Scorpion Labs Logo

SCORPION LABS

Quantum-secure innovation in defense & technology

Mission Critical Innovation

Scorpion Labs is a defense-focused engineering and software firm pioneering quantum-safe technologies, embedded systems, and secure infrastructure. We design advanced systems for aerial defense, satellite operations, and military-grade cybersecurity.

Drone Defense Systems Satellite Communications Orbital Operations

Core Capabilities

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Quantum Security

Next-generation encryption and quantum-safe protocols for military and government applications.

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Aerial Defense

Advanced drone defense systems and autonomous aerial surveillance platforms.

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Satellite Systems

Secure satellite communications and orbital infrastructure management solutions.

Embedded Systems

High-performance embedded solutions for mission-critical defense applications.

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Cybersecurity

Military-grade cybersecurity frameworks and threat detection systems.

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R&D Innovation

Cutting-edge research and development in emerging defense technologies.

By The Numbers

99.9%
System Uptime
256-bit
Quantum Encryption
24/7
Mission Support
50+
Defense Contracts

Zero Vault

Military-grade quantum-safe file encryption using Kyber-768 post-quantum cryptography and AES-GCM. Your files remain secure even against future quantum computer attacks.

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Quantum-Safe

Uses NIST-approved Kyber-768 key encapsulation mechanism, designed to resist quantum computer attacks.

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Hybrid Encryption

Combines post-quantum Kyber with AES-256-GCM for optimal security and performance.

Zero Trust

Files encrypted locally on your device. Keys never leave your control.

How Zero Vault Works

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1. Key Generation

Generates quantum-safe Kyber-768 keypair (1184-byte public key, 2400-byte private key)

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2. Encapsulation

Creates shared secret using post-quantum key encapsulation mechanism

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3. AES Encryption

Uses shared secret as AES-256-GCM key for high-speed file encryption

Technical Specifications

Post-Quantum Algorithm:
Kyber-768 (NIST Level 3)
Symmetric Encryption:
AES-256-GCM
Key Sizes:
Public: 1184 bytes, Private: 2400 bytes
Security Level:
256-bit quantum resistance

Interface Preview

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Main Interface Screenshot

main-interface.png

File Selection & Encryption

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Key Management Screenshot

key-management.png

Quantum-Safe Key Generation

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Encryption Progress Screenshot

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Real-time Encryption Status

Architecture Overview

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Native C Library

libkyber.dylib for optimized quantum-safe operations

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Python Interface

ctypes bindings for seamless integration

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Cryptography Library

Industry-standard AES-GCM implementation

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Local Storage

Keys and encrypted files stored locally

Ready for Quantum-Safe Security?

Protect your files with military-grade post-quantum cryptography

Secure Communications