Claret
Claret is an engineering and technology company that provides integrated services spanning machine learning, automation engineering, and mechanical design. The company develops custom AI solutions for industrial applications, including predictive maintenance, logistics optimization, and advanced manufacturing procedures. Claret also offers product development support from feasibility studies through production-ready designs, and has created an open-source assisted ventilation device called OpenBreath.
- Artificial Intelligence
- Hardware
- Healthcare Technology
- Industrial Automation
- Medical Devices
- Software Only
Funding
Founders
Product
Problem
Industrial companies often struggle to implement advanced technologies like artificial intelligence and automation due to fragmented service providers, high integration costs, and lengthy development cycles. Traditional engineering firms may specialize in only one discipline, forcing clients to coordinate multiple vendors for AI, software, and mechanical design needs.
Solution
Claret offers an integrated suite of engineering services that combines machine learning, automation engineering, and mechanical design under one roof. The company develops custom neural-network-based algorithms for applications such as inventory optimization, predictive maintenance, and advanced manufacturing procedures. Claret's automation engineers program across multiple hardware platforms including microcontrollers, PCs, and industrial CPUs, using lower-level languages like SCL/ST for faster execution. The company also provides complete product development services, from feasibility studies and preliminary design through prototyping and production-ready products, with integrated styling to streamline the client experience.
Target Audience
Primary customers are industrial companies in the automotive, manufacturing & tooling, biomedical, and textile sectors that need integrated engineering services spanning AI, automation, and mechanical design.
Features
- Custom machine learning solutions for inventory management, logistics optimization, and predictive maintenance
- Multi-platform automation programming supporting microcontrollers, PCs, and industrial CPUs
- Use of lower-level languages like SCL/ST for faster programming compared to industry standards
- Integrated mechanical design and product development from concept through production
- Open-source assisted ventilation device (OpenBreath) built with off-the-shelf, low-cost components
- Advanced lung ventilator development with advanced ventilation modes at reduced cost
- Smart vehicle monitoring service (CarIO) that uses AI to predict environmental impact and compute eco-scores