Our Mission
Project QRE was founded on a single, critical principle: to build the cryptographic shield for the coming quantum era. We are dedicated to pioneering accessible, multi-layered security solutions that safeguard our digital future against both current and emerging computational threats. Our work is driven by a commitment to proactive, resilient, and forward-thinking security design.
Meet the Founder
Pashalis Laoutaris
Founder & Principal ResearcherWith over 10 years of experience in software engineering and security architecture, Pashalis Laoutaris has a deep focus on applied cryptography and secure system design. Driven by a passion for data privacy and future-proofing technology, he initiated Project QRE to create a tangible, defense-in-depth solution to one of the most significant security challenges of our time.
Frequently Asked Questions (FAQ)
Q: What is encryption, and why use it?
Encryption means we use protection of a classical layer (AES-256_GCM). We do this so you don't have to choose between proven speed and future-proof security. Even if one algorithm fails, your data remains protected by the other.
Q: What happens if I lose my Keyfile or Passphrase?
Your data will be permanently inaccessible. QRE Locker is designed with zero backdoors. Because we use a stateless architecture (the keys are derived from your inputs, not stored on a server), we cannot recover your files for you. We recommend keeping backups of your Keyfiles in a secure, physical location.
Q: Do I need an internet connection to use QRE Locker?
No. QRE Privacy Toolkit v2.5 is an offline-first desktop application. All encryption, key derivation, and entropy generation happen locally on your device. We do not transmit your keys or data to the cloud.
Q: Is this project open source?
Yes! We believe security tools must be transparent to be trusted. The full source code for QRE Privacy Toolkit (built in Rust and React) is available on our GitHub repository under the MIT License.
Q: Why did you switch from Python to Rust?
Our initial research Proof-of-Concept was in Python. For v2.0, we rewrote the core engine in Rust to achieve memory safety (preventing key leaks in RAM), portability (single executable file), and significantly higher performance (near-instant encryption of large files).
Q: What is "Paranoid Mode"?
Paranoid Mode is an optional feature for users who don't trust their operating system's random number generator. When enabled, QRE Privacy Toolkit mixes randomness from your hardware interactions (mouse movements, system timing) into the encryption keys, ensuring they are truly unpredictable.