Application Security Built for SaaS

One unpatched dependency breaches every customer you have.

Your biggest security risk isn't an unknown zero-day. It's a known CVE in a dependency 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 services, and mitigates them at runtime while the patch waits.

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You Can't Pull a Dependency Mid-Sprint

Patch windows on dependencies you can't pull without breaking production

Open-source and transitive dependencies, third-party SaaS in your stack, and fast-shipping services carry known CVEs that can't be patched on a standard schedule without pulling engineering off the roadmap. Every emergency patch is a sprint stolen from the product.

Blind spots where customer data and API secrets move

Unauthenticated APIs sitting in the path to customer data create trust chains your SAST, DAST and WAF can't see inside. A valid customer session crossing into another customer's data looks identical to a legitimate one.

ISO 27001 and SOC 2 audit-ready doesn't mean breach-proof

A SaaS application can pass every customer security questionnaire and still be breached through a service-to-service call your existing tools read as normal behavior. These controls verify your process, not whether a CVE is reachable in your running application.

It Already Happened

Log4Shell (CVE-2021-44228, CVSS 10.0) was mass-exploited within hours of disclosure; The exposure was estimated roughly at 93% of cloud enterprise environments. A patch existed. The gap was never the fix; it was the time between disclosure and deployment across every service that shipped the dependency. MOVEit hit SaaS vendors the same way in 2023.

93%

of enterprise cloud environments were at risk

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 production environment, including unauthenticated APIs and third-party dependencies, without code changes.

Auto-discovered application graph

Customer data and API token flows tagged live

New third-party dependencies surfaced instantly

2. prove

Prioritize what’s actually exploitable

Vulnerability prioritization driven by runtime reachability, not by scan output. That's ISO 27001 vulnerability management based on what an attacker can actually reach, so you stop wasting sprints on dependencies that can't be reached in prod.

CI/CD pipeline integration

Developer-friendly reporting, straight to the owning team

Automated triage on runtime reachability

3. SHIELD

Shield instantly with virtual patching

For every exploitable CVE in a dependency or third-party service you can't patch without pulling engineering off the roadmap, 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 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
ISO 27001 vulnerability management	Exploitability-based prioritisation and evidence of which vulnerabilities were reachable and what was done about them.
SOC 2, mitigating controls	Evidence that a known CVE was shielded at runtime while the upgrade was scheduled.
Customer security questionnaires	Runtime evidence you can attach when a customer asks how you handle an unpatched CVE.

Requirement:
ISO 27001 vulnerability management

What Miggo provides:
Exploitability-based prioritisation and evidence of which vulnerabilities were reachable and what was done about them.

Requirement:
SOC 2, mitigating controls

What Miggo provides:
Evidence that a known CVE was shielded at runtime while the upgrade was scheduled.

Requirement:
Customer security questionnaires

What Miggo provides:
Runtime evidence you can attach when a customer asks how you handle an unpatched CVE.

See Your Gap. On Us.

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

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 surfaces unauthenticated APIs because they sit in the path to customer data, but it is not an API gateway and does not replace one.

How is Miggo different from SAST, SCA, a scanner, or a CNAPP tool?

A scanner tells you the vulnerable package is present. A CNAPP tool tells you what your environment looks like. Miggo tells you whether the vulnerable code path is actually reachable in your running production service, and whether it sits in the path to customer data. Across Miggo deployments, roughly 99% of a CVE backlog turns out to be unreachable in production.

What can shield a CVE in a dependency we can't upgrade yet?

Miggo virtual-patches it. It generates a WAF rule scoped to the specific exploitable path in your running service and deploys it in seconds. Your team upgrades the dependency on its own schedule instead of at 2am, and the rule expires when the upgrade ships.

Does Miggo fit into our CI/CD pipeline?

Yes. Miggo integrates with the pipeline and routes findings to the owning team with the runtime evidence attached, so triage is automated rather than manual. In practice this reduces security and engineering overhead by 30% or more.

How long does deployment take, and does it need code changes?

Under an hour, with no code changes. Miggo uses an agentless eBPF-OTel sensor, so there is nothing to instrument in your application and nothing to ship in a release.