Is TitanPL Secure?
More than just a framework. TitanPL is a high-performance, zero-trust execution environment that prioritizes your data safety without sacrificing speed.
Security Benchmark
How TitanPL redefines backend safety compared to standard runtimes.
| Security Feature | Node.js | Deno | TitanPL |
|---|---|---|---|
| Memory Safety (Core) | Manual (C/C++) | Rust Core ✅ | Rust Core ✅ |
| Native Sandbox | None | Permissions ⚠️ | Process-Isolated ✅ |
| Post-install Scripts | Allowed (Risk) | None ✅ | Blocked (Gravity) ✅ |
| Binary Verification | Partial | Partial | Signed & Static ✅ |
V8 Isolate Pools
Every action runs in a dedicated V8 isolate. Memory is locked, garbage collection is scoped, and cross-action pollution is architecturally impossible.
Gravity Isolation
Native extensions don't just run; they orbit. We spawn separate processes for native code, ensuring that an exploit in a bridge cannot reach the engine core.
Zero-Trust Config
TitanPL ignores all native modules by default. Only those explicitly authorized in your signed `tanfig.json` are granted execution rights.
Supply Chain Defense
No Implicit FS Write
TitanPL prevents JS actions from writing to sensitive system directories by default.
Signed Distributions
All engine components are checksum-verified before the server boots.
Native IPC Lockdown
Communication between the JS runtime and Rust core is strictly typed and audited.