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quaiX™ | The First AI-Quantum Platform

for Scalable AI Acceleration.

Jay Shears - CEO & Founder, BEYONDx Advisors, LLC.

“AI is reaching its limits, and Quantum computing is the next frontier. Until now, Quantum technology has been too complex for businesses to integrate.

BEYONDx is developing quaiX™ to make AI-Quantum computing accessible, scalable, and secure for enterprises. Our early access program is launching soon. Join us at the forefront of the AI-Quantum revolution!”

FAQs

quaiX™ is being developed to allow businesses to plug into Quantum computing as easily as logging into an AI-powered dashboard. No complex setup, no specialized knowledge required.

What is Quantum Computing?

  • Uses qubits instead of classical bits, leveraging superposition & entanglement for exponential speedups.

How is it Different from Classical Computing?

  • Classical computers process 0s and 1s, while qubits exist in multiple states at once, solving problems in parallel.

Why is Quantum So Powerful?

  • Superposition – Qubits hold multiple values simultaneously.

  • Entanglement – Linked qubits influence each other instantly.

  • Quantum Interference – Guides calculations toward optimal solutions.

How is Quantum Computing being used today?

  • AI & Machine Learning – Faster deep learning computations.

  • Cybersecurity – Post-quantum encryption & secure communication.

  • Drug Discovery – Molecular simulation for faster breakthroughs.

  • Finance – Risk assessment & quantum-enhanced trading.

When Will It Be Mainstream?

  • Quantum tech exists today, and by 2029, fault-tolerant quantum computers will be solving real-world problems

Why Businesses Need quaiX™?

  • AI Is Slowing Down

    • Traditional AI models are hitting computational bottlenecks, limiting their ability to process large datasets and optimize in real-time.

  • Security Threats Are Growing

    • Quantum computing threatens traditional encryption. Businesses need post-quantum security solutions to protect their data.

  • Quantum Computing Is Coming, But Difficult to Adopt

    • Until now, integrating Quantum into AI workflows has required specialized expertise and expensive infrastructure.

How Does It Impact Cybersecurity?

  • Quantum computers can break traditional encryption, requiring post-quantum security solutions like Quantum Key Distribution (QKD).


quaiX™ Nexus AI-Quantum Middleware

Part Number: QX-EC-L1-2502

The quaiX™ Nexus L1 is AI-Quantum middleware designed to integrate artificial intelligence (AI), quantum computing, and enterprise cloud environments. Built for scalability, security, and interoperability, Nexus L1 enables enterprises to accelerate AI-Quantum adoption without overhauling your existing infrastructure.

Key Features:

  • AI-Quantum Interoperability – Bridges classical AI and Quantum computing, ensuring smooth hybrid workload orchestration.

  • Universal API Gateway – Standardized API framework for multi-cloud, on-prem, and quantum hardware integration.

  • Post-Quantum Security – Implements Kyber, NTRU, and quantum-resilient encryption to safeguard AI-Quantum applications.

  • Enterprise-Grade Scalability – Kubernetes-native architecture with dynamic resource allocation and AI workload balancing.

  • Developer-Centric SDK – Provides pre-built AI-Quantum connectors, making it easier to develop, deploy, and optimize AI-Quantum applications.

Ideal For:

  • Financial Services - AI-Quantum-powered risk modeling, fraud detection, and high-frequency trading algorithms.

  • Cybersecurity & Defense - Post-quantum encryption, AI-driven threat intelligence, and national security applications.

  • Healthcare & Life Sciences - AI-Quantum accelerated drug discovery, genomic research, and personalized medicine.

  • Manufacturing & IoT - Predictive maintenance, AI-driven automation, and real-time quantum analytics.

  • Cloud & SaaS Providers - Hybrid AI-Quantum computing integration for enterprise software platforms.

Why Choose quaiX™ Nexus L1?

  • Future-Proof AI-Quantum Adoption – Provides enterprises with a structured migration path from classical AI to AI-Quantum computing.

  • No-Code AI-Quantum Integration – Pre-configured connectors reduce development overhead, making AI-Quantum applications more accessible.

  • Security-First Architecture – Designed with enterprise security compliance in mind, including NIST and GDPR standards.

  • Enterprise-Ready & Scalable – Adaptable to growing AI workloads and compatible with leading cloud providers (AWS, Google Cloud, Azure, IBM Quantum).

Take your AI-Quantum capabilities to the next level with quaiX™ Nexus L1 (QX-NX-L1-2501).

quaiX™ InterLink AI-Quantum Middleware

Part Number: QX-IL-L1-2502

The quaiX™ InterLink L1 is an AI-Quantum middleware solution designed to seamlessly integrate artificial intelligence (AI), quantum computing, and enterprise cloud infrastructure. Built for high-performance AI orchestration, InterLink L1 ensures real-time AI-Quantum hybrid computing without disrupting existing enterprise systems.

Key Features & Benefits

  • AI-Quantum Integration – Enables enterprises to bridge AI and Quantum computing effortlessly, ensuring hybrid workload optimization across multi-cloud and on-prem environments.

  • Universal API Gateway – Standardized REST, GraphQL, OpenQASM, and Cirq support for multi-platform AI-Quantum communication.

  • Post-Quantum Security – Built-in Kyber, NTRU, and Zero-Trust encryption models protect AI-Quantum applications from next-generation cyber threats.

  • Dynamic AI-Quantum Orchestration – Real-time workload distribution between AI-driven neural networks and quantum processing units (QPUs) for peak performance.

  • Enterprise-Ready & Scalable – Compatible with AWS, Google Cloud, Azure, IBM Quantum, and on-prem deployments, ensuring adaptability for enterprise AI-Quantum adoption.

  • Developer-Centric SDK – Provides pre-built AI-Quantum connectors, making it easier for AI engineers to deploy, scale, and optimize AI-Quantum applications.

Ideal For:

  • Financial Services & Trading – AI-Quantum risk modeling, algorithmic trading, and fraud detection.

  • Cybersecurity & Defense – Post-quantum encryption, AI-powered threat analysis, and real-time security monitoring.

  • Healthcare & Life Sciences – AI-Quantum-powered genomic research, drug discovery, and precision medicine modeling.

  • Cloud & SaaS Providers – Multi-cloud AI-Quantum workload management, API-based AI model integration.

  • Manufacturing & IoT – AI-driven predictive maintenance, industrial automation, and Quantum-optimized production modeling.

Why Choose quaiX™ InterLink L1?

  • AI-Quantum Adoption – No need for extensive infrastructure overhauls—InterLink L1 acts as a middleware bridge between classical AI and Quantum computing.

  • Future-Proof AI & Quantum Infrastructure – Ensures enterprises stay ahead of AI-Quantum advancements with scalable, high-performance orchestration.

  • Security-First Architecture – Designed for enterprise security compliance (NIST, GDPR, SOC 2) to future-proof AI workloads.

  • High-Performance, Enterprise-Ready – Adaptable to growing AI demands, with Kubernetes-native deployment for dynamic AI-Quantum workload balancing.

quaiX™ EdgeCore AI-Quantum Middleware

Part Number: QX-EC-L1-2401

The quaiX™ EdgeCore L1 is a high-performance AI-Quantum middleware designed for enterprise-scale and edge computing environments. By seamlessly integrating AI and Quantum computing, EdgeCore L1 optimizes real-time data processing, workload orchestration, and security at both the edge and within enterprise infrastructures.

Key Features & Benefits

  • Edge-Optimized AI-Quantum Processing – Enables real-time AI-Quantum computation at the edge, reducing latency and processing costs while ensuring seamless cloud synchronization.

  • Enterprise-Grade Security & Compliance – Built with post-quantum encryption (Kyber, NTRU), Zero-Trust authentication, and GDPR/SOC 2 compliance, protecting AI workloads at the edge and in hybrid environments.

  • Dynamic AI-Quantum Workload Orchestration – Smart AI-Quantum routing ensures workloads are optimized across edge devices, enterprise data centers, and Quantum computing infrastructure.

  • Universal AI-Quantum API Gateway – Provides standardized API access across REST, GraphQL, OpenQASM, and Cirq, ensuring seamless AI-Quantum communication and cloud compatibility.

  • Scalable & Adaptive Architecture – Kubernetes-native deployment supports multi-cloud, on-premise, and distributed edge environments, ensuring scalable AI-Quantum adoption.

  • Developer-Ready SDK – Pre-built AI-Quantum connectors simplify application deployment, allowing AI engineers to seamlessly integrate and optimize hybrid AI-Quantum workloads.

Ideal For:

  • Smart Cities & IoT – AI-Quantum traffic management, predictive analytics, and edge-based automation.

  • Autonomous Systems & Robotics – AI-Quantum-powered real-time decision-making for robotics and industrial automation.

  • Healthcare & Medical Imaging – AI-Quantum-assisted diagnostics, real-time data analysis, and edge-based medical AI solutions.

  • Financial Services & Trading – Quantum-enhanced real-time fraud detection and high-frequency trading optimizations.

  • Cybersecurity & National Security – Post-quantum AI-driven security intelligence for real-time threat detection.

Why Choose quaiX™ EdgeCore L1?

  • Edge-First AI-Quantum Infrastructure – Delivers low-latency AI-Quantum performance for real-time applications, even in disconnected or limited-bandwidth environments.

  • Optimized for AI-Quantum Hybrid Workloads – Ensures seamless data processing, from edge to cloud to Quantum environments.

  • Security-Driven & Compliance-Ready – Meets stringent enterprise and government security standards for AI-Quantum workloads in regulated industries.

  • Enterprise-Scalable & Future-Proof – Supports AI expansion at the edge, providing a pathway to Quantum-enhanced edge computing and enterprise adoption.

quaiXcore™ & quaiXcore +™

Hardware Solutions

The AI-Quantum Accelerator Redefining High-Performance Computing

quaiXcore™ hardware platform features an AI-Quantum hybrid accelerator, designed to integrate AI, high-performance computing (HPC), and cloud-based quantum processing. Built for enterprise and research applications, it optimizes complex workloads with unmatched speed, scalability, and security.

Hardware Specifications

Part Number: QX-CR-L1-2502

quaiXcore™ Quantum-AI Accelerator is a next-generation computing solution that integrates AI, high-performance computing (HPC), and cloud-based quantum processing. It optimizes complex workloads with speed, scalability, and security.

Compute Architecture:

  • Hybrid AI-Quantum Processing Unit (QPU) + AI Accelerator (GPU/TPU/FPGA)

  • AI inference and deep learning acceleration

  • Quantum workload offloading via AWS Braket, IBM Quantum, and Google Quantum AI

Processing Power:

  • AI Compute: NVIDIA H100 Tensor Core GPU / AMD MI300X

  • Quantum Compute: Cloud-based QPU integration with real-time offloading

  • FPGA-Based Hardware Acceleration: Custom workload scheduling for AI-Quantum computing

Memory & Storage:

  • RAM: 512GB DDR5 ECC memory

  • Storage: 8TB NVMe PCIe Gen4 SSD for fast AI model access

  • Quantum Memory (Future Expansion): Photonic or NV-diamond quantum storage

Connectivity & Networking:

  • Dual 100Gbps Ethernet Ports for high-speed AI-Quantum data transfer

  • Integrated Quantum Secure Network Layer (post-quantum encryption: Kyber, NTRU)

  • High-speed PCIe 5.0 & NVLink interconnect for AI-Quantum workload transfer

Security & Encryption:

  • Post-Quantum Security (Kyber, NTRU, Lattice-based cryptography)

  • Secure AI-Quantum Workload Orchestration for enterprise compliance

Form Factor & Power Efficiency:

  • Rack-mountable (2U/4U form factor) for enterprise & data center deployment

  • Power Supply: 2000W Platinum-rated PSU

  • Liquid Cooling & Thermal Management for AI-Quantum compute stability

Software & Middleware

Operating System:

  • quaiXoS™ – AI-Quantum Optimized Linux Kernel

  • Supports TensorFlow Quantum, Qiskit, Cirq, PennyLane

AI-Quantum Middleware:

  • quaiX™ AI-Quantum Integration Stack

  • Quantum-AI workload scheduling & inference engine

  • Seamless hybrid AI-Quantum cloud processing

Enterprise Cloud & API Support:

  • Supports AWS, Azure, Google Cloud, and IBM Quantum Cloud

  • Plug-and-play AI-Quantum acceleration for existing enterprise AI workloads

Real-World Applications

  • Finance & Risk Modeling – Quantum-enhanced AI simulations for predictive analytics

  • Cybersecurity & Post-Quantum Encryption – Future-proof enterprise security

  • Aerospace & Defense – AI-driven predictive maintenance with quantum optimization

  • Healthcare & Drug Discovery – Accelerated AI-Quantum molecular simulations

  • Industrial AI & IoT – Optimized AI-powered predictive maintenance for manufacturing

Availability & Deployment

  • PoC Development Timeline: Q2 2025 - Q4 2025

  • Enterprise Pilot Programs: 2026

  • Commercial Deployment: 2027+

Hardware Specifications

Part Number: QX-CRP-L2-2502 

quaiXcore +™ is the next evolution of AI-Quantum hybrid acceleration, delivering higher computational power, expanded quantum processing capabilities, and enhanced security. Designed for enterprises requiring real-time AI-Quantum integration, edge AI acceleration, and post-quantum cryptographic resilience, quaiXcore +™ surpasses quaiXcore™ by integrating on-premise quantum co-processing, additional AI inference units, and ultra-fast interconnects for high-density computing environments..

Compute Architecture:

  • AI-Quantum Hybrid Processing with on-premise Quantum Processing Unit (QPU) + AI Accelerator (GPU/TPU/FPGA)

  • Integrated Quantum-Classical Hybrid Co-Processor for real-time AI-Quantum inference

  • Supports advanced AI model training with quantum-enhanced optimization

Processing Power:

  • AI Compute: Dual NVIDIA H100 Tensor Core GPUs / AMD MI300X HPC Accelerator

  • Quantum Compute: Embedded 256-qubit Quantum Processing Unit (QPU) + Cloud Quantum API Integration

  • FPGA-Based Hardware Acceleration: Enhanced parallel processing for AI-Quantum workload balancing

Memory & Storage:

  • RAM: 1TB DDR5 ECC memory for extreme AI-Quantum data handling

  • Storage: 16TB NVMe PCIe Gen5 SSD for high-speed model storage and inference

  • Quantum Memory: Integrated photonic-based quantum memory (experimental support)

Connectivity & Networking:

  • Dual 200Gbps Quantum-AI Ethernet Ports for high-density AI-Quantum data exchange

  • Low-latency PCIe 6.0 & NVLink4 Interconnect for Quantum-AI workload scheduling

  • Secure Quantum-Resistant Communication Channels (QKD support)

Security & Encryption:

  • Advanced Post-Quantum Security with real-time Kyber, CRYSTALS-Dilithium, and Falcon encryption

  • AI-Quantum Intrusion Detection & Prevention System (IDPS)

Form Factor & Power Efficiency:

  • Rack-mountable 4U form factor with modular quantum processing expansion slots

  • Power Supply: 3000W Redundant PSU with Adaptive AI Thermal Cooling

Software & Middleware

Operating System:

  • quaiXoS™+ – Optimized Quantum-AI Orchestration Kernel

  • Supports TensorFlow Quantum, Qiskit, Cirq, PennyLane, and hybrid AI-Quantum workflows

AI-Quantum Middleware:

  • Enhanced quaiX™ Quantum-AI Integration Stack

  • On-device Quantum Computation for Edge AI and real-time inference

  • Supports dynamic AI-Quantum workload scheduling with cloud augmentation

Enterprise Cloud & API Support:

  • Supports AWS, Azure, Google Cloud, IBM Quantum Cloud, and on-premise quantum servers

  • Expanded API for AI-Quantum secure enterprise computing

Real-World Applications

  • Quantum-AI Drug Discovery – Advanced molecular simulations for pharmaceuticals

  • AI-Quantum Cybersecurity – Real-time quantum-secure authentication and threat mitigation

  • Aerospace & Defense – Autonomous AI-Quantum mission planning & predictive threat detection

  • Financial Risk Modeling – Quantum-assisted high-frequency trading & fraud prevention

  • AI-Quantum Industrial Automation – Smart factories & AI-Quantum-driven robotics

Availability & Deployment

  • PoC Development Timeline: Q3 2025 - Q2 2026

  • Enterprise Pilot Programs: Late 2026

  • Commercial Deployment: 2027+