We build the protection that ships inside your app.
Valtur Technologies engineers runtime defence for mobile applications. Writing software is how we build it, not a separate thing we sell.
01 — The thesis
Protection is a build problem before it is a security problem.
An application is attacked as a binary, so it has to be defended as a binary. That means the defence has to be compiled in, not bolted on, and the people writing it have to be the people who understand how the thing was built in the first place.
That is why we are a software company. Development is not a second service line running next to the security work. It is the method. RaspLab, our runtime protection product, is what the method produced.
02 — How we defend
Layered defence, compiled into every build.
Repackaging and tampering
the shipped binary
the app verifies itself at runtime
Debugging
debugger and ptrace attach
blocked in the native layer
Hooking and instrumentation
injection at runtime
detected from native code
Compromised environments
root, stealth root, emulators
environment integrity checks
Static reverse engineering
the package at rest
payload protected at rest
Memory extraction
the live process
anti-extraction enforcement
Key custody
your signing keys
keys never leave the vault
03 — Integration
No SDK. No source changes.
Step 01
Upload
You send us the package you already build.
Step 02
Pick a profile
Defence layers are selected per build, not per line of code.
Step 03
Ship the hardened artifact
You get back a signed build with every layer compiled in.
09
defence layers per build
04
Android ABIs hardened
00
raw personal data stored
100
% of events signed
Product 01
RaspLab
Runtime application self-protection for Android. The protection engine ships inside the app it defends, and the telemetry shows you the attack while it is happening.
04 — Software
The practice behind the protection.
The same team builds and ships software for clients: web applications, mobile apps, hosting, and search. It is real work on a real invoice, and it is where the binary-level knowledge that the protection work depends on comes from.