CAR DASHBOARD

Balaji, V. and jebathangam, J (2026) CAR DASHBOARD. CAR DASHBOARD, 10 (5). pp. 143-147. ISSN 2456-9348

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Abstract

ABSTRACT
The Car Dashboard System is an advanced digital interface designed to enhance driver awareness and vehicle
control. It provides real-time monitoring of essential vehicle parameters such as speed, fuel level, and engine
status. Traditional analog dashboards often lack flexibility and clear data visualization. This project focuses on
developing a smart and interactive digital dashboard system.
The system integrates multiple sensors to collect accurate vehicle data continuously. It processes the collected
data using embedded systems and software modules. The information is displayed through a user-friendly
graphical interface. The dashboard ensures that critical alerts are highlighted instantly for the driver.
It includes features such as warning notifications for fuel, temperature, and maintenance. The system also supports
GPS-based navigation for route guidance. Connectivity features allow integration with smartphones and other
devices. Drivers can access additional information such as weather and traffic updates.
The interface is designed to reduce driver distraction while improving usability. Customization options enable
users to personalize display settings. The system improves readability compared to traditional dashboards and
enhances decision-making by providing clear and precise information.
The architecture is scalable and adaptable to different vehicle types. The project uses modern technologies such
as IoT and embedded systems. Data accuracy and real-time performance are key objectives of the system. The
dashboard supports efficient monitoring of vehicle performance and helps in early detection of potential
mechanical issues. This reduces maintenance costs and prevents unexpected failures.
The design ensures minimal latency in data processing. The implementation is cost-effective and practical for
real-world use. Future enhancements may include voice control and AI-based predictions. Integration with
autonomous vehicle systems is also possible. Overall, it improves driving experience, safety, and vehicle
management.

Keywords
Digital Dashboard, Vehicle Monitoring, Real-Time Data, Speed Display, Fuel Level Indicator, Engine
Diagnostics, Sensor Integration, Graphical User Interface (GUI), Embedded Systems, GPS Navigation, Warning
Alerts, Driver Assistance, IoT Integration, Vehicle Performance, Smart Automotive System

Item Type: Article
Subjects: Computer Science > Web Technologies
Domains: Computer Science
Depositing User: user 12 12
Date Deposited: 11 Jun 2026 06:45
Last Modified: 11 Jun 2026 06:45
URI: https://ir.vistas.ac.in/id/eprint/21142

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