Access to care systems
Keep identity and endpoint security tied to the people and devices clinicians actually use.
Healthcare
Know what’s exposed. Fix it. Prove the fix worked.
VitalSec gives healthcare organizations one place to see devices, identities, vulnerabilities, controls, incidents, remediation, recovery readiness, and the evidence behind all of it.
Healthcare operations
A security fix only matters if the hospital is actually safer afterward.
Closing a ticket is not enough. VitalSec checks whether affected systems are back in the expected condition, whether recovery still works, and whether current evidence proves it.
Recovery readiness
Keep backup, restoration, dependencies, and return-to-service checks together.
Current evidence
Know whether the evidence behind an important control is recent enough to trust.
Fix the conditionCheck the environment againKeep current proof
Security workflow
Find the problem. Fix it. Check it again.
Healthcare teams use VitalSec to find important security problems, carry out approved fixes, verify the result, and keep the evidence ready for audits, recovery decisions, insurance, and claims.
01
See what needs attention
Review controls, assets, identity, vulnerabilities, incidents, recovery readiness, and the evidence behind each area.
02
Fix it and check it
Move important findings through approved remediation, read the environment again, and verify whether the fix actually worked.
03
Use the evidence
Bring current evidence into executive reporting, audits, BAAs, cyber insurance, claims, and recovery reviews without rebuilding the history later.
Healthcare workflow
See the problem, fix what is approved, and keep the evidence current.
VitalSec connects the security systems a healthcare organization already runs so teams can see current security evidence, approved remediation, verification, proof, and risk movement in one place.
How the workflow fits together
What VitalSec uses
Endpoint / EDR
Identity / MFA
Network / SASE
Backup / recovery
Cloud / SaaS
Medical-device telemetry
How the work moves
01
Observe
Bring together controls, assets, identities, vulnerabilities, incidents, recovery readiness, and evidence freshness.
02
Prioritize
Put material exposure and failed controls ahead of background security noise.
03
Act
Route approved remediation through Rusty and connected systems within the permissions the customer has set.
04
Validate
Read the environment again and determine whether the required condition was actually restored.
05
Prove
Keep the evidence, timeline, unresolved exceptions, and resulting risk movement together.
What the role gets
Shorter exposure and recovery windows
Current controls and evidence
Audit and BAA evidence readiness
Ransomware recovery visibility
Insurance and claims support
Risk Compression Index movement
Permissions and limits
VitalSec does not give itself permission to change clinical systems. Medical-device data can inform the security picture without authorizing changes to the device, and endpoint or infrastructure changes run only through supported, customer-approved paths.
Healthcare workspace
One current view of the security work that matters.
Customer Workspace
Overview, Controls, Assets, Identity, VUMA, CAAT, Evidence Continuity, Incidents, recovery context, and Insurance when relevant.
Rusty + Rusty Mobile
Desktop and server endpoint observation and approved corrective action, plus signed mobile identity, observations, heartbeat, and proof for iPhone, iPad, and Android.
VUMA + CAAT
Prioritize vulnerabilities, fix them, test controls, and retest after remediation.
Risk compression
See modeled cyber risk direction and the current 0–100 Risk Compression Index.
Research & white papers
Related research
Selected PatientLock papers on the issues covered here.
White paper
Recovery vs Remediation: Reframing MTTR for Healthcare
Why healthcare should measure the return to trusted operating state rather than ticket closure, and how to instrument recovery, verification, and proof continuity.
Central argument
Closing a remediation ticket is not the same as returning a healthcare environment to a trusted operating state. Recovery measurement should include re-observation and evidence that the required condition was actually restored.
Written for: Hospital CIOs, CISOs, CROs, clinical technology leaders, and healthcare risk teams.
White paper
Continuous Assurance for Healthcare Cybersecurity
How hospitals can turn HHS healthcare cybersecurity goals and other frameworks into a living operating-evidence discipline without confusing checklist compliance with control effectiveness.
Central argument
Healthcare cybersecurity frameworks become operationally useful when control expectations are connected to current evidence, visible exceptions, verified corrective action, and evidence freshness.
Written for: Hospital CIOs, CISOs, compliance leaders, risk committees, and healthcare boards.
White paper
Ransomware Recovery Readiness for Hospitals
A hospital-focused framework for ransomware backup testing, restoration readiness, clinical service prioritization, clean recovery, and evidence-based return to service.
Central argument
Hospital ransomware readiness depends on more than successful backups. Critical services need tested recovery paths, clean restoration, identity and dependency controls, and evidence that restored systems are safe to return to patient-care use.
Written for: Hospital CIOs, CISOs, infrastructure leaders, clinical operations, and risk committees.
White paper
Healthcare Third-Party Cyber Risk and BAA Evidence
How hospitals can combine BAA governance, vendor attestations, current technical evidence, material-change triggers, and evidence freshness in third-party cyber risk management.
Central argument
A BAA defines responsibilities, but hospitals still need current evidence to understand whether vendor security conditions support the assumptions on which the relationship depends.
Written for: Hospital security leaders, privacy and compliance teams, vendor-risk leaders, procurement, and healthcare technology vendors.
Talk to Jim
Talk through it with Jim.
Talk to Jim about VitalSec in a healthcare environment: deployment, security operations, remediation, ransomware recovery, evidence, audits, BAAs, insurance, or the Ford Model.
Jim is based on PatientLock founder and CEO Jim Ford.