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Digital Platform for Geospatial Data Access and Reporting
  1. case
  2. Digital Platform for Geospatial Data Access and Reporting

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Digital Platform for Geospatial Data Access and Reporting

hiyield.co.uk
Environmental Services

Challenge

Cornwall Wildlife Trust (CWT) and ERCCIS faced significant challenges in accessing and leveraging their extensive geospatial species and habitat data. The existing manual data retrieval process was slow, inefficient, and difficult to scale, hindering their ability to provide timely reports to clients and maximize revenue potential. Manual data collation required significant employee time and resources, making it unsustainable for future growth.

About the Client

A non-profit organization dedicated to conserving and enhancing Cornwall's wildlife and habitats. They manage a large database of geospatial data on species and habitats collected over several decades.

Objectives

  • Develop a self-service web application for accessing geospatial species and habitat data.
  • Enable clients to purchase custom reports based on geographic location.
  • Automate data retrieval and report generation from the existing database.
  • Increase revenue through enhanced data accessibility and report sales.
  • Improve efficiency and reduce the time required to fulfill client data requests.

Functional Requirements

  • User account management (registration, login, profile management).
  • Interactive map interface for geographic location selection.
  • Data search and filtering capabilities.
  • Customizable report generation with configurable data fields.
  • Secure online payment processing.
  • Report download functionality.
  • Admin panel for data management and user monitoring.

Preferred Technologies

C
Javascript
CSS3
HTML5
ASP.net MVC Web API
Vue.js
Bootstrap

Integrations Required

  • Payment gateway integration (e.g., Stripe, PayPal)

Key Non-Functional Requirements

  • Scalability to handle large datasets (5+ GB) and increasing user traffic.
  • Performance: Fast report generation and search response times.
  • Security: Secure data access and protection of sensitive information.
  • Reliability: High availability and minimal downtime.
  • Usability: Intuitive user interface for easy data exploration and report ordering.

Estimated Impact

This project will significantly improve CWT's operational efficiency, enabling them to scale their data services and increase revenue. By providing a self-service platform, CWT can reduce manual effort, enhance client satisfaction, and unlock the full potential of their valuable geospatial data. The project will also empower CWT to better fulfill its mission of wildlife conservation by making data more accessible to researchers, policymakers, and the public.

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