Page 339 - Emerging Trends and Innovations in Web-Based Applications and Technologies

International Journal of Trend in Scientific Research and Development (IJTSRD)
Special Issue on Emerging Trends and Innovations in Web-Based Applications and Technologies
Available Online: www.ijtsrd.com e-ISSN: 2456 – 6470

Beacon Track: Advancing Proximity-Based

Navigation with Real-Time Beacon Technology

Bhavesh Kamde , Aman Bhagat , Prof. Anupam Chaube
2
3
1
1,2 BCA, Department of Science and Technology,
3 Department of Science and Technology,
1,2,3 G H Raisoni College of Engineering and Management, Nagpur, Maharashtra, India

ABSTRACT intervals, enabling nearby devices to determine their
The rapid growth of location-based services (LBS) has proximity. By deploying a network of strategically placed
underscored the need for efficient, accurate, and scalable BLE beacons, BeaconTrack creates a robust infrastructure
navigation solutions. Proximitybased navigation using that can accurately track user movement in real time.
beacon technology has emerged as a critical enabler in The traditional challenges associated with beacon-based
contexts ranging from indoor navigation to asset tracking.
navigation, such as signal interference, hardware limitations,
The development of proximity-based navigation systems and fluctuating accuracy, are addressed in BeaconTrack
has gained significant traction in recent years, especially through the integration of advanced algorithms and machine
with the advent of real-time beacon technology. learning techniques. These enhancements allow the system
"BeaconTrack" introduces an innovative approach to indoor to dynamically adapt to environmental factors, optimize
and outdoor navigation by leveraging Bluetooth Low signal processing, and deliver location accuracy with
Energy (BLE) beacons for precise location tracking and minimal latency. Furthermore, BeaconTrack’s modular
real-time data updates. This paper explores the design, architecture ensures scalability and interoperability, making
implementation, and practical applications of BeaconTrack, it suitable for diverse applications across industries.
a system that addresses the limitations of traditional Key Motivations:
GPSbased navigation in environments where GPS signals 1. *Indoor Navigation Challenges*: GPS signals are weak or
are unreliable or unavailable, such as large buildings,
underground facilities, and densely populated urban areas. nonexistent in indoor environments, leading to the need
for alternative systems capable of providing reliable and
The proposed system combines beacon technology, precise navigation in such spaces.
advanced algorithms, and mobile applications to provide
accurate, efficient, and user-friendly navigation solutions. 2. *Dynamic Environments*: Existing navigation solutions
BeaconTrack uses a network of strategically placed BLE often struggle in dynamic environments where
beacons, which transmit unique identifiers to nearby obstacles, signal interference, and user movement
devices. These identifiers, when processed by a mobile patterns can affect accuracy.
application or central server, determine the user's location
with high precision. The system integrates machine 3. *Energy Efficiency*: Devices used for navigation often
face energy constraints, necessitating solutions like BLE
learning algorithms to enhance location accuracy by beacons that consume significantly less power than
dynamically adjusting to environmental factors such as
signal interference, obstacles, and varying beacon densities. other positioning technologies.

4. *Demand for Context-Aware Systems*: Industries such
INTRODUCTION as healthcare, retail, and transportation require
Navigation technologies have become integral to modern life, navigation systems that can provide realtime, context-
providing users with tools to navigate both outdoor and specific guidance to improve user experiences.
indoor environments efficiently. While GPS (Global Objectives of Beacon Track:
Positioning System) has proven indispensable for outdoor 1. To develop a proximity-based navigation system that
navigation, its limitations in indoor and GPSchallenged ensures precise location tracking with minimal energy
environments—such as multi-story buildings, underground consumption.
facilities, and urban canyons—present significant challenges.
These limitations have spurred the development of 2. To integrate real-time tracking capabilities with
alternative navigation systems, particularly those leveraging adaptive algorithms that can respond to environmental
proximity-based technologies. "BeaconTrack" introduces a changes and ensure high accuracy.
novel solution to bridge this gap by employing real-time 3. To design a user-friendly interface that enhances
beacon technology to deliver precise, efficient, and adaptive navigation experiences in complex indoor and outdoor
navigation in complex environments. environments.
BeaconTrack is built on the foundation of Bluetooth Low 4. To explore real-world use cases and assess the system's
Energy (BLE) beacon technology, which has emerged as a scalability, reliability, and practicality.
viable alternative for indoor positioning systems (IPS) due to
its affordability, low energy consumption, and high BeaconTrack envisions transforming the way navigation is
compatibility with modern mobile devices. BLE beacons are experienced in environments where traditional GPS systems
small, wireless devices that broadcast signals at regular fall short. By combining BLE beacons, real-time processing,

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