Retno Dwi Handayani, Zaidir Jamal, Muhammad Alkahfiansyah, Lia Rosmalia, Novi H Sudibyo, Riko Herwanto

Intelligent and Secure Package Receiver System Utilizing Internet of Things (IoT) Technology

Introduction

Intelligent and secure package receiver system utilizing internet of things (iot) technology. Secure IoT Smart Package Receiver System for e-commerce deliveries. Features remote monitoring, real-time notifications via Telegram, and secure access. Enhances package security and user convenience.

Abstract

The rapid expansion of e-commerce has increased the demand for secure and efficient package delivery solutions, particularly for recipients who are frequently away from home. This study presents the development of a Smart Package Receiver Box, an Internet of Things (IoT)-based system that integrates sensors and remote control functionalities to enhance package security. The system incorporates an ESP32-CAM microcontroller, an ultrasonic sensor for courier detection, a PIR sensor for package counting, and a solenoid door lock for secure access control. These components are integrated with the Telegram messaging application, enabling real-time notifications, visual monitoring, and remote control of package deliveries. Experimental testing demonstrates that the system reliably detects couriers within a 5 cm to 30 cm range, accurately counts inserted packages, and ensures a secure locking mechanism with prompt response times. The collected data confirm stable system performance, minimal delays, and effective remote accessibility for users. Despite its advantages, the system presents certain limitations that warrant further improvements. The current implementation lacks encrypted communication, posing potential security vulnerabilities that could be mitigated by integrating AES-256 encryption and secure authentication protocols. Additionally, the system's reliance on Telegram makes it susceptible to disruptions in service availability, necessitating the incorporation of alternative communication channels such as SMS notifications or cloud-based APIs. Future enhancements will focus on strengthening data security, increasing system redundancy, and conducting comprehensive field testing to improve robustness and scalability for broader adoption in modern package delivery systems.

Review

This paper presents a timely and relevant solution to the growing challenge of secure package delivery in the age of e-commerce. The "Smart Package Receiver Box" leverages IoT technology to integrate a suite of sensors (ultrasonic, PIR) and an ESP32-CAM microcontroller with a solenoid lock, providing real-time monitoring and remote control via the Telegram application. The experimental results, as described, demonstrate promising functionality, including reliable courier detection within a specified range, accurate package counting, and a secure locking mechanism with prompt response times. This initial implementation effectively addresses core requirements for enhancing package security and offers a practical foundation for recipients frequently away from home. Despite its innovative approach and demonstrated functionalities, the system, as acknowledged by the authors, presents several critical limitations that warrant significant attention. The most pressing concern is the current absence of encrypted communication, which poses substantial security vulnerabilities, potentially exposing sensitive user data and compromising the integrity of the remote control functions. Furthermore, the system's sole reliance on the Telegram messaging application introduces a single point of failure. This dependency makes the system susceptible to service outages, changes in API policies, or other disruptions, thereby undermining its reliability and availability – features that are paramount for a secure delivery solution. The proposed future enhancements are crucial for the system's viability and broader adoption. The integration of robust security measures, such as AES-256 encryption and secure authentication protocols, is indispensable for mitigating identified vulnerabilities. Similarly, incorporating alternative communication channels like SMS or cloud-based APIs will significantly enhance system redundancy and resilience. Comprehensive field testing will also be vital to assess the system's robustness and scalability under varied real-world conditions. Addressing these limitations will transform this promising prototype into a truly secure, reliable, and deployable solution, making a substantial contribution to modern package delivery challenges.

Full Text

Comments

You need to be logged in to post a comment.