AI-Powered Computer Vision Solutions
Harness the power of computer vision to extract actionable insights from visual data, automating analysis, improving accuracy, and enhancing decision-making across industries. Our AI-driven solutions transform retail and medical technology, enabling intelligent image interpretation, real-time tracking, and precise object recognition.
Computer Vision Applications in Retail
Intelligent Sizing & Fit Technology
Foot Measurement from Images
Pose estimation and depth analysis accurately extract foot dimensions from 2D images, mapping them to shoe size specifications.

Smart Product Discovery & Attribute Extraction
Visual Search for Similar Garments
Feature extraction and similarity mapping allow customers to find matching products using images instead of text.

Automated Product Tagging & Attribute Recognition
Deep learning models classify fabric, patterns, colours, and styles, improving product categorisation and searchability.

AI-Powered Product Recommendations
Image-based similarity algorithms detect visual patterns to suggest complementary or alternative items.

Retail Analytics & Store Monitoring
Automated Checkout & Loss Prevention
Object detection and action recognition track customer behaviour and identify fraudulent activities at self-checkouts.

Shelf Monitoring & Inventory Tracking
Real-time object detection enables AI-powered cameras to detect low-stock items, optimising inventory management.

Computer Vision Applications in Medical Technology
Medical Imaging & Disease Detection
Early Cancer Detection & Tumour Segmentation
Convolutional neural networks (CNNs) and generative models analyse X-rays, CT scans, and MRIs to identify anomalies such as malignant mesothelioma at an early stage.

Mucus Goblet Cell Segmentation
Deep learning-based segmentation algorithms (e.g., U-Net, Mask R-CNN) precisely identify and classify mucus-producing cells in histopathological images, aiding in respiratory and gastrointestinal disease diagnostics.

Automated Diagnosis & Patient Monitoring
Anomaly Detection in Medical Imaging
AI models trained on large-scale annotated datasets detect irregularities in medical scans, improving diagnostic accuracy.

AI-Assisted Surgery & Robotics
Real-time visual tracking and pose estimation enhance the precision of robot-assisted surgical procedures.

Healthcare Process Optimisation
AI-Powered Patient Data Processing
OCR (Optical Character Recognition) and NLP (Natural Language Processing) automate the extraction of patient information from medical records, ensuring fast and error-free data processing.

Predictive Analytics for Treatment Outcomes
Multimodal AI models integrate medical imaging and patient history to predict treatment success probabilities.

Why Choose AI-Powered Computer Vision?
By leveraging state-of-the-art computer vision models, businesses can optimise decision-making, streamline processes, and unlock new opportunities across industries.
Propietary Technologies
Neural Networks
Small and agile networks suitable for:
- Classification
- Surrogate development
- Forecasting
- Pattern recognition
Image Processing
Larger Convolutional networks suitable for:
- Image classification
- Image segmentation
- Background removal
- Genetic Algorithms
Genetic Algorithms
Hybrid evolutionary optimisation tools using multiple cross-over / mutation / evolution techniques suitable for:
- Global multi-parameter multi-objective optimisation