Secure memory handling primitives for Rust — zeroization on drop, mlock-protected regions, constant-time comparison, and compile-time enforced memory safety boundaries
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Updated
Jul 14, 2026 - Rust
Secure memory handling primitives for Rust — zeroization on drop, mlock-protected regions, constant-time comparison, and compile-time enforced memory safety boundaries
Secrets that live only as long as you do — a session-bound, memory-zeroizing dead-man's-switch. Locks secrets in non-swappable RAM and wipes + SIGKILLs the instant your session dies. Hardened Rust, seccomp-confined, with an MCP adapter for agents.
Secure, pooled buffers with aggressive memory management
A portable, cross-platform encrypted container. Secure workspace with zero-trace memory management.
LAN security with physical QR verification + cryptographic defense-in-depth. Rust implementation of 7-layer defense architecture. 局域网安全方案:物理二维码验证 + 密码学纵深防御,Rust七层防御架构实现。
A dependency-free, no_std Rust crate for secure in-memory secret handling, constant-time checks, and automated clear-on-drop zeroization.
Multi-password, order-sensitive folder encryption CLI. Think Rubik’s Cube meets combination lock. Every password turns the cube. Only the exact twist sequence lands on the solving state that opens the box.
Userspace WireGuard® Implementation in Rust
Encrypt & compress folders with YubiKey hardware security — AES-256-GCM, touch-to-decrypt, cross-platform Rust GUI
Post-quantum-oriented file encryption CLI in pure Rust — AES-256-GCM + HKDF-SHA256, Argon2id passphrases, symmetric-only by design 🔒
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