Data Driven

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DATA DRIVEN SOLVER

Accelerate speed, accuracy, and complexity of machine learning tasks

Gain a strategic advantage
with BQPhy®

COMMERCIAL ACCESS

Optimization

RESEARCH ACCESS

Physics Based

RESEARCH ACCESS

Data Driven

Accelerate speed, accuracy, and of
‍machine learning models

BQPhy® utilizes Hybrid Machine Learning algorithms to enhance speed, accuracy, and efficiency of machine learning models. Designed for computer vision applications in aerospace and defense, our solver optimizes mission-critical tasks, including object detection, target tracking, and anomaly detection.

> Enhanced Accuracy
‍
> Faster Computation
‍
> Mission-Critical Reliability

Traditional machine learning requires computing power, especially for solving complex tasks. Hybrid Quantum Transfer Learning addresses this by combining quantum computing, requiring less training and enabling efficient learning.

Reduces trainable parameters

Better Generalization with limited datasets

Higher accuracy with fewer training epochs

Advanced feature extraction and compression

Adaptive parameter optimization

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APPLICATIONS

Solutions to complex optimization
across product lifecycle

Defect Detection

By leveraging BQP's Data Driven Simulation solver, manufacturers can achieve unprecedented levels of quality control, operational efficiency, and cost savings in their defect detection processes

Surface Crack Detection

Improves accuracy in identifying surface defects

Natural Language Processing

Optimize large language models, reducing computational requirements while maintaining linguistic understanding and generation capabilities.

Enhancing NLP Model Efficiency

Optimize large language models, reducing computational requirements while maintaining linguistic understanding and generation capabilities.

Computer Vision

Enhance image classification and object detection models, enabling real-time processing on edge devices with limited resources.

Real-Time Computer Vision

Enhance image classification and object detection models, enabling real-time processing on edge devices with limited resources.

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RESEARCH

BQP pioneers quantum-inspired algorithms

Solving toughest optimization challenges on HPCs today, quantum-ready for tomorrow

Benchmarking Quantum-Assisted PINN (QA-PINN) for Computational Fluid Dynamics

Read the paper

Achieve computational gains with Quantum Inspired approaches

Coming Soon

Resource Efficient Algorithms for complex applications

Coming Soon

Quantum Inspired Optimization for MDO problem

Coming Soon

Frequently asked questions

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