What does Attest Shield actually verify at runtime?

It checks the environment your app was launched into. Is a debugger attached, has the operating system been jailbroken or rooted, is this an emulator rather than a handset, has a hooking framework such as Frida patched your functions, and does the running binary still match the one you signed. Each check returns a scored signal, and the SDK combines them into a single verdict your own code can branch on.

How much of my code has to change?

One dependency and one initialization call. The SDK is added through CocoaPods or Swift Package Manager on iOS and through Gradle on Android. There is no wrapper layer, no source rewrite, and no second build pipeline to maintain.

Which platforms and frameworks are supported?

iOS 12.0 and later, Android 8.0 and later. Native projects in Swift, Objective-C, Kotlin, and Java are supported directly, and because the SDK binds at the native layer, React Native, Flutter, and Xamarin apps receive the same checks without a separate integration.

What does this cost me in performance?

Checks run in parallel, off the UI thread, and resolve into a verdict in under three seconds from launch. The added binary footprint is under 5 MB. Nothing blocks rendering, and the app stays usable while verification is still in flight.

How is jailbreak and root detection resistant to bypass?

No single check is trusted on its own. The SDK cross-references filesystem artifacts, process and loaded-library tables, syscall behaviour, sandbox integrity, and environment anomalies, then scores the combination rather than tripping on any one signal. A bypass written against one signal does not carry the verdict on its own.

Does it help against intercepted traffic?

Yes. Certificate pinning is enforced, TLS validation is checked for tampering, and the SDK reports proxy configuration, injected trust anchors, and interception tooling present on the device. Your app learns the session is being watched before it sends anything worth reading.

Who is this built for?

Banking, fintech and payments, healthcare, gaming, e-commerce, government, and internal enterprise apps. The detection modules are identical across all of them. What changes per sector is the threshold at which a signal becomes a verdict, and what the app is instructed to do about it.

How long does a first integration take?

Fifteen to thirty minutes to have the SDK reporting in a debug build. Most teams spend another day or two tuning thresholds and deciding what each response tier should do before they ship it to production.

Does it work if my app is not native?

Yes. The SDK binds at the native layer beneath React Native, Flutter, and Xamarin, so the runtime checks behave identically no matter which framework your interface is written in.

Proof, not assumptions

Devices lie. Verify them.

A native SDK for iOS and Android that answers one question at launch: is this a real device, running your real binary, unmodified? Runtime checks and hardware-backed device identity behind a single verdict.

See the Stack ↘

🔒 Work email • No card • No sales sequence

Attestation Signed

Verdict

Tampered

resolved in 2.4s

Root detected Runtime · now

Hooking framework Runtime · now

✓

Device identity matched 2,000+ signals

25: Detection vectors
2000+: Hardware signals
4: Response tiers
<3 sec.: Verdict time

The Platform

Three parts, one chain of trust.

The SDK gathers the evidence, the console reads it, and your own services act on it.

Native SDKs

One dependency per platform. No wrapper layer, no source rewrite.

iOS · Swift / Objective-C
Android · Kotlin / Java
Minutes to integrate

Control Console

Live verdicts, device history, and the policy switches behind both.

Live verdict stream
Per-app rule sets
Audit trail & exports

Server-Side API

Read the same verdicts from your fraud, auth, or risk services — no mobile release required.

REST and webhooks
Signed, verifiable payloads
Optional module

The Stack

Three layers, one verdict.

All three ship together. You are billed on volume, never on the feature list.

Runtime

Runtime Verification

Five detection families run in parallel from launch and resolve into one scored verdict in under three seconds.

Debugger attachment
Jailbreak and root
Emulators and VMs
Hooking frameworks
Reverse-engineering tooling

Where It Runs

For the apps attackers study first.

Same detection modules everywhere. What changes is the threshold and the response.

Banking & Finance

Stop account takeover from tampered clients and intercepted sessions.

Healthcare

Keep patient records off jailbroken and instrumented devices.

Gaming

Catch modified clients, memory editors, and patched binaries.

E-Commerce & Retail

Verify the handset behind every checkout and loyalty redemption.

Fintech & Digital Payments

Attest the device before a wallet signs or a key is unsealed.

Government

Assurance evidence for citizen-facing and internal apps.

Want a verdict on your own app?

We run the SDK on a rooted device.

Fifteen minutes, live, no slides. We walk you through everything it reports — integration detail, threat-model debate, or a second opinion on what you run today.

See the Stack ↘

🔒 Work email • No card • Priced on volume

🔒 See it on a real device

Book a walkthrough.

Leave a work email. We send times, then run the SDK live against a compromised device. One thread to arrange the session. Nothing else, ever.

See the Stack ↘

🔒 Work email • No card • Priced on volume

Have a question? Ask an engineer.

Integration detail, threat-model debate, or a second opinion on what you run today.

contact@attestshield.com

Worldwide · Remote-first

Devices lie. Verify them.

Three parts, one chain of trust.

Native SDKs

Control Console

Server-Side API

Three layers, one verdict.

Runtime Verification

Device Identity

Remote Response

For the apps attackers study first.

Banking & Finance

Healthcare

Gaming

E-Commerce & Retail

Fintech & Digital Payments

Government

We run the SDK on a rooted device.

Book a walkthrough.

Have a question? Ask an engineer.