The first private build of Zbelthas is now running on Linux. Intensive internal fuzzing tests are in progress across all three modules — Wallet, Chat, and Browser — with focus on cryptographic edge cases and IPC channel security.
Zbelthas™ trademark formally registered, demonstrating our long-term commitment to the project and brand identity. Official community channels established with verified domain identifiers to prevent impersonation.
ML-DSA-87 and ML-KEM-1024 fully integrated across all modules. NIST FIPS 203 and FIPS 204 implementations verified against official test vectors. Hybrid classical + post-quantum layers confirmed operational.
TPM 2.0, Apple Secure Enclave, and Android StrongBox integration finalized across all target platforms. Cryptographic keys are now fully hardware-backed — generated inside secure hardware and never exposed to software memory.
The process-isolation architecture between Wallet, Chat, and Browser modules is now locked and verified. Encrypted IPC channels validated — no shared memory, no cross-module data leakage under adversarial conditions.
First internal test builds distributed to the core team. Initial focus on key generation correctness, wallet operations across all supported chains, and message delivery under network disruption scenarios.
Ethereum (+ L2s), Solana, and Bitcoin support implemented with MPC key sharding across all chains. Native domain resolution for .eth, .sol, and .sats addresses — no copy-paste hex strings required.
Codebase passes zero-unsafe-blocks audit. Rust ownership model confirmed to eliminate all tracked C/C++ vulnerability classes — buffer overflows, use-after-free, null pointer dereferences, and data races — at compile time.
P2P encrypted messaging with per-message perfect forward secrecy implemented using ML-KEM key encapsulation. Zero server-side metadata architecture confirmed — no message timestamps, no contact lists, no read receipts stored anywhere.
Fingerprint randomization (Canvas, WebGL, fonts, screen metrics), WebRTC IP leak protection, and encrypted DNS (DoH/DoT) implemented. Zero persistent storage verified — no cookies, no localStorage, no history survives session end.
Core Rust libraries compiled and tested for Windows, macOS, Linux, Android, and iOS. Unified build system established with platform-specific security hardening for each target environment.
Zbelthas development begins with a clear mission: build a post-quantum privacy platform with zero custodial exposure, zero metadata collection, and verifiable security guarantees based on published NIST standards.