
Security
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Quantum-Secure® Data Security
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Fast and Easy Implementation
Quantum-Secure® data protection is easy to use, easy to install and works with all data types (images, video, text).
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NIST PQC enabled frameworks
Secured2 Quantum-Secure® data security solution is fully integrated into today's NIST post-quantum (PQC) encryption frameworks.
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Data obfuscation at the core
Secured2's Quantum-Secure® technology uses physics to obfuscate, randomize, and mask data, ensuring unparalleled protection.
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Physics-based security layer
Secured2's patented physics-based security delivers provable protection, eliminating the vulnerabilities of math-based encryption.
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API enabled and cloud ready
Our physics-based security seamlessly integrates with any platform and application using our innovative security API.
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Indemnification Warranty
Our cyber indemnification warranty protects against financial losses from cyber threats, ensuring security confidence.
We built the only data security in the world using the immutable laws of physics.
Secured2's physics-based QuantaMorphic® security represents a revolutionary approach to data protection, leveraging the principles of physics rather than relying on traditional math-based encryption. Unlike conventional methods that depend on complex math-based algorithms vulnerable to quantum computing & AI advancements, QuantaMorphic® technology provides data obfuscation, binary shredding (not sharding), and physically separates data into randomized segments. This process ensures that even if your data is intercepted, the data remains entirely unusable and indecipherable without the unique reassembly process, making it inherently immune to quantum attacks.
At the core of QuantaMorphic® security is its ability to obfuscate data at a micro-segment level, creating a dynamic, layered defense that eliminates vulnerabilities associated with keys, algorithms, or computational brute force. By introducing a completely new way of securing information, QuantaMorphic® technology sets a new standard for quantum-secure® and physics-based protection, providing unmatched security for government, military, enterprise, and consumer applications in an increasingly hostile digital world.
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The Secured2 Quantum-Secure® Approach
Quantum-Secure® Data Security (Secured2) vs. Math-Based PQC Encryption
1. Fundamental Approach
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Secured2 Quantum-Secure® Security: Secured2 leverages physics-based security, eliminating reliance on mathematical encryption. Instead, it utilizes a unique process that transforms, randomizes, and physically separates data before reassembly. Acting as a layer of data obfuscation, Secured2 provides user control and access visibility. By removing the reliance on algorithms, it is inherently immune to quantum computing attacks.
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Math-Based Post-Quantum Cryptography (PQC): PQC relies on complex mathematical problems, such as lattice-based cryptography, which are designed to resist quantum attacks. However, PQC is still based on theoretical security models that may eventually be compromised by advancements in quantum computing.
2. Attack Resistance
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Secured2: Secured2 eliminates traditional attack surfaces by ensuring that intercepted data is rendered meaningless without full reconstruction. Its process shreds (not shards) data into randomized pieces that can only be reassembled through a proprietary method, making it resistant to brute force and cryptanalytic attacks.
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PQC: PQC increases computational difficulty for quantum attacks but remains dependent on encryption keys. These keys can still be targeted by attackers with sufficient quantum power or novel attack strategies, making it vulnerable to emerging quantum capabilities.
3. Computational Efficiency
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Secured2: Secured2 minimizes computational demands with a highly optimized multi-step algorithm. This approach includes a compression step that reduces data size by up to 80%, leading to faster data transmission and significantly lower latency. Its lightweight design makes it efficient for real-time applications.
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PQC: PQC, while effective, often requires substantial computational resources for key generation, encryption, and decryption. This can result in performance bottlenecks, particularly for systems requiring high throughput or low latency.
4. How They Work Together
Secured2 is designed to complement existing cryptographic systems, including PQC, by adding an additional layer of security within traditional encryption frameworks. This integration provides the following benefits:
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Enhanced Data Protection: Secured2 ensures that data remains secure even if traditional encryption or PQC algorithms are compromised.
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Compatibility: Organizations can retain their existing encryption systems while gaining the additional protection of physics-based security.
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Risk Mitigation: Secured2 addresses vulnerabilities associated with side-channel attacks and potential backdoors in PQC algorithms.
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Data Obfuscation: The physics-based approach fully randomizes and masks data, rendering it unreadable by attackers, even in the event of interception.
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Standards Approach: By blending Secured2 with NIST PQC you get the benefit of exceeding today's NIST and regulatory standards while providing a layer of 'guaranteed' security that future proofs your organization from further advancements of quantum and AI threats.
Conclusion
Secured2's Quantum-Secure® technology redefines data security by addressing the vulnerabilities of traditional and post-quantum cryptographic systems. Its physics-based, lightweight, and complementary approach not only mitigates current risks but also ensures long-term resilience against the evolving threat landscape, particularly in the age of quantum computing and intelligent computing systems like AI / AGI.








