SANDIP SHAW AI • IOT • SOFTWARE
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Edge AI & Embedded Systems

Cloud computing is impractical when sensors operate in remote Indian mines, agricultural fields, agricultural warehouses, or rural industrial belts with intermittent cellular coverage. Our Edge AI and Embedded Systems engineering delivers end-to-end hardware solutions: from schematic circuit design and multi-layer PCB layout to ultra-low-power firmware with on-device TinyML inferencing.

Hardware Engineering Competencies

Custom PCB Schematic & Layout Design

Industrial-grade multi-layer PCB design in KiCAD / Altium with EMC/EMI suppression, surge protection, reverse polarity protection, and thermal heat sinking.

TinyML Quantized Edge Inference

Deploying 8-bit quantized TensorFlow Lite Micro models directly onto STM32 Cortex-M4 and ESP32-S3 silicon for real-time acoustic, vibration, and sensor anomaly detection.

Long-Range Radio Communication

Integrating LoRaWAN (865 MHz India Band), 4G LTE-M / NB-IoT, RS485 Modbus, and Bluetooth Low Energy (BLE 5.2) for robust industrial mesh networking.

Ultra-Low-Power Energy Harvesting

Deep sleep firmware architectures consuming less than 15 µA in sleep state, enabling 3 to 5 years of autonomous operation on standard lithium batteries.

Silicon Benchmarks

< 18 mW
Active Power Consumption
100%
Offline Machine Autonomy
10 Km+
LoRaWAN Rural Transmission Range
42 KB
Quantized Neural Model Footprint

Silicon & Toolchain Stack

ESP32-S3 / STM32F4 / RP2040 C++ / Embedded C / FreeRTOS TensorFlow Lite for Microcontrollers KiCAD PCB Design Suite AES-CCM Secure Boot & OTA