The Security Realities Driving Healthcare Risk
Inherited vulnerabilities across third-party, vendor, and OSS components
EHR platforms, medical devices, imaging systems, and analytics pipelines carry significant CVE debt before verification - putting PHI and operational systems at risk.
HIPAA, HITRUST & FDA demand continuous cybersecurity validation
Regulators expect ongoing vulnerability identification, mitigation evidence, and component lineage - not periodic manual assessments.
Clinical uptime constraints limit patching and code changes
Traditional remediation methods risk device recertification, workflow disruption, and service downtime - making non-invasive security essential.
How RapidFort Reduces Healthcare Software Risk
Start Secure with Curated Near-Zero CVE Foundations


Prioritize True Risk with Analyzer & Profiler Intelligence
Continuously Reduce Exposure with Optimizer & CART

Outcomes Healthcare Organizations Can Count On
↓ up to 95% CVE reduction
CVE reduction across healthcare and MedTech workloads
↓ up to 90% attack-surface
Attack-surface reduction via zero-code hardening

Weeks → Days
Days instead of weeks to generate audit-ready evidence
↓ ~60% Less manual work
Less manual security and patching effort
Compliance-Ready Evidence for Healthcare Regulators
HIPAA / HITRUST CSF
Continuous vulnerability validation and SBOM/RBOM outputs aligned to HIPAA safeguards and HITRUST control requirements.
FDA 21 CFR Cybersecurity Readiness
Verified SBOMs, exploitable-risk analysis, and mitigation traceability supporting premarket and postmarket cybersecurity expectations.
SOC 2 / ISO 27001 Alignment
Automated CIS/STIG checks and configuration evidence mapped to SOC 2 trust principles and ISO Annex A controls.
Healthcare Vendor & Partner Assurance
Consistent, verifiable evidence accelerating BAAs, procurement reviews, and third-party security assessments.
See what our users think about RapidFort
Frequently asked questions
Answers to Your Most Common Questions
RapidFort is a Software Supply Chain Security platform that helps teams identify, prioritize, and remediate software vulnerabilities - without code changes - by combining DevTime Protection Tools, Curated Near‑Zero CVE Images, and RunTime Protection Tools into a Software Attack Surface Management (SASM) workflow. Typical outcomes include up to 95% CVE remediation and up to 90% attack surface reduction driven by runtime intelligence.
Step 1 — Inventory & Understand (DevTime Protection Tools):
Integrate with your CI/CD pipeline or directly into your Kubernetes environment to scan container images, generate SBOM/RBOM™, reconcile scanner findings, detect drift, and profile execution paths using binary scanning. Outputs include SPDX/CycloneDX reports and RapidRisk Score to prioritize real risk.
Step 2 - Remediate & Automate (Curated Near‑Zero CVE Images):
Drop‑in 10,000+ curated images built on LTS distributions (Alpine, Debian, Red Hat, Ubuntu), hardened with STIG/CIS in alignment with NIST SP 800‑70, with FIPS 140‑3 validation and continuous patching - so teams start with near zero CVEs. No vendor lock‑in.
Step 3 - Maintain & Defend (RunTime Protection Tools):
Enforces runtime‑guided hardening to remove unused components, continuously monitors baselines, and alerts on anomalies - achieving up to 95% CVE remediation and up to 90% attack surface reduction with <1% compute overhead.
They are production‑grade base images that are continuously patched and scanned, available across LTS Linux (Alpine, Debian, Red Hat, Ubuntu), hardened using STIG/CIS benchmarks (aligned to NIST SP 800‑70), and offered at scale (10,000+ images). They are designed to accelerate FedRAMP/CMMC/SOC 2 readiness and avoid lock‑in by using widely adopted distributions.
Protect Patient Data. Strengthen Compliance. Secure Healthcare at Scale.
Gain the visibility, vulnerability control, and compliance-ready evidence needed to protect patients and accelerate digital health innovation.





