Smartphone-based real-time sensor for precision diy hair root colouring

Technology
In development
Company

Compolytics presents a smartphone-based spectral imaging solution for at-home hair root coloring. Utilizing patented ScanCorder technology, it offers personalized guidance to improve color consistency and reduce staining, adaptable for various hair types.

Overview

Compolytics introduces an innovative smartphone-based solution designed to revolutionize at-home hair root coloring. By integrating patented ScanCorder technology with advanced spectral imaging, this system provides users with real-time, personalized guidance to achieve salon-quality results. The technology enhances color consistency, minimizes staining, and reduces color overlap across various hair types and textures, offering a tailored approach to hair coloring.

Technical specifications

Key features:

  • Utilizes smartphone-based spectral imaging to analyze hair root color and texture in real-time
  • Employs angular spectroscopy to capture spectral images swiftly and accurately
  • Features an AI-driven application that converts raw spectral data into actionable guidance
  • Synchronizes smartphone display illumination with front camera capture for precise data collection
  • Offers potential expansion for scalp testing and hair strain scanning
Technology readiness level

This smartphone-based hair coloring solution is at a Technology Readiness Level (TRL) 6. It has been validated in relevant environments and is undergoing further testing to ensure accuracy and robustness across diverse hair types and conditions. User testing will refine the application interface to enhance user experience and ease of use.


About Compolytics

Compolytics GmbH is a German-based technology company that specializes in innovative sensor technologies and physics-aware machine learning for industrial and consumer applications. The company develops and markets mobile and benchtop sensor technologies, including its proprietary ScanCorder line, which utilizes a unique measurement principle called inverted spectroscopy. This approach reverses traditional spectroscopy by using sequential monochromatic lighting and photodetectors to enable non-invasive, real-time biochemical analysis through hyperspectral and multispectral optical sensing. The company also integrates its hardware with a software ecosystem, CICADA, which includes a cloud-based dashboard and a blockchain-based smart contract framework for Software-as-a-Service monetization.

These solutions are designed to provide cost-efficient, flexible, and high-precision analytical capabilities for industries such as manufacturing, food processing, and agriculture. By offering tailored calibration models and hardware adaptations, Compolytics helps partners and customers address specific measurement challenges in confined or field-based environments. The company actively collaborates on research initiatives involving optical spectroscopy, AI-driven data curation, and microstructure analysis, aiming to enhance the innovation and precision of industrial sensor systems globally.

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