Our expertise makes the difference

We at EmbCON Technologies work with the customer to create a Product & Solution Specification Document (PSD) that enables us to understand their requirement. Then we strategize the most efficient way to meet the requirements in least number of iterations.

Embedded Platform Design

EmbCON offers Custom Electronic Product Design/Custom Embedded Product Design. Believing in the mantra of disruptive solutions, we perceive that custom development is an constructive requirement for any solution in embedded systems.

Electronic Circuit Design
Circuit Analysis
PCB Design and Fabrication
Firmware Design and Development


Wireless Design and Solution

Along with it, we also offer efficient solutions for PCB Design, Firmware & Software Development, Prototyping & Manufacturing Services covering a wide spectrum of IOT related applications.

Custom Antenna Design
RF & Microwave Component Design
Wireless Communication in Licensed/Un-licenced Spectrum
Integrated System Design of RF and Digital Circuits


Mechanical Design (Enclosure and Housings)

Custom Design of Enclosure/ Housings
Ingress Protection, Thermal, Vibration Testing
Integration of the Mechanical and Electronic Assembly


Application Software Development

App Development (Android Platform)
Windows based Applications
Device Driver Development
Analysis and Visualization Tools


Application Areas

Automation Solutions

Smart Control
Access Control
Wireless Control


Security and Safety

Smart Alert
Smart Vision systems
Emergency system
Intrusion Alarm


Comfort and convenience

Real time tracking
Motion Sensing
Online Monitoring
Smart Lighting


Product Development Process

Our team complete the requirement analysis to establish the topology, define the subsystem/ components to be used, and regulate the range of performance. This guarantees the best performance of the design based on the available selection of components in the market. Simulations and sub-circuit verifications are done to validate the design performance as per requirement. Thus enabling us to identify any potential problems prior to prototype development. Once the prototype is developed, it is presented to the customer for final validation. Successful validation of the prototype will start the production process of desired quantity.

  • 1

    User-Level, Functional and Special Requirements

  • 2

    Operating Environment

  • 3

    Input and Output Requirements

  • 4

    Power Requirements

  • 5

    Safety and Environmental Requirements