JSVMP PROTECTION
Our virtualization technology converts your JavaScript into a custom instruction set executed by a secure virtual machine. Make your code virtually impossible to reverse-engineer.
Why Choose JSVMP for your Business?
Standard obfuscators like UglifyJS or basic scramblers only rename variables. Any experienced reverser can "beautify" that code in seconds. JSVMP is different.
Unrivaled Security
By converting code into a custom instruction set, we strip away the semantic meaning of your original JavaScript. The logic is hidden inside a proprietary virtual machine.
Anti-Tamper Technology
Our protection includes integrity checks. If a malicious actor tries to modify the encrypted code or run it in a forbidden environment, the VM will automatically lock down.
IP Protection
Protect your proprietary algorithms, API keys, and business logic from being stolen by competitors or unauthorized third parties.
Industry Use Cases
Web Gaming
Prevent cheating, asset stealing, and logic injection in HTML5 and Cocos Creator games.
Fintech & Web3
Secure sensitive transaction logic, encryption modules, and wallet interaction code.
SaaS Platforms
Protect client-side licensed software and complex calculation engines from illegal redistribution.
Virtualization
Translates JavaScript into a custom bytecode format, making standard debugging tools useless against your logic.
Self-Defense
Built-in traps detect code beautification, tampering, and illegal debugging environment to protect integrity.
Zero Latency
Optimized VM kernel ensures that even complex protection layers have minimal impact on execution performance.
Frequently Asked Questions
What is JSVMP?
It is a professional-grade obfuscation tool that uses Virtual Machine Protection (VMP) technology to secure JavaScript code beyond simple minification.
Is it foolproof?
While no protection is 100% unbreakable, VMP technology significantly raises the cost and difficulty of reverse engineering to a level where it is no longer viable for most attackers.
Does it support ES6+?
Yes, but for optimal compatibility and protection strength, we recommend converting your code to ES5 before encryption if using very experimental features.