XSOC™
Engineered for the AI & Post-Quantum Era
Ground-breaking encryption strength & speed in an ultra-lightweight package
WHAT IS
TM
XSOC
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Engineered for the AI & Post-Quantum Era
Legacy encryption is no longer sufficient. XSOC™ is engineered from first principles to defeat AI-driven inference, recursive modeling, and quantum-based decryption- delivering true cryptographic resilience for the modern enterprise.
✔ 100% AI-Inferred Data Attack (AIDA) resistance
✔ Quantum-safe encryption up to 51,200 bits
✔ Sub-millisecond initialization, pure software
✔ FIPS 140-2 Certified (Cert #4028), UL 2900-1 Validated
✔ Available as SaaS or On-Prem Deployment
XSOC™ takes data security beyond AES, beyond PQC, and beyond static cryptography.
THE XSOC™ ENGINE
A One-of-One Cryptosystem
The XSOC Engine is a next-generation symmetric cryptosystem that introduces a fundamentally new paradigm for securing data in motion and at rest. Rather than evolving from legacy block or stream cipher standards, it re-architects encryption from the ground up to defeat real-time adversarial AI modeling and quantum computing threats — without relying on algebraic structures or centralized key management. XSOC’s engine is exceptionally fast, light, and battle-ready.
Key Innovations
Real-Time Key Modulation
Dynamic, non-deterministic keys evolve live during every session — countering Recursive AIDA, Ouroboros-AI, and inference swarm attacks.
Waveform Block + High-Speed Stream Cipher
Combines entropy-rich waveform block encryption with a performance-optimized stream cipher, eliminating the overhead typical in hybrid cryptography.
True Quantum Resistance
XSOC uses no algebraic math, no lattices, and no polynomial traps — making it fundamentally resistant to quantum decryption techniques.
Sub-Millisecond Initialization
~4,000 lines of code. Entropy-powered by CSPRNG or QRNG. Deploys and runs instantly on everything from IoT to cloud VMs.
Move Beyond Threats, Move to XSOC™
AI-driven and post-quantum threats demand more than patched legacy systems. XSOC™ delivers true end-to-end resilience:
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Designed from inception to counter AIDA
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Avoids PQC vulnerabilities common to lattice-based cryptography
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Not just an upgrade—a leap into the future of encryption
Enterprise-Grade Performance:
✓ Built-in Perfect Forward Secrecy
✓ Exponentially outperforms AES-256 & ChaCha20 in pure software
✓ Stateless and embeddable across platforms
✓ Certified FIPS 140-2 (Cert #4028)
XSOC vs. Conventional Encryption: A Paradigm Shift
FEATURE | AES-256 | XSOC | PQC (Crystals kyber) |
|---|---|---|---|
AI-drive Data Attack (AIDA) Resilience | ❌ NO | ✅ YES | ❌ NO |
Dynamic Key Modulation | ❌ No (Static S-Box) | ✅ YES | ❌ No (Fixed Algorithmic Structures) |
Perfect Forward Secrecy (PFS) | ❌ NO | ✅ YES | ✅ YES |
Computational Overhead | ⬆️ High | ⬇️ Minimal | ⬆️ Extremely High |
Latency in Encryption | 🔴 Hardware Dependent | 🟢 Near Zero | 🔴 High (Lattice Complexity) |
Efficiency on Low-Power Devices | ❌ NO | ✅ Yes (Optimized & Embedded) | ❌ NO |
Quantum-Resistant | ❌ NO | ✅ YES | ⚠️ Mathematically Complex, but Al-Targetable |
FEATURE | AES-256 | XSOC | PQC (Crystals kyber) |
|---|---|---|---|
AI-drive Data Attack (AIDA) Resilience | ❌ NO | ✅ YES | ❌ NO |
Dynamic Key Modulation | ❌ No (Static S-Box) | ✅ YES | ❌ No (Fixed Algorithmic Structures) |
Perfect Forward Secrecy (PFS) | ❌ NO | ✅ YES | ✅ YES |
Computational Overhead | ⬆️ High | ⬇️ Minimal | ⬆️ Extremely High |
Latency in Encryption | 🔴 Hardware Dependent | 🟢 Near Zero | 🔴 High (Lattice Complexity) |
Efficiency on Low-Power Devices | ❌ NO | ✅ Yes (Optimized & Embedded) | ❌ NO |
Quantum-Resistant | ❌ NO | ✅ YES | ⚠️ Mathematically Complex, but Al-Targetable |
XSOC™ SaaS
XSOC™ SaaS delivers the full cryptographic power of the XSOC engine via a secure, cloud-native delivery model. Designed for CISOs and IT leaders who need instant protection, centralized control, and compliance-ready encryption — without managing complex hardware or infrastructure. XSOC SaaS is flexible, standards-based, and battle-tested across cloud and hybrid environments.
Key Capabilities:
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Centralized Web Console — for unified key, policy, and entropy orchestration
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PKCS#11-Compliant — integrates cleanly with legacy or cloud HSM workflows
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Dedicated or Multi-Tenant Instances — tailored to compliance and sovereignty needs
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NexusKey™ Tokenization & Proxy Encryption — delivers tenant-specific key isolation and AI-inference resistance
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QRNG-Generated Keys — ensures maximum entropy, impervious to modeling attacks
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Real-Time Monitoring & SIEM Feed Integration
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Multi-Cloud Compatibility — AWS, Azure, GCP, on-prem HSMs and hybrid clouds
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NEXUSKEY™
Identity-Controlled Encryption That Can’t Be Bypassed
NexusKey™ isn’t just an access solution—it’s a cryptographic enforcement layer. While most systems rely on perimeter tools or cloud IAM to make access decisions, NexusKey embeds identity, policy, and authentication directly inside the encryption itself. That means even if attackers breach firewalls or intercept credentials, they still cannot decrypt or misuse sensitive data—because the key simply won’t work without real-time, multi-factor validation.
In today’s era of AI-driven credential theft, lateral movement, and static encryption exploits, NexusKey closes the last mile of cyber defense by fusing access control and cryptography into one inseparable system.
The Advantage: NexusKey vs. Traditional Access Control
NexusKey™ is architected for adaptability in the most advanced threat environments. Its combination of dynamic key evolution, multi-tiered segmentation, and MFA-bound decryption ensures that even sophisticated adversaries—human, machine, or AI—cannot observe, infer, or replicate access behavior. With cryptographic provenance embedded into every transaction, data assets become inherently verifiable, traceable, and tamperproof—delivering compliance-grade integrity for regulators, forensic audits, and sovereign zero-trust mandates.
Legacy IAM / Key Mgmt
External token or credential-based access
Credentials = breach risk
Keys stored, rotated periodically
Logs stored after the fact
Can be replayed or escalated
NexusKey™
Access tied to encryption itself—only decryptable with MFA
Credentials alone are insufficient to gain access
Keys are ephemeral, context-specific, never stored
Audit embedded in the encryption operation
Access is one-time use, policy-bound, and decays instantly