Comparison of Cloud-Native Architectures for implementing a Food Waste Reduction System
Comparison of Cloud-Native Architectures for implementing a Food Waste Reduction System
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Job Description
High Level Description
This Bachelor thesis focuses on exploring architectures used in cloudnative applications and identifying their strengths and weaknesses. The thesis will involve a theoretical part in which a comparative study is done in current cloudnative architectures. The practical part consists of designing and implementing a cloudnative application to help households and offices reduce food waste through smart inventory management and timed notifications.
Project Description
The project will involve developing an application that enables users to scan product barcodes and expiry dates retrieve and store product information creating a cloudbased backend for data storage and notification management and design a notification systems for expiring products.
The research focuses on comparing different cloudnative architectures for scalability and performance evaluating the effectiveness of different architectural approaches deploying and testing the solution in a realworld environment.
Who Are We Looking For
Students in a Bachelor/Master of Science in Computer Science/Engineering program
Purpose
The purpose of this research is to generate knowledge in the field of cloud computing by exploring and evaluating architectural approaches for building modern cloudnative applications. This could help software developers and architects in decisions that impacts projects and software development life cycle.
Employment Type
Full Time
