Find exposed patient systems before attackers do
Hospitals, labs and health software providers run remote access portals, legacy servers and patient apps on the internet. Hadrian finds them, tests them continuously and shows which exposures are exploitable.
Where healthcare is exposed
Remote access portals without MFA
In February 2024 attackers used compromised credentials to log in to a Change Healthcare Citrix remote access portal. UnitedHealth Group's CEO told Congress the portal did not have multi-factor authentication. Ransomware was deployed nine days later.
Edge devices with known exploits
In late 2023 the HHS Health Sector Cybersecurity Coordination Center warned that Citrix Bleed (CVE-2023-4966) in NetScaler ADC and Gateway was being actively exploited. Compromised sessions stayed active even after the patch was applied.
Imaging and records systems open to the internet
In 2019 ProPublica found 187 US servers holding medical images and patient data with no password or firewall protection. They exposed records on more than 5 million US patients to anyone with basic tools.
Find remote access portals and legacy servers
Hadrian starts with no scope and maps your internet-facing assets the way an attacker would, including forgotten subdomains, cloud instances and legacy servers. Passive scans run every hour, and new assets trigger testing automatically.
Know which exposures put patient data at risk
Every exposure is validated before you're notified, with reproduction steps and remediation guidance for that asset. Your team spends its time on confirmed risks. After a fix, Hadrian retests to confirm the exposure is closed.
Pentest new releases in hours
Nova runs agentic pentests on demand against the scope you set. Most tests complete within 24 to 48 hours, and results map to SOC 2, ISO 27001 and NIS2. A staff engineer at a healthcare software provider said the findings had enough detail to go straight into remediation.
Catch credentials stolen by infostealers
Hadrian ethically monitors the dark web for infostealer infections and leaked credentials tied to your domains. You see the infected device, malware type, compromised accounts and stolen session cookies, so you can reset access before it's used.
Watch cloud exposure as workloads move
Hadrian connects to multiple cloud environments in a few clicks and detects new assets and changes in real time. It flags misconfigurations that could enable lateral movement or privilege escalation and verifies which are exploitable.
Prioritize by exploitability and impact
Each risk comes with severity, impact, reproduction details and remediation steps. Assign owners, share details with third-party vendors and track response times, so clinical and IT teams fix the right things first.
More from customers
No. Hadrian is a fully managed cloud service with no sensors or agents. It tests your internet-facing assets from the outside, the way an attacker would, and deploys in under five minutes.
Hadrian is designed to monitor around the clock without disrupting your systems. Passive scanning is virtually silent. Active tests run only when needed, for example when a new asset appears or a configuration changes. With Nova, you define the scope and choose when each test runs.
Healthcare is one of the sectors NIS2 covers, and in-scope entities must put cybersecurity risk-management measures in place. Hadrian gives you continuous discovery and validated findings, and Nova results map to NIS2. Hadrian supports these requirements; it does not certify compliance.
You see the details of the infostealer infection: the infected device, the malware type, the compromised accounts and any stolen session cookies, with guidance to contain the threat. Stolen session cookies matter because they can let attackers get past MFA.
Hadrian is SOC 2 Type 2 certified. Infostealer detection is agentless and needs no setup, and it doesn't require you to share sensitive data.
See your healthcare attack surface from the outside
Book a demo to see how Hadrian finds internet-facing systems, validates which exposures are exploitable and helps your team fix them before patient data is at risk.