Dukosi Email Formats

Semiconductor Manufacturing • Edinburgh, Scotland, United Kingdom • 101-200 Employees

Dukosi Email Formats

Dukosi uses 4 email formats. The most common is {first name}{last name} (e.g., johndoe@dukosi.com), used 76.9% of the time.

Format	Example	Percentage
{first name}{last name}	johndoe@dukosi.com	76.9%
{first initial}{last name}	jdoe@dukosi.com	21.8%
{first name}.{last name}	john.doe@dukosi.com	1.3%

Key Contacts at Dukosi

Mark Pinto

Chief Executive Officer

Mobile @dukosi.com

Joel Sylvester

Chief Technology Officer

Mobile @dukosi.com

Company overview

Headquarters	3rd Floor, Exchange Crescent No. 1, 1-7 Conference Square, Edinburgh, Scotland EH3 8RA, GB
Phone number	+441314457772
Website	dukosi.com
NAICS	333242
SIC	369
Keywords	Battery Management Systems, Automotive, Electric Vehicles, Wireless, BMS, Electrification, Energy Storage, Semi-Conductor, Battery Cell Intelligence, Embedded Cell, Industrial Mobility, Wireless Bms, Cell Monitoring Systems, Chip-On-Cell
Employees	101-200
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About Dukosi

Intelligence on every cell Dukosi develops revolutionary technologies that dramatically improve the performance, safety, and efficiency of battery systems, and enable a more sustainable battery value chain. Our unique chip-on-cell monitoring solution and communication platform is specifically designed for electric vehicles (EV), industrial transportation, and stationary battery energy storage markets. The Dukosi chip-on-cell solution measures, monitors, and stores temperature and voltage at each cell and delivers all information to the main BMS controller via contactless communication using C-SynQ®. This is our proprietary communication protocol and has been designed specifically for large (battery-size) networks in safety-critical environments. Designed from the ground up, it offers robust communications with essential data synchronization, yet also with the capacity to be configured for any number of battery cells without additional design overhead. Cell-level monitoring and management of all cells in the BMS can unlock more energy per cell, improving performance while ensuring battery longevity. Apply Dukosi’s chip-on-cell technology early in the cell manufacturing process and start 24/7 monitoring and data and event logging from day-1 of manufacture to end-of-life. On-cell lifetime traceability can extend the useful life of the battery/cells, streamlining their transfer into next-life applications, helping meet regulatory compliance, and creating a sustainable battery value chain.