
Wireless Security & Multi-Zone Detection System
A long-range wireless security system that connects a central receiver to multiple IR-based detection zones for real-time monitoring and alerts.
A selection of real-world embedded engineering challenges we have solved — from IoT gateways to Motor Controllers and precision Data Acquisition Systems.

A long-range wireless security system that connects a central receiver to multiple IR-based detection zones for real-time monitoring and alerts.

A ruggedized, dual-redundant IoT gateway for factory floor monitoring with LoRa mesh networking and dual-SIM GSM failover connectivity.

Custom Wireless Remote Controller for 360° Camera Gimbal Control.

Transforming Homes into Intelligent, Connected Living Spaces

High-efficiency BLDC motor driver with Field-Oriented Control algorithm, 48V/30A capability, regenerative braking, and CAN bus integration for industrial robotics.

A secure, dual-bank OTA firmware update system for STM32-based field devices with AES-128 encrypted payloads and cryptographic signature verification.

A 24V/40A solar MPPT charge controller integrated with an 8S LiFePO4 battery management system for off-grid industrial applications.
Ultra-low-power GPS asset tracker with 4G LTE connectivity, 30-day battery life on a 3000mAh cell, and real-time location reporting.

A 16-channel, 24-bit precision DAQ system with 100kSps aggregate throughput, USB 2.0 streaming, and a Python data capture GUI.
Custom Firmware for Power Electronics, Embedded Systems, IoT and AI-Enabled Applications.

OSTronik India develops customized firmware using STM32, Microchip PIC, ESP32-S3 and AVR microcontrollers. We work on application-specific solutions for power electronics, embedded control, sensor monitoring, automation and connected devices. Our approach combines hardware integration, firmware development, debugging and testing to meet each project’s requirements.
These diagrams show project-specific pin configurations for the named controllers.



OSTronik India develops customized firmware using STM32, Microchip PIC, ESP32-S3 and AVR microcontrollers. We work on application-specific solutions for power electronics, embedded control, sensor monitoring, automation and connected devices. Our approach combines hardware integration, firmware development, debugging and testing to meet each project’s requirements.
These diagrams show project-specific pin configurations for the named controllers.


We develop ESP32-S3 firmware for IoT products, smart-home systems, wireless monitoring and mobile-application connectivity. Our work includes sensor integration, appliance control and connected-device functionality.
Suitable projects can also include lightweight on-device AI features, depending on the model, memory and hardware requirements.
We develop AVR-based firmware for dedicated embedded controllers, appliance interfaces and automation products. Our work includes input/output control, sensor reading, timing functions and communication with connected peripherals.
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