Second-year B.Tech Student at Chandigarh Engineering College. Skilled researcher, startup
founder, and minimalist hardware designer. Focuses on IoT architectures, microcontrollers,
automated telemetry systems, and full-stack development.
Patents
Filed12+
Submissions25+
VenturesAcrobiteEntanglix
Labs
Code
Builds30+
PROJECT RADAR & GIT MONITOR
ACTIVE_SWEEP: GIT_MONITOR_ON
RADAR TARGET DETAILS
HOVER NODES ON THE RADAR TO COMMENCE DECODING. OUTER CIRCLE CONTAINS PROJECTS; INNER CIRCLE
DETAILS LATEST GIT COMMITS.
BUILDS ARCHIVE // PROJECT EXPLORER
CATEGORIES
PATENT VAULT // INTELLECTUAL PROPERTY
IPR METADATA REGISTRY
Official registry records of intellectual design and utility frameworks generated by Jaideep Taak.
Undergoing design registration and utility processing parameters.
A real-time examination monitoring system designed for large exam halls. The solution
combines microphones, IR sensors, pressure sensors, and RFID tracking to detect whispering,
suspicious movements, seat activity, answer-sheet swapping, and other forms of examination
malpractice. The research focuses on improving examination integrity through automated
monitoring and real-time teacher alerts.
A next-generation robotics platform integrating LoRa communication, ESP32-CAM modules, AI
vision systems, gesture-controlled smart gloves, bionic robotic arms, and haptic feedback
technologies. The research explores advanced remote interaction methods and intelligent
robotic control through immersive human-machine interfaces.
VFT Server: Portable ESP32-Based
File Transfer System
IoT
A portable wireless file transfer ecosystem built around ESP32 technology. The system
enables secure offline file sharing with account management, multilingual support,
analytics, battery-powered operation, and integrated display systems. The research
demonstrates practical deployment of decentralized file-sharing infrastructure in
environments without internet connectivity.
ESP32File
TransferOffline
CommunicationNetworkingWireless
Systems
A sustainable product design project focused on creating biodegradable writing instruments
using natural and recycled materials such as cork, dried leaves, and flower petals. The
research investigates environmentally responsible alternatives to conventional plastic
stationery while maintaining usability and durability.
An intelligent farm protection system that uses AI-powered animal recognition, automated
deterrent mechanisms, sound systems, flash modules, and GSM-based notifications to reduce
crop damage caused by animals. The research emphasizes non-harmful and ethical methods of
protecting agricultural land through technology.
Platform developer specializing in automated testing environments, OOP utility scripts, and
student training architectures. Designed systems mapping automated assignments files parsing
pipelines.
Embedded computing and telemetry integration workshop. Focused on ESP32 mesh nodes routing,
wireless sensor deployment models, and building direct cloud pipelines for localized sensory
data processing.