Precision Light Sensing 
Swiss ExcellenceÂ
Our Belief
With our identity rooted in Swiss precision and excellence, we are deeply committed to ensuring our customers’ long-term success. Through partnerships, we streamline processes and minimise complexities, co-creating groundbreaking innovations with our Dynamic PhotoDetector (DPD). By enhancing operational efficiency, optimising resource utilisation, or revolutionising product performance, ActLight offers tailored, innovative solutions to meet the diverse needs of companies across industries in the field of wearable devices, smartphones and more.
Pioneering the next wave of innovation in light sensor technology every single day
Dive into the future with our groundbreaking technology, the Dynamic PhotoDetector, available for licensing across a spectrum of applications, including but not limited to wearable devices.
Discover ActLight with ipXchange: Innovation Backed by Robust IP
In this ipXchange interview, CEO Serguei Okhonin and CCO Roberto Magnifico highlight how ActLight’s Dynamic PhotoDetector technology will transform wearables. With lower power consumption, improved performance, and robust IP protection, it will enable smaller, more efficient devices and unlock new possibilities for health tracking and connected technologies.
ActLight patented technology open doors to a realm of innovation for your business.
Serguei Okhonin CEO
In 2010, Serguei launched the ActLight project, focusing on developing innovative light sensors. As the co-founder and CEO of ActLight SA, he envisions the company’s future as a key player in impacting tech industries worldwide for a better future.
Maxim Gureev CTO (top)
Since 2012, Maxim has been a pivotal part of ActLight, spearheading technology development efforts.
Roberto Magnifico CCO (bottom)
Roberto joined ActLight in 2017 as CCO. He has 30+ years of experience in the electronic components industry. He began his career at ST Microelectronics as a product engineer and evolved his career with progressive growing commercial responsibilities with Phillips Semiconductor (NXP) and, later, managing as Vice President the growth of the European business at Intersil.
Serguei Okhonin CEO
Serguei’s entry into the tech industry commenced with roles as a Research Associate at the Institute of Semiconductor Physics in Novosibirsk, Russia, and positions at IMO and LEG, EPFL.
In 2010, Serguei launched the ActLight project, focusing on developing innovative light sensors. As the co-founder and CEO of ActLight SA, he envisions the company’s future as a key player in impacting tech industries worldwide for a better future. Before founding ActLight, Serguei founded the company Innovative Silicon Inc. IP created, eventually acquired by a large US semiconductor player in 2010.
Maxim Gureev CTO
Maxim Gureev obtained his M. Sc. in Physics from Moscow Institute of Physics and Technology in 2003, followed by PhD degree from EPFL in 2012. Early in his carrier, from 2003 to 2007, Maxim served as a researcher at Andreyev Acoustics Institute in Moscow and as a Senior Production Manager for digital consumer devices at Rolsen Electronics. Between 2007 and 2012, he contributed as a research assistant at EPFL’s Ceramics Laboratory, with a primary focus on ferroelectric materials.
Since 2012, Maxim has been a pivotal part of ActLight, spearheading technology development efforts.
Roberto Magnifico CCO
Roberto joined ActLight in 2017 as CCO. He has 30+ years of experience in the electronic components industry. He began his career at ST Microelectronics as a product engineer and evolved his career with progressive growing commercial responsibilities with Phillips Semiconductor (NXP) and, later, managing as Vice President the growth of the European business at Intersil. More recently, in the positions of Vice President Sales & Marketing, he helped Swiss industrial groups such as Cicor Technologies and Fischer Connectors to expand their business globally.
Read Article”This is an IP company with a new technology concept. Photodiodes are semiconductor devices that respond to light by generating an electric current. Over the decades, their technology and design have improved but the fundamental concept remained the same. The device operates in a static way. A constant voltage is applied, and the resulting photocurrent is measured to infer light intensity. This is not the case for dynamic photodetectors, which use a different approach.
Serguei OkhoninFrom an interview conducted by Europractice