smartphones and tablets have become essential clinical tools for patient coordination, telehealth, EMR/EHR access, and communication across distributed care environments.

ASPIS protects clinical communications and mobile endpoints while helping healthcare organizations maintain security, visibility, and policy across modern care delivery.

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The Clinical Attack Surface

Clinical mobility improves care and expands exposure at the same time. The devices carrying patient coordination are the devices attackers reach first.

TARGETED
PHISHINGQR PHISHINGMALICIOUS HEALTHCARE APPS
ENVIRONMENTAL
ROGUE WI-FIDEVICE COMPROMISEUNSECURED MESSAGING
THE PROBLEM

The clinical attack surface

Smartphones, tablets, laptops and connected clinical devices carry EMR access, telehealth and patient coordination — and are the first thing an attacker reaches.

01Unprotected endpoints across care environmentsTablets, smartphones, laptops and connected medical devices used for EMR/EHR workflows, telehealth and patient rounds often lack standardized protection.
02Frontline teams under targeted phishingPhishing by SMS, email and QR code, spyware, and malicious healthcare applications designed to compromise patient records and disrupt clinical workflow.
03Rogue Wi-Fi in public care settingsHospitals, clinics and public care environments expose staff to man-in-the-middle attacks via rogue access points and spoofed networks.
04Fragmented visibility across BYODSecurity teams lack real-time visibility into risk posture, device compliance and data access across thousands of distributed endpoints, including personal devices and remote staff.
05Unsecured clinical messagingMulti-disciplinary care teams fall back on consumer messaging apps, creating uncontrolled channels and raising the risk of data leakage.
06Audit and regulatory exposureWithout centralized logging, policy enforcement and secure retention, providers face audit findings against HIPAA, HITECH, GDPR and NIST 800-53 expectations.

Protected Clinical Workflows

01EMR / EHR AccessProtect the endpoint reaching the record system.
02TelehealthEncrypted video and messaging for remote consultation.
03Care CoordinationCross-team communication across departments and facilities.
04Clinical MessagingReplace unmanaged consumer messaging with a governed channel.
05Remote CareProtect clinicians operating outside the facility network.
06Device PostureContinuous endpoint condition and risk visibility.
CAPABILITIES

Capabilities for healthcare networks

Drawn from the Healthcare use case and the ShieldiT Protect white paper. Availability varies by edition and configuration.

01

Endpoint threat defense

  • Phishing detection across SMS, email, applications and QR codes.
  • OS-level compromise, rooting and jailbreaking, and device tampering detection.
  • Rogue Wi-Fi and man-in-the-middle detection and blocking.
  • Malicious application and behavioral anomaly detection in real time.
  • Continuous protection in low-bandwidth and offline conditions.
02

Coverage across the clinical estate

  • Support for iPadOS, Android tablets, smartphones, laptops and BYOD devices.
  • Policy enforcement across clinical, administrative and telemedicine workflows.
  • Quarantine and conditional access for compromised or non-compliant devices.
  • Optional hardening for connected medical devices and hospital systems.
03

Clinical communication

  • End-to-end secure voice, video and messaging across clinical teams.
  • Role-based communication controls by department, clearance and function.
  • Federation with external specialists, consultants and partners under policy restriction.
04

Oversight and identity

  • Unified ManageiT dashboard for threat visibility, device compliance and communication governance.
  • Real-time alerts, audit logging and compliance exports.
  • AuditBot tracking of privileged actions, policy changes and clinical device activity.
  • Conditional access tied to device risk posture and health, via Entra ID, SAML and OIDC.
  • Automated remediation and policy enforcement across endpoints.

Capability availability varies by edition, configuration and deployment model.

Protect the Clinical Workflow

CLINICIANMOBILE DEVICEDEVICE SECURITYSECURE COMMUNICATIONCLINICAL WORKFLOW

Compliance Context

Helps healthcare organizations support security and governance requirements associated with the following.

HIPAAHITECHNISTGDPR where applicable
REGULATORY CONTEXT

The frameworks this page speaks to.

HIPAAHITECHGDPRNIST 800-53

ASPIS supports customer programs aligned with these frameworks. Coverage depends on edition, configuration and deployment model; the obligation to demonstrate compliance remains with the customer.

SECURITY & TRUST →
OUTCOMES

What the architecture is designed to achieve

Design intent, not measured results. Compliance outcomes depend on the provider’s own program and controls.

01One protection standard across the estateMobile, tablet, laptop, BYOD and connected clinical endpoints held to the same posture requirements.
02Clinical workflows protected end to endEMR/EHR access, telehealth sessions and care coordination governed by role-based access and on-device threat detection.
03A sanctioned channel for care teamsEncrypted, role-based messaging and calling designed to displace consumer apps rather than sit alongside them.
04Visibility across distributed facilitiesThreat, compliance and governance status for hospitals, clinics and remote care sites in one console.
05Zero-trust without clinical frictionPosture checks, conditional access and automated remediation applied in real time, designed not to interrupt care delivery.
06Records built for reviewEncrypted, logged and auditable communication and device activity, supporting the provider’s own audit and retention obligations.

These describe what the architecture is designed to do. ASPIS makes no representation about results in any particular environment.

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The documents behind this page.

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