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Visionaries United

Innovation Fest 2025

About Visionaries United

Visionaries United proudly introduces the Heat Wave Hunter, an innovative fire-detection car designed to protect lives and the environment. This cutting-edge vehicle is equipped with advanced heat sensors to detect potential fire hazards and immediately alert higher authorities. Featuring an onboard water tank and spraying system, it can suppress small fires instantly, acting as a crucial first responder before emergency services arrive.

The Heat Wave Hunter addresses the urgent need for proactive fire prevention in the face of rising global temperatures and increasing fire incidents. Fires not only destroy ecosystems and properties but also pose a grave risk to human life.

This solution ensures early detection, rapid response, and real-time communication to prevent the escalation of fires. By minimizing damage and saving lives, the Heat Wave Hunter represents a vital step toward a safer and more resilient future.

UN SUSTAINABILITY DEVELOPMENT GOALS

Empowered and Driven:
Delivering Solutions for Global Issues

1. Goal 3: Good Health and Well-being
By detecting fires early and minimizing their spread, the Heat Wave Hunter reduces the risk of injuries, respiratory illnesses, and deaths caused by fires and smoke inhalation.

It ensures safer living and working environments, contributing to better health and well-being.

2. Goal 9: Industry, Innovation, and Infrastructure
The Heat Wave Hunter showcases innovation in technology by integrating advanced sensors and automated water spraying for fire management.

It supports resilient infrastructure by protecting critical systems and properties from fire-related damages.

Promotes the use of technology-driven solutions for public safety and environmental protection.

3. Goal 11: Sustainable Cities and Communities
The vehicle contributes to disaster risk reduction in urban and rural areas by preventing fire outbreaks from escalating.

Enhances community resilience and safety by providing a proactive solution to manage fire hazards effectively.

4. Goal 13: Climate Action
Rising temperatures due to climate change have increased the frequency and intensity of fires. The Heat Wave Hunter addresses this challenge by detecting and mitigating fire risks.

Promotes awareness of the link between climate change and fire hazards, encouraging action to reduce global warming.

5. Goal 15: Life on Land
Fires significantly damage ecosystems, wildlife habitats, and forests. The Heat Wave Hunter helps prevent wildfires and reduces their impact, contributing to biodiversity conservation.

Protects life on land by mitigating deforestation and soil degradation caused by uncontrolled fires.

THE STORY BEGAN

DESIGN STORY

Challenges

The primary challenge we are encountering is the lack of technical knowledge among our team members. Many are unfamiliar with essential tasks such as creating and managing GitHub repositories, writing and debugging code, integrating Arduino hardware with sensors, and understanding how these components work together. Additionally, there is limited experience in organizing and presenting information effectively, such as preparing detailed Word documents. This knowledge gap has been a significant obstacle in advancing our project efficiently.

Solution

Our team members, Vikramjeet Singh and Navjot Singh, are actively addressing this challenge by taking on both the practical and theoretical aspects of the project. We are enthusiastically managing these responsibilities, as it provides us with an invaluable opportunity to gain extensive knowledge and hands-on experience. This proactive approach not only benefits the project but also enhances our personal growth and expertise.

Use Case

This multi-functional fire prevention system detects heat and gas emissions in forests, industries, and urban areas to stop fires early. It navigates rough terrain to extinguish small fires, protecting ecosystems, infrastructure, and crops. In industrial zones, it monitors flammable environments and acts as a first responder. In urban areas, it boosts emergency response to residential and commercial fires. It also aids disaster relief, supports climate research by tracking fire data, and raises public awareness through safety campaigns and educational events.

TECHNOLOGIES

List of Essential Tools and Technologies

BO Motors
Temperature Sensor
Gas/Smoke Sensor
Ultrasonic Senso
Arduino Uno
TinkerCAD
L298 Motor Driver
R60Mini Servo Motor
Visual Studio
THE PROCESS

PROTOTYPE DESIGN

Two-Tier Structure:

The robot has two distinct levels:

Top Level: Likely houses key sensors such as ultrasonic sensors for obstacle detection and other equipment like heat or gas sensors.

Bottom Level: Contains the motorized base with wheels for mobility, motor drivers, and supporting hardware.

Chassis and Wheels: A sturdy chassis holds all components together. Four wheels powered by BO motors are visible, enabling smooth movement and maneuverability.

Ultrasonic Sensors: Positioned at both the top and front of the robot. Used for detecting obstacles and maintaining navigation.

Servo-Controlled System: Likely used to direct the water spray or additional sensors for precision.

DHT/Heat Sensors: Sensors attached for temperature detection, critical for identifying fire-prone zones.

Electronic Components: A wiring system connects sensors, motors, and controllers, all powered by a battery system at the base.

Online Marketing
Creative agency
Web development

PLEDGE

Impact on the market

The Fire Detector Car (FDC), along with its complementary Fire-Detecting Poles, is poised to significantly impact the fire safety market by providing an innovative, reliable, and eco-friendly solution to address critical fire safety needs across various sectors. Operating within the expanding fire safety market, the FDC stands out due to its autonomous navigation, solar power integration, and durable design, making it suitable for use in both urban and rural environments. Targeting high-risk sectors such as forest management, industrial complexes, and smart cities, the FDC not only minimizes wildfire and industrial fire risks but also supports proactive risk management for insurance companies and large-scale residential projects. By fostering collaboration with technology partners, the FDC encourages innovation and continuous improvement, enhancing its market relevance. Additionally, its alignment with sustainability goals, through renewable energy and wildfire prevention, makes the product attractive to eco-conscious organizations. With its diverse applications, strong market differentiation, and customer-centric approach, the FDC is well-positioned to capture significant market share, establish industry standards, and drive further innovation in fire safety solutions.

RESULTS

FINAL PRODUCT

The process of developing and implementing the Fire Detector Car (FDC) involves several stages, starting with extensive research to understand the fire safety needs of high-risk sectors like forests, industrial zones, and urban areas. This leads to the creation of a prototype, which undergoes rigorous testing in real-world environments to validate its autonomous navigation, fire detection accuracy, and solar power efficiency. Based on feedback, the product is refined and optimized for scalability, durability, and cost-efficiency. Collaborations with technology partners and research institutions further enhance the FDC’s capabilities, integrating advanced features such as AI-driven detection and IoT for real-time monitoring. Once the product is finalized, it is introduced to the market through a B2B approach, targeting government agencies, private organizations, and insurance companies, with complementary products like fire-detecting poles offered to create a comprehensive fire safety network. Continuous customer support and feedback ensure ongoing refinement, and as the product gains traction, opportunities for expansion into sectors like smart city infrastructure and disaster management technologies are explored. Through this process, the FDC addresses critical fire safety needs while promoting sustainability, establishing itself as a standard solution in the fire safety industry.