Patent pending · Developed with and against frontier AI

Even if AI finds a way in, your secrets won't find a way out.

One SDK for the three things a security review turns on: the hardest app to reverse-engineer, secrets an attacker cannot extract, and the evidence your auditors ask for.

5 Platforms supported
0 False positives
Hours Integration time

One SDK · Mobile, desktop, embedded, IoT, edge AI · Integrates in hours

How morgana works

The key is never stored. It is derived.

Four steps from integration to a protected release. The secret only exists inside an untampered app at runtime; there is nothing in the binary to find.

01 Integrate a few SDK lines, no source rewrite
02 Seal at build secrets encrypted, no plaintext in the binary
03 Derive at runtime the key is computed from app integrity
04 The fork clean app: real data · tampered app: decoys
What this buys your project

Value on day one, for every stakeholder.

Engineering

Ships in hours

  • No source rewrite
  • Zero false positives
  • Native and cross-platform SDKs
Security

Nothing to extract

  • No key in the binary
  • No crash to patch around
  • Proven against Xiphos every release
Compliance

Evidence in one pass

  • OWASP MASVS, SOC 2, PCI-DSS
  • HIPAA, DORA, NIS2, EU CRA
  • One integration, every audit
One SDK, every target

Built for the stack you already ship.

Pick your platform. The same integrity-bound key derivation protects your secrets, native or cross-platform, in a few lines. No plaintext secret in the binary, nothing to hook, no crash to patch around.

AppDelegate.swift
import Morgana

// Secrets in morgana.yaml are AES-256-GCM encrypted at build time.
// The key is never stored: it derives from the app's runtime integrity.
Morgana.initialize()

let apiKey = MorganaSecrets.apiKey   // tampered app -> wrong key, decoy data

Integrates in hours. No source rewrite, no plaintext secret in your binary.

And beyond mobile: desktop, embedded, IoT, and edge AI.

Founding pricing
Custom
Let's talk

For protecting edge AI model weights and bespoke deployments.

  • Edge AI model-weight protection
  • Embedded, IoT and desktop targets
  • Volume and multi-app licensing
  • Tailored integration support
Talk to us
The morgana difference

You can't hook mathematics.

White-box cryptography has been broken for ages, yet it is still the preferred defensive approach of our competitors. morgana uses a proprietary technique that completely disarms modern offensive tools such as Frida. Automated attackers rely on crashing the app to find a checkpoint to patch. morgana never crashes: a tampered app simply derives the wrong key and gets unusable data, so there is no checkpoint to find.

YOUR APPINTEGRITY CHECKYour app, untamperedIntegrity verifiedCorrect key derivedReal data flowsAttacker modifies appTampering changes the inputDifferent key derivedDecoy data servedReal dataDecoy databoth produce output
One integration. Evidence for security reviews across every major framework.
OWASP MASVSSOC 2PCI-DSSHIPAADORANIS2EU CRATR-03161
Proof, not promises

See it run against your hardest attack.

Bring your real tampering scenario to a live session with an engineer. We run modern offensive tooling (Frida, memory patching, LLM-driven analysis) against your current protection, then against morgana, so you can compare the two side by side.

Book a demo
5 Platforms supported
0 False positives
Hours Integration time
For security and engineering leaders

When you ship your app, you ship your secrets.

Keys, model weights, customer tokens, and licensing logic. Every binary you release opens a new window of exposure to the outside world. Let us help you close it.

See what an attacker sees in your app

Seeing is believing. Most of our customers converted after our live demo, which runs modern offensive tools against your current protection and then compares against morgana.

Why static analysis isn't enough

Patching won't fix architectural issues.

Static analysis tools will help you patch security issues, but they don't see core issues. Our attack frameworks use advanced tools and techniques utilized by modern IDEs and compilers, which allows us to validate our defense against the smallest nooks in (and out!) any design.

2015 Manual reverse engineering 6 months
2020 Automated tooling 2 weeks
2024 AI-assisted analysis 4 hours
2025 LLM deobfuscation < 1 hour
Built to survive what we throw at it

We try breaking our own product before every release.

Xiphos is our internal red-team harness. It chains frontier LLMs, Frida-based dynamic instrumentation, memory patching, and automated exploit generation against every morgana build. If Xiphos can't extract the secret, neither can an attacker. Every release ships only after it survives the full suite.

XIPHOS v4.2
IDLE
Attack vector Tooling Result
LLM deobfuscation Opus 4.7 + Ghidra
Dynamic instrumentation Frida 17.x
Flywheel instrumentation [REDACTED]
Memory patching GameGuardian
Binary rewriting LIEF + patch
Key extraction DFA side-channel
Hook injection Substrate + Cydia
Before you ask

The questions every engineering leader asks.

morgana doesn't use any network calls, virtualization or monitoring threads to work. The secure vaults require runtime key derivation based on ultrafast system calls, so the overhead is negligible and can be validated using any code profiler.

See morgana stand up to your hardest attack.

Bring your hardest tampering scenario. We'll show you exactly what an attacker gets instead of your secret.

30-minute technical walkthrough with an engineer. No slideware, no SDR script.