Research & Development

Projects We're Building

Our R&D team develops real-world solutions at the intersection of IoT, AI, and India–Japan digital infrastructure.

Smart Agricuture

The Smart Agriculture System is an AI-driven precision farming platform that combines IoT, embedded systems, robotics, and cloud technologies to enable intelligent farm management. It continuously collects real-time environmental and soil data, providing farmers with actionable insights through a centralized web dashboard. The system supports autonomous field monitoring, GPS-based farm mapping, AI-powered recommendations, and cloud-based analytics to improve productivity, optimize resource utilization, and promote sustainable agriculture.

AI-powered precision farming with real-time environmental monitoring.
Autonomous navigation with obstacle detection and GPS-based farm mapping.

React.jsViteTailwind CSSPythonDjango+6

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Archived

6-Axis Industrial Arm

The Industrial Robotic Arm is a custom-designed 6-axis robotic manipulator developed for precise wireless motion control and automation applications. The entire mechanical structure was 3D printed and integrated with an STM32-based control system for accurate joint movement. A custom Flutter mobile application and a Bluetooth Low Energy (BLE) joystick controller provide intuitive real-time operation. The project combines embedded systems, wireless communication, and mechanical design into a compact and scalable automation platform.

Custom 6-axis robotic arm with fully 3D-printed mechanical structure.
Wireless control through BLE-enabled joystick and mobile application.

STM32BLE ModuleJoystickServo Motors3D Printed Chassis+6

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Archived

Laser Printer

The Custom Laser Printer is a precision fabrication system developed by transforming a conventional 3D printer into a fully customized laser engraving platform. The original frame and motion axes were redesigned to accommodate a laser module and a new motion controller, enabling accurate and reliable laser operations. The project demonstrates expertise in mechanical redesign, hardware integration, controller replacement, and system optimization for custom manufacturing applications.

Complete conversion of a standard 3D printer into a custom laser engraving system.
Redesigned mechanical structure with a dedicated laser controller.

3D Printer FrameLaser ModuleMKS DLC32 ControllerNEMA 17 Stepper MotorsStepper Drivers+5

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