smart-warehouse

𝐀𝐓𝐋𝐀𝐒 is an intelligent warehouse management system that combines real time inventory tracking, historical analytics, and a simulation engine to optimize stock strategies. Built with Next.js and modern tools, it offers smart restock suggestions, item history diffing, and interactive 3D simulations, providing teams with full control.

Transformer-augmented Double DQN for constrained pallet slotting in a simulated smart warehouse.

Edge AI Distributed Coordination System for Autonomous Warehouse Robots Decentralized fleet management featuring collision free path planning, real time 3D visualization, and benchmark proven task time reduction. Developed for the SIH26123 submission.

Designed a Smart Warehouse network using Cisco Packet Tracer, implementing VLANs, Router-on-a-Stick, OSPF, DHCP, Switch Port Security, and IoT temperature monitoring for secure, scalable, and efficient enterprise connectivity.

This project implements a Smart Warehouse system based on a distributed microservices architecture using Python, FastAPI and Docker.

A CoppeliaSim-based system that assigns warehouse tasks to AGVs dynamically using Euclidean distance. The framework tracks AGV positions, detects new tasks, calculates distances, and allocates the nearest available AGV in real time, improving responsiveness and adaptability in smart warehouse environments.