POST-QUANTUM KEY SOURCE
Generating secrets
Generate quantum-secure keys on demand to with zero key sharing and zero local storage required.
QUANTUM-SECURE BOUNDARY
No Key Exchange.
No key persistence.
Sharing encryption keys or cryptographic variables between endpoints remains a critical security risk, weakening quantum-ready data protection, key management, and execution control.
While PQC updates math, it requires sending keys over the network, leaving transit vulnerabilities wide open.
NEXT-GENERATION SECURITY
Inherently resilient.
Built for tomorrow.
As computing power advances and cyber threats evolve, Darkforce™ provides quantum-ready cryptographic protection for sensitive data and execution authority, designed for long-term resilience against emerging threats.
POST-QUANTUM CRYPTOGRAPHY
Bypass key transit.
Removing the need to route keys across the wire dramatically reinforces your next-generation defense for sensitive assets and system command permissions.
CRYPTO AGILE
Encryption Overview
Information-theoretic security is mathematically unbreakable, even against unbounded adversaries. Computational security only protects against bounded adversaries.
| ENCRYPTION METHOD | PURPOSE | DATA SECURITY LEVEL | ENCRYPTION LEVEL |
|---|---|---|---|
| One-Time Pad (OTP) | Unbreakable encryption | Information-Theoretic | Quantum-Secure Encryption |
| CRYSTALS-Kyber | Key Encapsulation (KEM) | Computational | Quantum-Resistant Encryption |
| CRYSTALS-Dilithium | Digital Signature Authentication | Computational | Quantum-Resistant Encryption |
| AES | Encryption | Computational | Quantum-Resistant Encryption |
CUSTOMIZABLE ENCRYPTION
Encryption Levels
Each dataset, AI model, and execution-control asset can utilize quantum-secure or quantum-resistant encryption based on its security requirements.
QUANTUM-SECURE ENCRYPTION
Based on cryptography that is mathematically unbreakable — secure against quantum computers. Gold standard for future-proof security.
Security is mathematically unbreakable, regardless of an attacker’s time and power.
Does not utilize security dependent on encryption complexity.
Protects against any adversary with unlimited time and power.
Protects against any adversary with limited time and power.
Protects data from ransomware attacks and attenuates ransom claims.
Protects data from harvest now, decrypt later attacks.
QUANTUM-RESISTANT ENCRYPTION
Based on post-quantum cryptography with high computational difficulty — resists quantum attacks. Strong now but could have future vulnerabilities.
Does not utilize security that is mathematically unbreakable.
Encryption complexity increases difficulty for adversaries with limited time and power.
Encryption complexity is vulnerable to adversaries with unlimited resources.
Strong protection against adversaries with practical limits on time and power.
Provides varying protection dependent on implementation parameters.
Varying harvest now, decrypt later protection dependent on implementation parameters.
Control the machine.
Office Locations
Americas | Darkforce Inc
108 Wild Basin Road South, Suite 250
Austin, TX 78746
555 Fayetteville Street, Suite 300
Raleigh, NC 27601
Washington, DC
Coming Soon
108 Wild Basin Road South, Suite 250
Austin, TX 78746
Raleigh, NC 27601
Coming Soon