HDQS — Hyper-Dimensional Quantum System

HDQS is a quantum-inspired computational platform implemented entirely in software.

It supports advanced computational exploration and research workflows on classical infrastructure, without dependence on physical quantum hardware.

Rather than simulating hardware behavior, HDQS reconstructs useful computational properties through structured, software-defined methods.

HDQS Capabilities

• Advanced computational experimentation
• Algorithmic and model-level exploration
• Long-range interaction and correlation studies
• Stable and reproducible computational workflows

The platform is designed with controlled scaling and predictable system behavior in mind.

Research Datasets

Alongside HDQS, SIA develops and maintains research-oriented datasets designed for:

• Academic research
• Quantum-inspired machine learning (QML)
• Experimental algorithm development and evaluation

These datasets support reproducible experimentation and align with industry quantum workflows.

Platform Characteristics

• Software-based access
• Programmatic interaction via scripts and APIs
• Scalability on conventional computing systems
• Stability across extended computational runs
• Integration into R&D workflows

Internal architecture, dataset construction methods, and implementation details remain proprietary.