Application Security Built for Healthcare

The CVE that takes patient care offline already exists.

Your biggest security risk isn't an unknown zero-day. It's a known CVE you can't patch fast enough. Miggo is an Application Detection and Response (ADR) platform: it shows which vulnerabilities are actually exploitable across your healthcare applications, and shields them at runtime while the patch waits.

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You Can't Take a Ward Offline for a Patch Window

Patch windows on systems that can't go offline

Clinical platforms, legacy imaging systems, and payer integrations carry known CVEs that can't be patched on a standard schedule without disrupting active care.

Blind spots where patient data moves

Clearinghouses, payer integrations, and third-party clinical systems create trust chains your WAF and identity stack can't see inside. An authenticated clinician session pulling records at a normal rate looks identical to one quietly enumerating them.

HIPAA audit-ready doesn't mean breach-proof

A healthcare application can satisfy every OCR audit requirement and still be breached at runtime through a payer call or a business logic execution your existing tools read as normal behavior.

It Already Happened

The 2024 Change Healthcare breach affected 190 million people, the largest healthcare data breach on record. It cost more than $2.9B in response and and disrupted care nationally. MOVEit reached healthcare the same way in 2023. Both started with a known CVE and a patch that existed. The gap was never the fix; it was the time between disclosure and deployment.

2.9B

The 2024 Change Healthcare breach affected

190M

people affected, the largest healthcare breach on record

In three moves, mitigate the gap

No rearchitecting. No months-long deployment. Runtime protection that closes exploitable paths while your backlog runs.

1. KNOW

See your full runtime attack surface

Miggo maps every live service, connection, and data flow across your clinical environment, including clearinghouse and payer connections, without code changes.

Auto-discovered application graph

PHI data flows tagged live

New payer and clearinghouse connections surfaced instantly

2. PROVE

Prioritize what's actually exploitable

Vulnerability prioritization driven by runtime reachability, not by CVSS score. Filter your CVE backlog against your production clinical environment and stop pulling engineering off critical work for vulnerabilities that can't be reached in prod.

Runtime reachability per CVE

Attack path visualization

HIPAA-ready risk context

3. SHIELD

Shield instantly with virtual patching

For every exploitable CVE in a clinical system you can't patch without disrupting patient care, Miggo generates a precise WAF rule, deployed in seconds, no code change required.

Auto-generated WAF rules per CVE

1-click deploy to AWS WAF & Cloudflare

Rules expire when the patch ships

Want to see this run against your own environment?

Free, and you keep the report either way.

What customers get out of it

99%

of a typical CVE backlog is unreachable in production

50%+

less time spent assembling compliance and audit evidence

<1hr

to deploy the sensor, agentless and with no code changes

"Miggo's team felt like an extension of ours. In a moment of uncertainty, they jumped in, analysed live telemetry, and helped us rule out a potential threat in minutes."

Roye Jacobovich‍
‍VP R&D and CISO, Eitan Medical

Where Miggo Fits in Your Compliance Picture

Requirement	What Miggo provides
HIPAA Security Rule §164.308(a)(1), risk analysis	Runtime findings and exposure maps showing which vulnerabilities are actually reachable in systems handling PHI.
HIPAA Security Rule §164.312(b), audit controls	Live request-level records of what accessed PHI paths and how.
OCR audit preparation	Generates the runtime evidence auditors ask for and cuts the time spent assembling audit evidence by hand by more than 50%.

Requirement:
HIPAA Security Rule §164.308(a)(1), risk analysis

What Miggo provides:
Runtime findings and exposure maps showing which vulnerabilities are actually reachable in systems handling PHI.

Requirement:
HIPAA Security Rule §164.312(b), audit controls

What Miggo provides:
Live request-level records of what accessed PHI paths and how.

Requirement:
OCR audit preparation

What Miggo provides:
Generates the runtime evidence auditors ask for and cuts the time spent assembling audit evidence by hand by more than 50%.

See Your Gap. On Us.

Run a free backlog reality check against your production environment and see exactly where you're exposed to PHI.

No credit card

No agent install

Results in minutes

Nothing to sign

Agentless eBPF-OTel sensor, deploys in under an hour

Frequently Asked Questions

Does Miggo secure our EHR system or our medical devices?

No, and the distinction matters. Miggo is an Application Detection and Response (ADR) platform: it works at the application layer, which includes the integrations into and out of your EHR: the payer connections, the clearinghouse links, the third-party clinical services. It is not an endpoint or device security product.

What is virtual patching, and how does it apply to a clinical system we can't take offline?

Virtual patching closes the exploit path without changing the application. Miggo generates a WAF rule scoped to the specific exploitable path and deploys it in seconds, with no code change and no downtime for the clinical system. The rule expires automatically when the vendor patch ships.

How do you know which CVEs are actually exploitable in our environment?

Miggo maps your running applications and tests each CVE against real runtime reachability rather than against a dependency list. Across Miggo deployments, roughly 99% of a CVE backlog turns out to be unreachable in production.

Does Miggo help with HIPAA compliance?

Yes, for specific requirements. See the table above. Miggo provides primary support for HIPAA Security Rule §164.308(a)(1) risk analysis and §164.312(b) audit controls. It is not a full HIPAA compliance platform.

How much engineering time does this save?

Miggo replaces manual exploitability checking with automated runtime reachability, which reduces security and engineering overhead by 30% or more.