Chiplytics provides automated electrical and visual inspection technology for microelectronics, utilizing Power Spectrum Analysis (PSA) to detect anomalies in components. This technology addresses the issue of counterfeit semiconductors, which contribute to significant financial losses and safety risks in the electronics industry.
Funding
$300K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
SVFounders
Product
Problem
The open market for microelectronics is vulnerable to counterfeit semiconductors, leading to substantial financial losses and safety risks in critical electronic systems. Inadequate inspection methods fail to detect these anomalies, resulting in billions of dollars in counterfeit components entering the supply chain annually.
Solution
Chiplytics offers an automated electrical and visual inspection platform for microelectronics, designed to enhance supply chain resilience. The core technology, Power Spectrum Analysis (PSA), rapidly identifies subtle anomalies between components, indicating potential counterfeits. This data-driven approach enables high-throughput inspection, allowing for comprehensive testing of components rather than relying on sample sets. By providing greater visibility into the authenticity and integrity of microelectronics, Chiplytics empowers distributors and quality assurance labs to secure their supply chains.
Target Audience
The primary target audience includes independent distributors and quality assurance labs involved in the microelectronics supply chain, as well as organizations requiring secure and reliable electronic components.
Features
- Power Spectrum Analysis (PSA) for rapid electrical anomaly detection
- Automated visual inspection for identifying physical defects and inconsistencies
- High-throughput system capable of handling large volumes and diverse microelectronics
- Data-driven evaluation for scalable and consistent results
- Non-invasive testing methodology, allowing for inspection of every component
- Turnkey platform designed for ease of use and minimal setup time