Protect clinical systems, patient information, connected medical environments, and essential healthcare operations against cyber threats while strengthening resilience, privacy, and operational continuity.
Hospitals, clinics, laboratories, healthcare groups, insurers, and digital-health providers depend on electronic medical records, patient portals, connected devices, cloud platforms, identity services, APIs, and third-party systems.
This creates an attack surface where ransomware, credential compromise, insecure medical devices, application flaws, cloud misconfiguration, and third-party access can affect patient privacy, clinical workflows, and service availability.
XDefense combines technical assessment, security architecture, governance, incident response, and continuous exposure management to help healthcare organisations identify critical risk and strengthen the controls protecting patient care and sensitive information.
Select a challenge to understand the risk and the XDefense capabilities that can help address it.
Patient portals, mobile apps, telehealth platforms, and public-facing healthcare applications provide direct access to sensitive services and data.
Weak authentication, session flaws, broken authorisation, insecure APIs, or business-logic weaknesses can expose patient information or provide a route into backend systems.
Clinical platforms, diagnostic systems, imaging environments, connected devices, and supporting networks are essential to day-to-day care delivery.
Legacy systems, weak segmentation, exposed services, insecure protocols, or unmanaged devices can create attack paths that affect both data and clinical operations.
Compromised clinician, administrator, contractor, or service accounts can provide attackers with access to patient data and critical healthcare systems.
MFA, privileged access, lifecycle controls, conditional access, and service identities must work together to reduce identity-driven attack paths.
Healthcare cloud adoption introduces risk around identities, storage, workloads, configurations, exposed services, monitoring, and resilience.
Misconfiguration or excessive permissions can expose sensitive workloads even where traditional infrastructure controls remain strong.
Healthcare organisations depend on vendors, medical technology providers, cloud services, outsourced platforms, insurers, and specialist contractors.
A weakness outside the organisation can still become a route into clinical systems, patient information, or essential healthcare operations.
A cyber incident affecting healthcare systems can disrupt appointments, diagnostics, patient access, clinical workflows, and wider service continuity.
Healthcare organisations need the capability to contain incidents quickly, preserve evidence, understand root cause, and recover systems securely.
Healthcare organisations need clear accountability, documented controls, measurable risk management, evidence, and strong protection of sensitive health information.
Governance should connect privacy and cybersecurity requirements to real clinical and operational risks rather than function only as a documentation exercise.
Different security problems require different capabilities. XDefense combines technical testing, advisory, architecture, response, and continuous improvement.
Test applications, APIs, networks, cloud environments, and supporting systems to identify realistic attack paths.
Strengthen controls around patient information, records, identities, and data flows.
Prioritise weaknesses that could disrupt clinical operations, care delivery, or essential systems.
Improve detection, escalation, investigation, containment, and secure recovery capabilities.
Improve segmentation, identity, cloud, application, and infrastructure security across healthcare environments.
Build measurable improvement through governance, reassessment, vCISO, and ongoing cybersecurity support.
EMR/EHR platforms, clinical databases, patient records, and supporting integrations.
Patient-facing web, mobile, telehealth, authentication, sessions, and backend services.
Diagnostic, imaging, laboratory, pharmacy, and other critical healthcare applications.
Connected medical devices, supporting networks, management systems, and device communications.
Workloads, networks, storage, databases, configurations, monitoring, and resilience.
Clinician, employee, administrator, contractor, patient, and service identities.
Connections between clinical systems, insurers, laboratories, pharmacies, vendors, and external services.
Vendor access, outsourced platforms, cloud providers, contractors, and supply-chain dependencies.
Identify critical services, systems, sensitive data, users, integrations, dependencies, and business requirements.
Review technical controls, architecture, identities, applications, cloud environments, infrastructure, and previous findings.
Safely determine whether identified weaknesses can be exploited or combined into realistic attack paths.
Rank issues according to exploitability, operational impact, data sensitivity, service importance, and business risk.
Provide practical remediation, architecture improvements, control enhancements, ownership recommendations, and implementation priorities.
Retest, reassess, monitor exposures, and continue strengthening security as technology and risks evolve.
Identify and validate exploitable weaknesses across healthcare applications, networks, systems, and technology environments.
Explore Service →ASSESSIdentify cloud configuration, identity, workload, monitoring, and data-protection risks.
Explore Service →IMPROVEEvaluate existing capabilities and establish a prioritised security improvement roadmap.
Explore Service →RESPONDContain incidents, preserve evidence, investigate attacker activity, and support secure recovery.
Explore Service →GOVERNIdentify and classify sensitive healthcare information so protection measures align with data value and risk.
Explore Service →DESIGNStrengthen architecture across identity, networks, applications, cloud environments, and sensitive data.
Explore Service →Identify weaknesses, protect sensitive information, improve resilience, and secure the systems that patients and healthcare teams depend on.
Speak With XDefenseProtect clinical systems, patient information, connected medical environments, and essential healthcare operations against cyber threats while strengthening resilience, privacy, and operational continuity.
Hospitals, clinics, laboratories, healthcare groups, insurers, and digital-health providers depend on electronic medical records, patient portals, connected devices, cloud platforms, identity services, APIs, and third-party systems.
This creates an attack surface where ransomware, credential compromise, insecure medical devices, application flaws, cloud misconfiguration, and third-party access can affect patient privacy, clinical workflows, and service availability.
XDefense combines technical assessment, security architecture, governance, incident response, and continuous exposure management to help healthcare organisations identify critical risk and strengthen the controls protecting patient care and sensitive information.
Select a challenge to understand the risk and the XDefense capabilities that can help address it.
Patient portals, mobile apps, telehealth platforms, and public-facing healthcare applications provide direct access to sensitive services and data.
Weak authentication, session flaws, broken authorisation, insecure APIs, or business-logic weaknesses can expose patient information or provide a route into backend systems.
Clinical platforms, diagnostic systems, imaging environments, connected devices, and supporting networks are essential to day-to-day care delivery.
Legacy systems, weak segmentation, exposed services, insecure protocols, or unmanaged devices can create attack paths that affect both data and clinical operations.
Compromised clinician, administrator, contractor, or service accounts can provide attackers with access to patient data and critical healthcare systems.
MFA, privileged access, lifecycle controls, conditional access, and service identities must work together to reduce identity-driven attack paths.
Healthcare cloud adoption introduces risk around identities, storage, workloads, configurations, exposed services, monitoring, and resilience.
Misconfiguration or excessive permissions can expose sensitive workloads even where traditional infrastructure controls remain strong.
Healthcare organisations depend on vendors, medical technology providers, cloud services, outsourced platforms, insurers, and specialist contractors.
A weakness outside the organisation can still become a route into clinical systems, patient information, or essential healthcare operations.
A cyber incident affecting healthcare systems can disrupt appointments, diagnostics, patient access, clinical workflows, and wider service continuity.
Healthcare organisations need the capability to contain incidents quickly, preserve evidence, understand root cause, and recover systems securely.
Healthcare organisations need clear accountability, documented controls, measurable risk management, evidence, and strong protection of sensitive health information.
Governance should connect privacy and cybersecurity requirements to real clinical and operational risks rather than function only as a documentation exercise.
Different security problems require different capabilities. XDefense combines technical testing, advisory, architecture, response, and continuous improvement.
Test applications, APIs, networks, cloud environments, and supporting systems to identify realistic attack paths.
Strengthen controls around patient information, records, identities, and data flows.
Prioritise weaknesses that could disrupt clinical operations, care delivery, or essential systems.
Improve detection, escalation, investigation, containment, and secure recovery capabilities.
Improve segmentation, identity, cloud, application, and infrastructure security across healthcare environments.
Build measurable improvement through governance, reassessment, vCISO, and ongoing cybersecurity support.
EMR/EHR platforms, clinical databases, patient records, and supporting integrations.
Patient-facing web, mobile, telehealth, authentication, sessions, and backend services.
Diagnostic, imaging, laboratory, pharmacy, and other critical healthcare applications.
Connected medical devices, supporting networks, management systems, and device communications.
Workloads, networks, storage, databases, configurations, monitoring, and resilience.
Clinician, employee, administrator, contractor, patient, and service identities.
Connections between clinical systems, insurers, laboratories, pharmacies, vendors, and external services.
Vendor access, outsourced platforms, cloud providers, contractors, and supply-chain dependencies.
Identify critical services, systems, sensitive data, users, integrations, dependencies, and business requirements.
Review technical controls, architecture, identities, applications, cloud environments, infrastructure, and previous findings.
Safely determine whether identified weaknesses can be exploited or combined into realistic attack paths.
Rank issues according to exploitability, operational impact, data sensitivity, service importance, and business risk.
Provide practical remediation, architecture improvements, control enhancements, ownership recommendations, and implementation priorities.
Retest, reassess, monitor exposures, and continue strengthening security as technology and risks evolve.
Identify and validate exploitable weaknesses across healthcare applications, networks, systems, and technology environments.
Explore Service →ASSESSIdentify cloud configuration, identity, workload, monitoring, and data-protection risks.
Explore Service →IMPROVEEvaluate existing capabilities and establish a prioritised security improvement roadmap.
Explore Service →RESPONDContain incidents, preserve evidence, investigate attacker activity, and support secure recovery.
Explore Service →GOVERNIdentify and classify sensitive healthcare information so protection measures align with data value and risk.
Explore Service →DESIGNStrengthen architecture across identity, networks, applications, cloud environments, and sensitive data.
Explore Service →Identify weaknesses, protect sensitive information, improve resilience, and secure the systems that patients and healthcare teams depend on.
Speak With XDefense