Real World Security Testing for Hospitals, Medical Devices, Telehealth, and Health Insurance Systems
Orasec delivers results driven healthcare penetration testing services, identifying vulnerabilities that expose patient data, disrupt clinical operations, and compromise medical infrastructure. We go beyond surface level assessments by combining certified penetration testers, advanced methodologies, and real world attack simulation to uncover security weaknesses that genuinely impact healthcare organisations building and operating on healthcare technology.
Healthcare environments are high value targets. Patient records, connected medical devices, clinical systems, and telehealth platforms create an expansive and complex attack surface that demands security testing built specifically for the sector not generic assessments repurposed for healthcare.
Healthcare organisations operate interconnected systems where a single vulnerability can cascade across clinical networks, patient data repositories, and life critical devices. Attackers target healthcare for its high value patient data, legacy infrastructure, and operational dependencies that make downtime catastrophic.
Orasec's healthcare penetration testing methodology tests every layer of your environment from hospital networks and electronic health record systems to medical device firmware and telehealth application logic ensuring your security posture is resilient against the real world threats targeting healthcare organisations today.
Electronic health records, billing systems, and patient portals hold highly sensitive personal and medical data. Misconfigured access controls, weak authentication, and unpatched systems create direct paths to mass data exposure.
Networked medical devices from infusion pumps to imaging systems often run legacy firmware with known vulnerabilities, weak default credentials, and no network segmentation. Compromised devices create both patient safety risks and network pivot points.
Hospital networks connect clinical applications, laboratory systems, pharmacy platforms, and administrative infrastructure. Lateral movement across these systems can halt operations, corrupt records, and compromise patient care delivery.
Telehealth platforms handle authentication, video communications, prescription data, and patient records across web and mobile surfaces. Insecure APIs, broken access controls, and session management flaws expose sensitive clinical interactions to interception and manipulation.
We simulate real world attacks against hospital networks, clinical workstations, electronic health record systems, and administrative infrastructure. Testing identifies lateral movement paths, privilege escalation opportunities, segmentation failures, and access control weaknesses across clinical environments.
Our testers assess connected medical devices for firmware vulnerabilities, insecure communication protocols, weak authentication, default credential exposure, and network segmentation gaps. Testing covers devices operating across clinical networks including infusion pumps, imaging systems, monitoring equipment, and diagnostic platforms.
We conduct full stack security testing of telehealth applications including web and mobile interfaces, API security, authentication and session management, data transmission controls, and backend infrastructure. Testing simulates real world attacks against patient facing and clinician facing telehealth surfaces.
Our testing evaluates health insurance platforms, claims processing systems, member portals, and payer infrastructure for access control weaknesses, injection vulnerabilities, insecure integrations, and data exposure risks across web, API, and internal network layers.
We assess internal healthcare networks for lateral movement paths, Active Directory misconfigurations, privilege escalation opportunities, and segmentation failures that allow attackers to move from a single compromised endpoint to critical clinical systems.
Healthcare staff are frequent targets of phishing, pretexting, and social engineering attacks. Orasec simulates real world social engineering campaigns to assess staff awareness, email security controls, and organisational resilience against human targeted attack vectors.
External and internal attack surfaces are mapped including network infrastructure, clinical applications, medical devices, web portals, and third party integrations. This establishes a complete picture of exploitable entry points across the healthcare environment.
Certified testers identify and exploit vulnerabilities across network, application, device, and social engineering layers using manual techniques and advanced tooling. Exploitation confirms real world impact rather than theoretical risk.
We simulate attacker behaviour following initial access moving laterally across clinical networks, escalating privileges, and identifying paths to high value systems including patient records, administrative infrastructure, and connected medical devices.
Testing evaluates whether existing monitoring, alerting, and incident response capabilities detect and respond to simulated attack activity revealing visibility gaps across healthcare environments.
Findings are delivered in a detailed report with risk ranked vulnerabilities, exploitation evidence, attack path documentation, and prioritised remediation guidance tailored to healthcare operational constraints.
Connect with Orasec's certified testers to assess your hospital networks, medical devices, telehealth platforms, or health insurance systems. Identify real vulnerabilities before attackers exploit them.