QwikAid Emergency Reporting App

Logo
Homepage
Location
Location translated
Services page
Theft service page
Health emergency service page
Disaster service page
Message page

Inspiration

Imagine a scenario where you find yourself hiking in a remote mountainous region, far from civilization, when suddenly, a severe storm hits, leaving you stranded and in need of urgent help. As you desperately try to navigate through the treacherous terrain, you realize the gravity of the situation and the critical importance of accessing emergency assistance quickly.

This harrowing experience served as the catalyst for the creation of QwikAid. Inspired by the need for a reliable and efficient emergency response system, we embarked on a mission to develop a solution that could provide immediate support and resources to individuals facing unforeseen crises.

Driven by the desire to empower people with the tools they need to navigate emergencies with confidence, QwikAid was born. Our goal is to ensure that no one ever feels alone or helpless in times of distress, by offering a seamless and intuitive platform that connects users with essential services at the touch of a button.

What it does

QwikAid is a web application designed to provide immediate assistance and resources in times of emergency. Upon accessing the platform, users can quickly determine their location using geolocation technology and receive information in their preferred language. They can then select the type of emergency they are facing and initiate a call to the appropriate emergency service provider.

Additionally, QwikAid allows users to submit reports, including text, images, and videos, to the relevant authorities, ensuring that help is dispatched promptly. The platform also offers survival tips and guidance to help users navigate through challenging situations while awaiting assistance.

How we built it

We built QwikAid using HTML 5, CSS 3, and JavaScript, incorporating Geolocation API, Google Translate API, and Big Data Reverse Geocoding API to enhance functionality and accessibility. Our development process focused on creating a user-friendly interface and seamless user experience.

Challenges

Building QwikAid presented several challenges, including accurately determining user locations using geolocation API and sourcing specific emergency contact information for different regions. Additionally, translating content into multiple languages based on user location proved to be a complex task.

Accomplishments

Despite the challenges, we successfully developed a functional web application that addresses essential emergency response needs. Our team's dedication and collaborative efforts enabled us to overcome obstacles and deliver a platform with core functionalities.

What we learned

The development of QwikAid provided valuable insights into web development practices and the integration of complex APIs. We gained hands-on experience in leveraging geolocation and translation technologies to create a responsive and accessible platform.

What's next

QwikAid is poised to evolve into a comprehensive emergency response application, with plans to enhance features, expand geographic coverage, and improve user engagement. We are committed to refining the platform based on user feedback and advancing its capabilities to better serve individuals in times of need.

Built With

css3
geo-location-api
github
google-translate-api
javascript

Submitted to

CodeXtreme
- Winner 1st Runner Up

Created by

I designed the branding for QwikAid, problem-solved with team members, and wrote part of the goback() function during the hackathon. Currently, as we progress, I have been responsible for collecting and cleaning data used in building databases for the application.

Abiodun Kumuyi
I'm Abiodun, a financial market enthusiast and aspiring quant starting a tech career.
Reverse Geocoding: Utilized the JavaScript Geolocation API to retrieve the user's location based on latitude and longitude coordinates. I then performed reverse geocoding to obtain the exact location's country, district, and other relevant information. This data was stored in the local storage for future reference.

Dynamic Content and Navigation: Implemented flexible next and back buttons to enable users to navigate easily between pages. This interactive feature enhances user experience and allows seamless exploration of the application.

DOM Manipulation: Dynamically updated webpage content, styles, and structure based on user actions or events. This ensures that the interface remains interactive and visually appealing throughout the user's interaction with the application.

Local Storage Management: Stored relevant data in the local storage, enabling persistent storage of user preferences and location information. This ensures that important data is retained even when the user navigates away from the webpage or refreshes it.

Emmanuel Obolo
I am Emmanuel Obolo, a machine learning enthusiast.
Lam Dhak
Cool, Creative & Innovative
Excel Asaph