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Our Products

Shvana Robot

Shvana Robot

Shvana is a cutting-edge quadruped robot powered by Raspberry Pi and ROS, equipped with coreless servos and an HD wide-angle camera. It excels in AI-powered target recognition, obstacle avoidance, and customizable gait planning.

Target Applications: Surveillance & Security, Defense & Military, Geomapping, Construction Site Monitoring

Features:

  • AI-powered capabilities: Line following, object tracking, obstacle avoidance, face detection, ball shooting, color tracking, and tag recognition.
  • Self-balancing mode using real-time IMU sensor data for stability on uneven terrain.
  • Performance mode with predefined actions mimicking real-world dog behaviors.
Krumi Robot

Krumi Robot

Krumi is an AI-driven Raspberry Pi-based robot featuring a 5-DOF robotic arm and a wide-angle HD camera powered by OpenCV. It supports motion control, machine vision, and deep learning.

Target Applications: Industrial Automation, Warehouse & Logistics, Hazardous Environment Inspection, Space Exploration

Features:

  • AI-powered 5-DOF vision robot arm for precise object manipulation.
  • Remote control via the PHN Bhritya app (Android & iOS).
  • All-terrain adaptability for stable operation in various environments.
Bionic Hand

Bionic Hand

A highly advanced prosthetic device that mimics human hand movement using 3D printing, servo motors, and AI-powered gesture recognition.

Target Applications: Medical Prosthetics, Rehabilitation, Industrial Automation, Robotics Research, Space Exploration

Features:

  • Real-time gesture recognition using Mediapipe and OpenCV.
  • Arduino-controlled servo motors for precise movement.
  • Smart learning algorithms that adapt to user movements.
Poppy Humanoid

Poppy Humanoid

A stationary humanoid robot with a 3D-printed modular structure, controlled by Arduino and servo motors to perform various human-like actions.

Target Applications: STEM Education, AI Demonstrations, Medical & Industrial Training, Human-Robot Interaction

Features:

  • 3D-printed customizable body for lightweight and durable design.
  • Motion control via Arduino-powered servo motors for precise limb movement.
  • Autonomous and remote control operation via manual inputs.