CYZOG SECURITY & AI LABS

Engineering the Future of
Zero-Trust Security.

Cyzog is an independent R&D lab building military-grade cryptography and localized AI defense tools. No telemetry. No cloud dependencies. We build software for developers and privacy purists who refuse to compromise.

Explore Our Tools Read Our Philosophy

Flagship Product • Available Now

C127G Vault

C127G Vault

C127G is the ultimate localized secrets manager. Whether you are hiding personal crypto recovery phrases via True Pixel Steganography, or generating complex `.env` files for your production servers, C127G secures your data with Post-Quantum AES-256-GCM architecture.

LSB Steganography

Hide your encrypted vault directly inside standard .png images.

Developer .env Export

Instantly generate perfectly formatted environments.

Plausible Deniability

Deploy secondary decoy passwords for dummy vaults.

AES-256-GCM

128-bit quantum security margin to future-proof data.

Cyzog Labs

The Future is Local

We are actively researching and developing new tools at the intersection of local cryptography and on-device Artificial Intelligence.

IN DEVELOPMENT

Project: Neural Sentinel

A localized, air-gapped Large Language Model (LLM) designed specifically to audit codebases for security vulnerabilities without sending proprietary source code to cloud APIs.

IN RESEARCH

Project: Hardware Bridge

Integrating FIDO2 and YubiKey physical hardware authentication protocols into the Cyzog ecosystem for true physical-layer steganography extraction.

The Cyzog Manifesto

1. The Cloud is Someone Else's Computer. We believe that sensitive data—whether it is an AWS production key or your family's banking password—does not belong on external servers waiting to be breached.

2. Intelligence Should be Local. As AI becomes more powerful, privacy becomes more scarce. Cyzog is dedicated to building AI and security tools that run 100% on your local hardware. No API calls. No data harvesting.

3. Cryptography Must be Transparent. We don't roll our own crypto. We rely on peer-reviewed, industry-standard primitives like Argon2id and AES-256-GCM, deployed in open-auditable architectures.