分拆及衍生

分拆及衍生

FLAIR 旨在将与行业合作伙伴在人工智能和机械人领域上共同开发的研究、成果与技术转化为成功的产品和服务。

分拆及衍生过程是技术创新转移和商业化的重要方法。

FLAIR 欢迎感兴趣的人士,包括投资者和行业合作伙伴,一同探索并创建成功及可持续发展的公司,为促进大湾区行业的创新生态系统蓬勃发展作出贡献。

FLAIR入选香港科学园IDEATION计划的研发项目

为了进一步落实创业目标,FLAIR参加了由香港科学园设立的IDEATION计划,该计划为期一年,旨在培育有志於科技研发之企业家:

FLAIR Technologies

Introduction

Potential Scenario

AI Platform - AI Vision and Data Management Platform

.A no-code AI vision algorithm creation training and management platform that supports AI vision accessibility with a low learning curve.

.Functions run on an easy-to-use UI platform which allows the user to use innovations such as intelligent labelling, online interference prediction, multiple options for platform deployment, flexible model selection, and smart tuning.

Spaces where there is no experience with AI vision and can greatly accelerate the implementation of an AI vision application

An AI Vision Inspection Platform for Model Training and Image Annotation

.A web-based machine learning platform that powers fast development of custom visual inspection models and automatic annotation of industrial images.

.Help manufacturers to automate their quality control process effectively and save labour cost from manual inspection and labelling of product images.

Manufacturing production line as the quality control unit or used by online vision system developers and data scientists

ARGUS - Agile Robotics Gridding Universal System

.A flexible quality assurance system that completes complex multi-faceted surface inspection and refining.

.Reduce lead time in vision setup by self-adapting to different object appearances with AI without labelling and using a small training data set.

High-mix low-volume manufacturing space

ILPEPS - Intelligent Logistic Process Evaluation and Predictive System

.Supports decision-making in process-based facilities by helping operators identify unsatisfying process performance, detect process bottlenecks, and recommend solutions for bottleneck root-causes by using digitalised and intelligent technologies.

.Functions are run on a visual interface allowing easy implementation in the workspace of veteran and new facility managers alike.

Can be adapted to manufacturing, commerce, and logistics companies to predict and prevent conveyer belt breakdowns