Media Coverage

Paige West speaks with Joseph Notaro, Chief Revenue Officer at Dukosi, about Dukosi’s cell monitoring system, the DKCMS™ with C-SynQ^®.

New Electronics magazine has published an article – the first in a two-part series – by our CTO, Joel Sylvester, addressing the electrification and sustainability potential of the industrial transportation market, where equipment can range from small generators to 1,000-ton behemoths.

In this article, Joseph Notaro, Chief Revenue Officer at Dukosi, looks at the key role electrification is playing in decarbonisation of the maritime industry, and how this is driving battery system innovation.

In this interview at embedded world 2025 exhibition & conference, Ulrich Lentz (Arrow Electronics), Mihir Shah (eInfochips) and Joseph Notaro (Dukosi) discuss and explain an end-to-end BMS proof of concept design (developed in partnership with eInfochips) using DKCMS™, ready for full-size BESS applications.

Joseph Notaro, Chief Revenue Officer at Dukosi, breaks down the benefits and advantages of Dukosi’s Chip-on-Cell technology which can monitor every cell, contributing significantly to improvements in the safety, performance and costs of EV batteries.

* This article is published in Italian
Elettronica News (Italy) has published an article written by Dukosi’s Joseph Notaro, Chief Revenue Officer, detailing how innovations such as Dukosi’s Cell Monitoring System (DKCMS™) can radically improve the safety, performance, and cost-effectiveness of EV batteries.

*This article is published in French

*This article is published in German

Key takeaways include, common misconceptions associated with EV batteries; how EVs are progressing to overcome perceived challenges; how the automotive and battery industries are working to increase sustainability; new innovations that will help to improve EV batteries and elevate their performance.

This article, based on a White Paper published by Dukosi, investigates how sensor measurement error and latency affect the performance of Li-ion battery SOC and SOH estimates.