Prodeegy offers an AI‑driven testing platform that automates functional and quality verification for a wide range of hardware products without requiring custom code. Engineers use a visual, no‑code interface to create and modify test workflows, while machine‑learning models detect defects in real time and provide actionable analytics. The solution integrates with existing manufacturing execution systems to support the entire product lifecycle, from design validation to high‑volume production and refurbishment.
Funding
Funding not disclosed
Founders
Product
Problem
Manufacturers often face lengthy, manual testing processes that require specialized engineering expertise, leading to high defect rates, delayed time‑to‑market, and increased costs across product development, mass production, and post‑sale refurbishment.
Solution
Prodeegy provides an AI‑driven testing platform that automates functional and quality verification for a wide range of products without the need for custom code. Users configure test sequences through an intuitive visual interface, allowing rapid deployment of test plans across the entire product lifecycle—from initial qualification and design validation to high‑volume manufacturing and later‑stage repair or refurbishment. The system leverages machine‑learning models to detect defects in real time, generating actionable insights and reducing reliance on manual inspection. By integrating directly with existing production lines, Prodeegy enables continuous quality monitoring and faster feedback loops, helping manufacturers improve yield and shorten development cycles.
Target Audience
Primary customers are original equipment manufacturers (OEMs), contract manufacturers, and electronics product developers seeking scalable, automated testing solutions for both new designs and existing production lines.
Features
- No‑code test creation tool that lets engineers design and modify test workflows via drag‑and‑drop components
- AI‑powered defect detection that automatically identifies anomalies in sensor data, images, and performance metrics
- Universal multiproduct support, enabling a single platform to test diverse hardware categories without custom integration
- End‑to‑end lifecycle coverage, from qualification and design verification through mass production to refurbish and repair stages
- Seamless integration with manufacturing execution systems (MES) and equipment via standard APIs
- Real‑time analytics dashboard that visualizes defect trends, pass/fail rates, and yields for immediate decision making