Binary and mobile hardening
Obfuscation, anti-debug, anti-hooking, and root/jailbreak detection for iOS, Android, and desktop binaries — layered so stripping one control doesn't unlock the rest.
Services Anti-Reverse Engineering
Anti-Reverse Engineering
Ship your product without shipping your secrets.
We harden binaries, mobile apps, and AI models against decompilation, tampering, and model extraction — protection designed and stress-tested by the same offensive engineers who break these defenses for a living.
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What is anti-reverse engineering?
Anti-reverse engineering is the practice of making shipped software hostile to inspection: code obfuscation, anti-debugging, integrity checks, runtime application self-protection (RASP), and secret handling that survives a hostile device. The moment your app, binary, or model leaves your infrastructure, attackers can take it apart at leisure — protection determines what the effort actually earns them.
What you get
AI model protection
Defense against model extraction and theft for models you ship to devices or customer environments: encryption at rest, runtime attestation, and licensing enforcement.
Keys and secrets that survive
API keys, credentials, and cryptographic material handled so a decompiled build doesn't hand over the kingdom — attestation-backed, not security-through-hoping.
Attack-driven validation
We attack our own protections before you ship them. If our red team can lift your secrets in an evening, the protection goes back to the bench.
How it works
- 1
Exposure check
Free, ~1 week.We reverse-engineer your current build the way an attacker would and show you exactly what falls out: keys, logic, models, bypass points. Then a written plan with priorities and price.
- 2
Harden
Sized to your surface.We integrate protections into your build pipeline — obfuscation, integrity checks, RASP, secret handling — with performance budgets agreed up front.
- 3
Verify
Red team re-attack.The same engineers attack the hardened build. You get a before/after report showing what an attacker got then versus what they get now.
Anti-Reverse Engineering questions, answered
Can reverse engineering be completely prevented?
No — with enough time and skill, any shipped software can be analyzed. The goal is economics: raise the attacker's cost above the value of what they'd extract, and detect tampering fast when someone tries anyway. Honest framing matters here, because vendors promising 'unbreakable' protection are selling exactly what breaks first.
What can an attacker actually get from our mobile app?
In unprotected apps, typically: embedded API keys and secrets, proprietary business logic, hidden endpoints and feature flags, and a working map for abuse or clone products. Our free exposure check answers this question for your build specifically — it's usually more than teams expect.
Does obfuscation hurt performance?
Applied bluntly, it can. Applied selectively — heaviest protection on the crown jewels, lighter passes elsewhere — the impact is negligible for most apps. We agree performance budgets before hardening and measure against them after.
We ship models to devices or on-prem. Can you protect them?
Yes. On-device and on-prem models are exposed to extraction by design, so we combine encryption at rest, runtime attestation, licensing enforcement, and — where the architecture allows — keeping the most valuable weights server-side. The right mix depends on what leaves your infrastructure.
What does it cost?
We bill in 15-minute increments with an optional monthly cap, and the exposure check is free — so you'll know what protection is worth before you spend anything on it.
Your product ships to hostile hands the day it launches. That part isn't optional. The protection is.
Make them earn nothing
Send your company email and we'll come back with your exposure check.