Application Security Built for Financial Services

Your next nine-figure breach is already a CVE.

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 in your running banking applications, and shields them at runtime while the patch waits.

Book a Demo

Start a 30 day trial of WAF Copilot & Runtime Sensor

Not ready to talk to sales? See how it works.

Trusted by Industry Leaders

Recognized by

You Can't Patch a Core Banking System on a Tuesday

Patch windows on systems that can't go offline

Legacy core banking platforms, third-party vendor software, and partner and payment integrations carry known CVEs that can't be patched on a standard schedule without disrupting live transactions.

Blind spots where customer financial data moves

Payment processors, clearing and settlement connections, and fintech partners create trust chains your WAF and identity stack can't see inside. An authenticated session that traverses account boundaries looks identical to a legitimate one.

PCI DSS audit-ready doesn't mean breach-proof

A financial services application can pass every audit and still be breached through a partner call or a business logic execution your existing tools read as normal behavior. PCI DSS and DORA both demand controls that hold at runtime, not just at audit.

It Already Happened

In 2017, Equifax was breached through CVE-2017-5638, a known Apache Struts vulnerability with a patch available and unapplied for months. It cost a $700M settlement with the FTC, CFPB and 50 states, and exposed the personal data of 147.9 million people. In 2023, Cl0p ran the same play through MOVEit, reaching roughly 2,770 organizations and 96 million people. Neither was a zero-day. IBM's 2025 Cost of a Data Breach report puts the average financial services breach at $5.56M.

700M

cost of the Equifax breach

147.9M

people whose data was exposed

5.56M

average cost of a financial
services breach today

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 financial services environment, including partner and payment integrations and AI agents, without code changes.

Auto-discovered application graph

PCI cardholder data flows tagged live

New partner 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 banking environment and stop pulling engineering off roadmap work for vulnerabilities that can't be reached in prod.

Runtime reachability per CVE

Attack path visualization

Board-ready risk context

3. SHIELD

Shield instantly with virtual patching

For every exploitable CVE in a legacy banking system or partner integration you can't patch without disrupting live operations, 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
PCI DSS v4.0 Req 6.4.3	Evidence of live request behavior and active protection against exploits on public-facing applications.
PCI DSS v4.0 Req 12.10	Runtime detection and attack-path evidence to support incident response.
DORA ICT risk	Runtime evidence of what is exposed, what is reachable, and which controls are actually operating.
NYDFS Part 500	Documented compensating control where a known CVE cannot be patched in the required window.

Requirement:
PCI DSS v4.0 Req 6.4.3

What Miggo provides:
Evidence of live request behavior and active protection against exploits on public-facing applications.

Requirement:
PCI DSS v4.0 Req 12.10

What Miggo provides:
Runtime detection and attack-path evidence to support incident response.

Requirement:
DORA ICT risk

What Miggo provides:
Runtime evidence of what is exposed, what is reachable, and which controls are actually operating.

Requirement:
NYDFS Part 500

What Miggo provides:
Documented compensating control where a known CVE cannot be patched in the required window.

See your gap. On us.

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

No credit card

No agent install

Results in minutes

Nothing to sign

Agentless eBPF-OTel sensor, deploys in under an hour

Frequently Asked Questions

Is Miggo an API security product?

No. Miggo is an Application Detection and Response (ADR) platform. It works at the application runtime layer, which includes the API calls your services make and receive, but it is not an API gateway and does not replace one. Its job is telling you which vulnerabilities in your running application are actually exploitable, and shielding them.

How is Miggo different from an ASPM or CNAPP tool?

ASPM and CNAPP tools assess posture and configuration, meaning what your environment looks like. Miggo works at runtime, meaning what your application actually does when a request arrives. That is the difference between knowing a vulnerable package is present and knowing whether the vulnerable code path can be reached in production.

What can we do about a CVE we can't patch?

Miggo virtual-patches it. It generates a precise WAF rule scoped to the specific exploitable path, deploys it to AWS WAF or Cloudflare in seconds, and expires it automatically when the real patch ships. The vulnerability stays open in the code; the exploit path closes at runtime.

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

Miggo builds a live map of your running application, then tests each CVE in your backlog against real runtime reachability rather than against a package manifest. Across Miggo deployments, roughly 99% of a CVE backlog turns out to be unreachable in production.

If our board asks for our vulnerability landscape, can we answer quickly?

Yes. Miggo produces a live view of what is exploitable, what is shielded, and what is genuinely open, with the attack paths behind each. It cuts the time spent assembling audit evidence by hand by more than 50%.