PROJECT-VOID: The Invisible Stealth Vault (Native C++)

PROJECT-VOID is a high-performance, native C++ cryptographic engine specifically engineered for Android/Termux environments. It provides Military-Grade Encryption at the block level, ensuring that your sensitive data remains truly invisible to forensic tools and unauthorized access.

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🛡️ Why PROJECT-VOID?

Unlike standard "Vault" apps that use weak Java-based file locks, PROJECT-VOID is a low-level engine that interacts directly with the hardware via Native C++.

Key Features:

• Zero-Header Stealth: Encrypted files carry no file signatures or magic headers. To any forensic analysis tool, they appear as High-Entropy Random Noise, making them indistinguishable from corrupted data.
• AES-256-CBC Encryption: Uses the industry-standard 256-bit Advanced Encryption Standard for maximum security.
• SHA-256 Key Derivation: Your password is hashed using SHA-256 to generate a unique, unbreakable cryptographic key.
• Hardware Optimized: Written in pure C++ for lightning-fast encryption of large files (GBs) without system lag.
• Anti-Forensic Input: Uses secure terminal masking for password entry, leaving zero trace in the system's input history.

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⚙️ Technical Specifications

• Language: Native C++ (Clang Optimized)
• Library: OpenSSL (libcrypto)
• Encryption: AES-256-CBC
• Hashing: SHA-256
• Platform: Android (Termux / Linux Environment)

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🛠️ Installation & Build

Building the engine is straightforward. Ensure you have clang and openssl installed in your Termux environment.

1. Build the Engine:

clang++ -O3 vault_core.cpp -o vault -lcrypto

2. Set Permissions:
Bash

chmod +x vault
📂 Usage Guide
Encrypt a File (Send to Void):
Bash

./vault e <input_file_name> <output_name.void>

You will be prompted to enter a secret password. Note: The input will be invisible as you type.

Decrypt a File (Back to Reality):
Bash

./vault d <encrypted_file.void> <original_file_name>

🧑‍💻 Developer
Lead Architect: core-soul
Project Goal: To bring desktop-level cryptographic stealth to mobile devices

Disclaimer: This tool is developed for privacy and security research purposes. Always remember your passwords; encrypted data cannot be recovered without the correct key.

© 2026 PROJECT-VOID | Engineered with Native C++