Arxam seals your Windows desktop apps inside a hardened protection layer: anti-tamper, code virtualization, and license enforcement, without changing a line of your source. Drop in the SDK, build, and ship something no one can pull apart.
Every Arxam build is mixed from the same shelf of reagents. Enable what your threat model needs, then turn the rest off. Each module is independently configurable per build profile.
Continuous self-checksums detect a single patched byte and halt, or silently corrupt, the running process. Self-healing sections restore from encrypted backups.
Control-flow flattening, opaque predicates, and instruction substitution turn a clean disassembly into a wall of noise. String and resource encryption hides your secrets.
Mark your crown-jewel functions and Arxam recompiles them to bytecode running on a per-build randomized virtual machine. There is no native code left to read.
Detects debuggers, hooks, sandboxes, and analysis VMs across dozens of signals. Responds with your chosen policy: exit, mislead, or report and continue.
Node-locked, floating, subscription, and trial licenses with online or air-gapped activation. Issue, revoke, and meter keys from the Arxam dashboard or API.
Every tamper, crack attempt, and blocked debugger streams back in real time. See which builds are under attack, from where, and how, before it spreads.
Arxam operates on your compiled binary, not your repo. There's nothing to refactor,
no framework to adopt, and no runtime to bundle for your users. Point the hardening step at
your .exe or
.dll and ship the result.
Works on native C/C++, Rust, Delphi, .NET, and Electron desktop binaries.
A single command in your pipeline. Reproducible, signed, and cache-friendly.
Every release ships a unique VM and layout, so cracking one build teaches an attacker nothing about the next.
Install the SDK and, optionally, mark the functions you most want virtualized. No mandatory code changes.
Pick a protection profile in the dashboard, or define your own mix of modules, response policies, and license rules.
Run the Arxam hardening step in CI. It rewrites your binary and emits a signed, protected artifact.
Ship it. Watch tamper and crack attempts arrive in real time, and rotate protection on your next release.
Send us a binary under NDA and our engineers will harden it, then walk you through a disassembly of the before and after. Most teams are in production within two weeks.