

TM
HYBRID SYMMETRIC ENCRYPTION ENGINE
VARIABLE STRENGTH WAVEFORM BLOCK-CIPHER COMBINED WITH MAXIMUM SPEED STREAM-CIPHER TECHNOLOGY
TARGETED CRYPTOGRAPHIC KEY-EXCHANGE
SECURE KEY TRANSFER MECHANISM WITH SIMPLE / REALTIME SIGNAL ENCRYPTION CAPABILITIES
POWERING E2E ENCRYPTION ACROSS ANY PLATFORM, A ROBUST PEER-TO-PEER SYMMETRIC KEY EXCHANGE MECHANISM
WORLDWIDE END-TO-END ENCRYPTION
HYPER-FAST ENCRYPTED DATA TRANSMISSION
MAJOR SPEED AND SECURITY UPGRADE TO DATA TRANSFERS SIGNIFICANTLY OVER SECURE-FTP
TM

TM
OPTIMIZED SYMMETRIC ENCRYPTION ENGINE
Ground-breaking encryption strength & speed in an ultra-lightweight package
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TM
WHAT IS
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Legacy security can’t contain the new wave of AI-driven adversarial attacks, quantum decryption, and AIDA-based modeling. XSOC™ is the new cryptographic paradigm that anticipates and neutralizes threats before they emerge—delivering:
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100% AI-driven Data Attack (AIDA) Resistance
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Quantum-Safe Encryption With Zero Latency
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High-Performance, Zero Overhead Security
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Enterprise-Grade SaaS or On-Prem Deployments​
The world is moving beyond AES, beyond PQC, and beyond static, predictable cryptography. XSOC™ takes data security beyond all of it—into the future.
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A 1-of-1 Optimized Encryption Engine
Unlike traditional solutions (AES, ECC, lattice-based PQC), XSOC™ isn’t just another standard- it’s an entirely new cryptographic paradigm:
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Adaptive, Non-Deterministic Key Modulation
Real-time key changes thwart AI-based cryptanalysis, including Recursive AIDA, Ouroboros-AIDA, and Swarm Intelligence. -
Waveform Block + High-Speed Stream Cipher
Unprecedented speed and security—without the overhead of hybrid solutions. -
Truly Quantum-Resistant
Avoids algebraic structures (like Crystals-Kyber) to block quantum decryption at its core. -
Sub-Millisecond Initialization
Lightweight (4,000 lines of code) and ready in under 1ms, powered by pure entropy (CSPRNG or QRNG)—far faster than AES.
Engineered for the AI & Post-Quantum Age
XSOC™ eliminates legacy weaknesses while optimizing for performance, flexibility, and resilience:
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Fully Quantum-Resistant
No reliance on static keys, lattice-based math, or fixed-state S-Boxes. -
Perfect Forward Secrecy (PFS)
Dynamic key modulation for each session—no replay or inference attacks. -
No Computational Overhead
Outperforms AES-256 and ChaCha20 without specialized hardware. -
Built for High-Throughput & Streaming
Real-time, large-scale encryption without latency. -
Lightweight & Scalable
Runs on IoT devices, embedded systems, databases, or cloud environments with minimal resource use.

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We’re proud to announce XSOC™ has achieved FIPS 140-2 Certification (Cert #4028) after rigorous testing by AEGISOLVE (NVLAP Lab Code: 200802-0). This underscores our commitment to the strict security standards required by federal agencies, financial institutions, and healthcare organizations.
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Available in Java (single JAR) with Rust, C, C++, and C# coming soon.
Move Beyond Threats- Move to XSOC™
AI-driven adversaries and quantum decryption demand more than patched-up legacy encryption. XSOC™ gives you true end-to-end protection—a leap forward, not just an upgrade.
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Unlike AES and other legacy cryptosystems that struggle under AI-powered adversarial models, XSOC™ was designed from inception to counteract AIDA threats and PQC vulnerabilities.
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XSOC Vs, Conventional Encryption: A Paradigm Shift

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SaaS: Advanced Security as a Service
Meet the growing demand for scalable, flexible encryption with XSOC™—delivered as a cloud-based, subscription platform. Protect against AI-driven and quantum threats without heavy on-prem overhead.
Key Capabilities
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Centralized Management
A unified console for keys, policies, and configurations. -
PKCS#11-Compliant Key Lifecycle
High-assurance encryption aligned with strict industry standards. -
Dedicated Instance Support
Fully isolated deployments for organizations needing standalone environments. -
Tokenization & Proxy Encryption
HyperKey-powered multi-tenant tokenization for secure access control. -
QRNG-Generated Key Virtualization
True randomness that thwarts AI-based key inference. -
Multi-Cloud Integration
Works seamlessly with AWS, Azure, GCP, and on-prem HSMs. -
Real-Time Monitoring
Continuous analytics for proactive threat detection and response. -
Compliance Support
Detailed audit logs and reporting to streamline regulatory requirements.
Benefits
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Rapid Deployment
Launch advanced encryption quickly—no complex on-prem setup needed. -
Cost-Effective
Subscription-based model reduces CapEx while guaranteeing the latest security updates. -
Accessibility & Remote Administration
Manage your security posture from anywhere, anytime.
Empower your organization with XSOC™ SaaS—ensuring robust protection against AI-driven attacks and quantum threats in a flexible, scalable manner. Protect your most valuable assets in an ever-evolving threat landscape.

TARGETED CRYPTOGRAPHIC KEY EXCHANGE
UL 2900-1 Certified secure key transfer mechanism design to empower industrial, broadcast, and multi-cast environments
WHAT IS
SOCKET
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SOCKET represents a paradigm shift in secure key distribution, offering LAN-based, AI-adversarial resistant, and post-quantum resilient encryption. With its unicast, multicast, and broadcast key distribution models, sharded ephemeral key infrastructure, and zero SSL certificate dependencies, it is the ideal cryptographic solution for tactical, industrial, and mission-critical networks.
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PFS ensures uncompromised forward security
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No central certificate authority = No PKI vulnerabilities
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No single point of failure = Zero AI inferential risk
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Designed for closed, semi-closed, and intermittent ad-hoc networks
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Next-Generation Key Exchange for Closed & Ad-Hoc Networks
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Traditional TLS-based encryption relies on SSL certificates prone to expiration, revocation, and AI-driven attacks. SOCKET replaces this with a closed, semi-closed, or ad-hoc mesh network approach—featuring unicast, targeted multicast, and targeted broadcast capabilities for dynamic, ephemeral, and AI-resilient encryption. UL CAP–certified for cybersecurity assurance, SOCKET excels in private networks, industrial IoT, tactical comms, and air-gapped infrastructures.
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Decentralized & Autonomous Key Distribution
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No Central Authority: Operates off-network or offline, using peer-to-peer (P2P) authenticated key exchanges—no single point of failure or reliance on PKI.
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Air-Gapped Ready: Perfect for isolated or intermittent environments.
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AI-Resilient, Ephemeral Keys
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Sharded Key Exchange: Splits keys across multiple trusted nodes, ensuring adversaries can’t reconstruct a full key from a single capture.
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Perfect Forward Secrecy (PFS): Each session uses a brand-new key, so past data can’t be decrypted even if future keys are compromised.
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Unicast, Targeted Multicast & Broadcast
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Unicast: Direct peer-to-peer encryption for private channels.
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Multicast: Shares keys only with pre-approved endpoints.
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Broadcast: One-to-many secure distribution for mass messaging or system-wide updates.
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No SSL Certificates & Post-Quantum Security
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TLS Alternative: Eliminates SSL dependencies, renewals, and certificate authorities—ideal for military, financial, and ICS networks.
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Quantum-Resistant: Steers clear of algebraic or lattice-based methods, thwarting both AI-driven cryptanalysis and future quantum decryption attempts.
Future-Proof Your Network Today
Ditch static keys and certificate overhead. With SOCKET, your keys stay dynamic, decentralized, and safe—whatever today’s threats or tomorrow’s quantum breakthroughs bring.
SOCKET vs. Traditional Key Exchange Mechanisms

SOCKET Deployment Scenarios​​​
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1. Closed & Air-Gapped Networks
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Mission-critical tactical (military, defense, intelligence)
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Ultra-low-latency financial trading platforms
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SCADA/ICS control networks for energy
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Zero-trust Industrial IoT (IIoT) factories
2. Wireless, RF & Near-Field Key Exchange
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Ad-hoc drone-to-drone or drone-to-ground encryption
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RF mesh security for UAV swarm coordination
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Isolated command-and-control (C2) networks
3. Critical Infrastructure & Emergency Response
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Encrypted disaster recovery and emergency data channels
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SCADA/ICS protections for energy grid security

WORLDWIDE END-TO-END ENCRYPTION
Powering E2E encryption across any platform with a robust peer-to-peer symmetric key exchange mechanism

WHAT IS
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WAN-SOCKET is next-generation Peer-to-Peer Encryption for a Zero-Trust world.
Traditional VPNs, TLS protocols, and centralized PKI have proven vulnerable to AI-driven data attacks (AIDA), quantum decryption, and state-sponsored adversaries.
WAN-SOCKET reinvents end-to-end encryption (E2EE) with a truly decentralized, high-speed, quantum-resistant design—no intermediaries, no static keys, and no single points of failure.
Meeting Today's Challenges
Core Innovation: Anonymous DHT & Ephemeral Sharded Keys
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Decentralized P2P Key Exchange
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Anonymous Distributed Hash Table (DHT) routing replaces central certificate authorities, removing a major attack vector.
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Sharded, Ephemeral Key Distribution
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Each key is split into fragments and scattered across the DHT, so no single node can assemble the full key.
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Perfect Forward Secrecy (PFS)
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Each session uses a one-time key that’s destroyed post-transmission, ensuring past or future data can’t be decrypted.
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AI & Quantum-Safe
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No static key exposure. Non-repeating keys block AI inference; avoiding lattice- or factorization-based vulnerabilities counters quantum attacks.
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Key Features & Advantages
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Global, Zero-Trust Encryption
Truly decentralized encryption—no reliance on any single provider. -
High-Speed, Peer-to-Peer Data
Near-native performance without centralized bottlenecks. -
Platform-Agnostic & Cloud-Independent
Seamless deployment on Windows, Linux, macOS, IoT devices, mobile endpoints, or air-gapped networks. -
Dynamic Encryption Strength
Adapts key sizes up to 51,200 bits, scaling for threat level, latency, or data sensitivity. -
Zero-Knowledge Key Handling
No intermediary or node ever sees a complete key—thwarting MITM, replay, and quantum attacks.
Real-World Applications
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Military & Government: Air-gapped encryption for defense intel over untrusted networks.
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Enterprise Communications: End-to-end data exchange across multi-cloud, hybrid, and on-prem environments with no centralized key store.
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IoT & Embedded: Ultra-lightweight, ephemeral encryption for drones, SCADA, and sensor networks.
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Financial Transactions: Anonymous, real-time P2P payment processing invulnerable to AI-driven fraud.
The Future of Secure Communications
As AI and quantum threats escalate, WAN-SOCKET leads a post-quantum, AI-resilient security model—no static cryptographic structures, no centralized key storage, sharded ephemeral keys, and ultra-fast data exchange. It’s more than a protocol; it’s a foundational shift toward true zero-trust encryption on a global scale.

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HYPER-FAST ENCRYPTED DATA TRANSMISSION
Major speed and security upgrade to data transfers significantly over secure-FTP

WHAT IS
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Next-Gen Secure Data Transmission
Traditional protocols can’t keep pace with AI-driven and post-quantum threats. EBP is an innovative, UDP-based encryption framework that ensures 100% packet reliability, zero-latency encryption, and built-in resilience against AIDA and quantum decryption.
TM
Meeting Today's Challenges
Although EBP was originally designed for industrial Internet of Things (IIoT) applications, the protocol has shown its utility in many other areas including the cloud and public internet. As the world produces more data and in greater and greater individual file sizes, EBP has demonstrated its usefulness by making these files easier to send.
Key Features & Capabilities
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Secure Encrypted UDP with 100% Reliability
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Zero Packet Loss: Guarantees full data integrity, even under high-volume transmission.
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Low-Latency Streaming: Ideal for real-time IoT, mission-critical systems, and high-speed data flows.
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AI-Resilient: Dynamic key modulation plus ephemeral key rotation block AI-driven inference attacks.
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Unicast, Targeted Multicast & Broadcast Encryption
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Unicast: Peer-to-peer encrypted communication.
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Targeted Multicast: Select, pre-authenticated recipients in a defined network.
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Targeted Broadcast: Secure one-to-many distribution for mission-critical data.
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AI & Post-Quantum Resilience
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Dynamic Key Modulation: Eliminates static key vulnerabilities.
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Ephemeral Session Keys: Thwarts adversarial AI and quantum decryption.
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No Centralized PKI: Avoids certificate revocation attacks and PKI compromises.
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Zero Overhead, High-Performance Encryption
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100% Software-Based: Delivers high-speed encryption without hardware acceleration.
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Seamless Integration: Compatible with cloud, on-prem, IoT, and air-gapped networks—no specialized hardware needed.
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Deployment & Use Cases
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Secure Encrypted Streaming
Broadcast video, audio, and telemetry feeds with zero packet loss. -
Tactical & Military Communications
Unbreakable broadcast encryption for defense, aerospace, and mission-critical comms. -
IoT & Smart Infrastructure
Protect real-time telemetry and industrial control from AI-driven inference. -
Financial & High-Speed Trading
Ultra-low latency encryption for transactions facing real-time AI threats.
Why EBP Is the Future of Encrypted Broadcast
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UDP-Based with 100% Reliability: Eliminates UDP’s traditional weaknesses.
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Unicast, Multicast & Broadcast: Flexible encrypted communication modes.
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Zero-Latency, AI-Resilient Encryption: Shields data from AIDA and quantum attacks.
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Fully Software-Driven: No hardware dependencies or acceleration required.
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Built for Tactical, IoT, Streaming & High-Speed Data: Perfect for ultra-fast, mission-critical environments.​
EBP redefines secure UDP transmission for the AI era—delivering zero packet loss, AI resilience, and post-quantum readiness for all your high-speed, real-time data needs.