Healthcare
Ransomware doesn't just steal data from hospitals. It diverts ambulances.
Healthcare breaches aren't measured in records. They're measured in delayed procedures, diverted patients, and outcomes that never happened.
Adversary emulation purpose-built for health systems, hospitals, payers, and medical device environments — so you know your defenses work before an adversary proves they don't.
Schedule a Demo Tabletop Exercises →The Threat Reality
Healthcare is the most ransomed sector in the world — and the one where the consequences go furthest beyond the network.
Ransomware groups target healthcare precisely because the operational pressure to restore services is immediate and existential. The Change Healthcare attack disrupted prescription processing for 67,000 pharmacies across the United States — a single breach with national consequences. And research now directly links hospital ransomware attacks to increased patient mortality rates.
Ransomware
ALPHV. Hive. Clop. Rhysida.
Ransomware groups have healthcare as a standing priority target. ALPHV/BlackCat hit Change Healthcare. Hive attacked hospitals across the US and Europe. Rhysida targeted children's hospitals. The attacks are frequent, sophisticated, and operationally devastating.
Medical Device Exploitation
Infusion pumps. Imaging systems. Ventilators.
Medical devices are entry points and pivot paths. They often run unpatched legacy operating systems — some Windows XP — because FDA approval processes make patching slow. Attackers use them to move laterally from clinical networks into core administrative and EHR systems.
Data Theft & Nation-States
PHI is worth 10x a credit card on the dark web.
Protected health information commands the highest price of any stolen data category. Nation-states target medical research institutions for IP theft and health data for intelligence purposes. Criminal groups monetize PHI through fraud, identity theft, and insurance scams at industrial scale.
#1
Most breached sector for 13 consecutive years — more than financial services and government combined
$10.9M
Average cost of a healthcare data breach — the highest of any sector for over a decade
$22B+
Estimated total impact of the Change Healthcare ransomware attack on the U.S. healthcare system
53%
of healthcare organizations hit by ransomware in 2023 — the highest rate of any sector surveyed
The Readiness Gap
HIPAA compliance says you have controls. It doesn't say they work.
Healthcare operates under HIPAA, HITECH, and increasingly under HHS's voluntary 405(d) cybersecurity practices. These frameworks are necessary — but they document the existence of controls, not their effectiveness against a Hive operator who's been inside your EHR environment for six weeks without triggering a single alert.
Healthcare also faces a uniquely difficult testing problem: you can't run disruptive security tests in a live clinical environment. Patient monitoring systems, infusion pumps, and imaging equipment can't tolerate aggressive scanning. Most health system security teams have never run realistic adversary simulations against the environments they're responsible for protecting.
SCYTHE's adversary emulation approach is designed to validate healthcare defenses — without clinical disruption.
Why Healthcare Security Programs Fall Short
Medical devices can't be patched on a normal cycle
FDA approval requirements mean medical device software updates can take months or years. Health systems run known-vulnerable devices by necessity — which means network segmentation and detection are the only defense. SCYTHE validates whether those controls actually contain a compromise.
Clinical staff are the most phished workforce on earth
Healthcare workers click phishing links at higher rates than any other sector — not because they're careless, but because their workflows demand rapid response to emails and notifications. Social engineering and credential-based attacks are the primary initial access vector for healthcare ransomware.
SOC teams are under-resourced relative to the attack surface
Community hospitals and regional health systems often operate security programs a fraction of the size of their threat exposure. Many have never run a purple team exercise or tested their incident response playbooks against a realistic ransomware scenario.
Third-party access spans the entire care continuum
Billing and coding vendors, EHR integrators, telehealth platforms, and medical device manufacturers all touch the clinical network. Change Healthcare was a third-party attack. Third-party access paths are among the least tested vectors in healthcare security programs.
The SCYTHE Advantage
Adversary emulation that validates healthcare defenses — without touching the clinical environment.
SCYTHE gives healthcare security teams a realistic, continuous way to test their detection and response capabilities against the ransomware operators and data thieves actually targeting their sector — with exercises designed for clinical environments where operational disruption is not an option.
Ransomware Readiness
Know if you'd catch a ransomware operator before detonation.
Emulate the full ransomware kill chain — initial access, persistence, lateral movement, and pre-detonation staging — to identify exactly where your detection and response capability breaks down.
EDR Validation →Purple Teaming
Build detection rules against healthcare-specific attack chains.
Run structured purple team exercises that directly improve your SIEM rules and SOC playbooks — tailored to the credential abuse, lateral movement, and EHR access patterns used by healthcare-targeting threat actors.
Purple Teaming →Tabletop Exercises
Prepare clinical and security leadership for the real thing.
Healthcare cyber incidents require coordinated response from clinical operations, legal, communications, and security teams. SCYTHE's tabletop and hybrid exercises stress-test your incident response across all stakeholders — before an actual breach forces the test.
Tabletop Exercises →Detection Engineering
Close the gap between what your SIEM claims to detect and what it actually catches.
Validate SIEM detection rules against real adversary behavior. Identify coverage gaps in EHR access monitoring, privileged account activity, and network segmentation before an attacker exploits them.
SIEM Detection →Built for Healthcare Environments
SCYTHE exercises are designed to validate healthcare defenses without disrupting clinical operations — because the cost of getting it wrong isn't downtime. It's patient safety.
Every SCYTHE campaign generates structured, auditable evidence of adversary emulation testing — supporting HIPAA Security Rule requirements, HHS 405(d) alignment, and the documentation that healthcare boards and cyber insurers increasingly demand.
Talk to a SCYTHE adversary emulation specialist about your healthcare environment.
Schedule a Demo Tabletop ExercisesAct Before You Need to React
The ransomware group targeting your health system isn't waiting for your next security review.
Healthcare organizations can't afford to discover their defenses don't work during an active attack — when clinical operations are at stake and every hour of downtime has patient consequences. SCYTHE lets your team find the gaps now, on your terms, with the evidence to fix them before an adversary finds them first.