

Who We Are
“Jenex has been in the product engineering business has successfully delivered multiple projects to clients across the world. We believe in creating products for the future. So we are involved in a complete product life cycle, from conceptualization to manufacturing.”
“We have delivered high quality, end-to-end product solutions to clients in various industries like Healthcare, Industrial, High-end consumer electronics, Automotive, IoT, Telemetry, and many more. These helped us to grow with our knowledge and expertise to deliver large scale and complicated projects with a degree of ease.”


Product Engineering

Digital Solution

Quality Services
WE OFFER END TO END SERVICES FROM CONCEPT TO PRODUCT AND STRAIGHT TO MANUFACTURING
Years of experience enables us to deliver high quality products with a degree of ease.
Automotive
Marine
Home Automation
Healthcare
Transportation
Consumer Electronics
Artificial Intelligence
Manufacturing
Media
Networking
Retail
Security
Our Latest Blogs
Product Engineering
Product engineering in the field of electronics refers to the use of embedded hardware, firmware, application software design, and development to develop an electronics product which makes difference to the human lifestyle. Product engineering services companies have a wide spectrum of domains like IoT, AI, ML, retail, automotive, wearables, marine, aerospace, medical devices, and consumer electronics. There are several components which are involved in the product engineering services such as
Mean Stack
MEAN, a free, open-source, full-stack solution for MEAN applications. MEAN combines MongoDB, Express.js, AngularJS, and Node.js into a single, fullstack solution for JavaScript development. MEAN stack is refers to collection of Javascript tehnologies used to develop web application. From the client to server to database everything is based on Javascript MEAN is a full-stack JavaScript framework ideal for building dynamic websites and applications. MEAN is a full-stack development toolkit used
System On Chip
A system-on-a-chip (SoC) is a microchip with all the necessary electronic circuits and parts for a given system, such as a Smartphone or wearable computer, on a single integrated circuit (IC). Let say for example for an Iris scanner, it includes a microcontroller, an encoder and a decoder, memory, Input output logic control for a user on a single chip. Intel’s Curie, a SoC based on the Intel Quark SE, is the size of a shirt button but includes everything required to provide compute power for wearable devices.