AP
Engineering

Projects Archive

A collection of intelligent software applications, decentralised platforms, and hardware integrations.

Chanakya - FinTech AI Agent

Chanakya - FinTech AI Agent

Code

A modular multi-agent FinTech platform for asset management automation including research, portfolio optimization, risk analysis, and compliance workflows.

  • Built a modular multi-agent platform for asset management automation.
  • Executed PPO-based reinforcement learning for dynamic portfolio optimization.
  • Developed NLP pipelines to extract insights from financial data and reports.
  • Merged real-time financial APIs for market data ingestion.
  • Designed scalable REST APIs and secure web interfaces for decision support systems.
pythonfastapilangchaingeminiPPO RLFinancial Modeling
Agrisense - IoT Crop Predictor

Agrisense - IoT Crop Predictor

Code

A cross-platform mobile application connected to Raspberry Pi and NPK sensors, utilizing local TensorFlow Lite models for real-time soil analysis and crop prediction.

  • Enhanced a cross-platform mobile application for real-time soil analysis and crop recommendation.
  • Blended pH and NPK sensors with Raspberry Pi for live data acquisition.
  • Deployed on-device TensorFlow Lite model for crop prediction.
  • Built cloud-based pest detection using ML image inference.
  • Applied offline caching and push notifications for low-connectivity environments.
flutterfirebaseraspberrypiarduinotensorflowiot
Blockchain Based Voting System

Blockchain Based Voting System

Code

Decentralized voting system built with Flutter, Web3.js, Solidity, and smart contracts to support secure vote casting, authentication, and real-time counting.

  • Designed a decentralized voting platform ensuring transparency and immutability.
  • Enforced smart contracts to prevent double voting and ensure vote integrity.
  • Incorporated Web3.js for secure blockchain interaction.
  • Built mobile UI for voter authentication and real-time vote counting.
fluttersolidityWeb3.jsBlockchain
Distance Detection for Blind People

Distance Detection for Blind People

Code

IoT assistive device using ultrasonic sensors, servo motors, Arduino UNO, and buzzer alerts to detect nearby obstacles for visually impaired users.

  • Improved an assistive device using ultrasonic sensors to detect nearby obstacles.
  • Implemented servo-based sweeping mechanism for wider detection coverage.
  • Triggered buzzer alerts for obstacle proximity to aid safe navigation.
cplusplusarduinoiotUltrasonic Sensors