A custom Linux kernel where every process gets its own dialect seed. Memory is encrypted at the page level. The filesystem speaks dialect natively. And it ships with every tool you need to try to break it.
DialectForge isn't a userspace wrapper. It's built directly into the Linux 6.12.12 kernel as a subsystem.
HKDF-SHA256 derivation tree. Root seed branches into volume, directory, and file seeds. Every process inherits a unique dialect at fork().
Memory pages encrypted transparently using dialect-derived keys. AES-256-GCM for secure path, HMAC-SHA256 XOR keystream for fast path. Zero userspace changes needed.
Native kernel VFS stacking filesystem. No FUSE. Files encrypted on write, decrypted on read, using the seed hierarchy. Transparent to applications.
Three-tier software model: Native, Adopted, Quarantine. Untrusted processes get ephemeral seeds with TTL expiry. Nuke all quarantine zones in one revocation.
Linux Security Module with 10 hooks. Blocks cross-dialect ptrace, isolates network sockets per seed, enforces quarantine tier on exec, file open, and IPC.
Per-PID behavioral scoring. Weighted events for socket creation, blocked file access, cross-dialect ptrace. Automatic lockdown at threshold.
From hardware to userspace, every layer is dialect-aware.
v1.0 is a minimal, secure base image. Boot from USB, explore the DF subsystem, test the kernel-level encryption. Pentest tools coming in v1.1. Download the image, flash it, break it.
DialectForge OS kernel technology is protected by provisional patent (filed February 25, 2026) covering dialect-based memory encryption, hierarchical seed derivation, cyclic cipher refresh, quarantine zones, and kernel-integrated anomaly detection.