Skytelemetri for akvatiske roboter

Abstract

Establishing a solid foundation is crucial when developing a scalable solution. This thesis will explore how to build a lightweight and scalable IoT infrastructure for moving robots from an existing infrastructure to the cloud.

We begin by analyzing the existing solution, identifying its weaknesses, and determining the necessary steps to integrate it with an IoT solution. The solution considers a high level of flexibility and scalability when installing, deploying, and expanding on features and infrastructure.

To build a flexible and scalable solution, we will explore a variety of technologies and designs. We will explore how event-driven design has allowed us to build an easily expandable solution and how IoT helps us build a lightweight and responsive solution.

Establishing a solid foundation is crucial when developing a scalable solution. This thesis will explore how to build a lightweight and scalable IoT infrastructure for moving robots from an existing infrastructure to the cloud.

We begin by analyzing the existing solution, identifying its weaknesses, and determining the necessary steps to integrate it with an IoT solution. The solution considers a high level of flexibility and scalability when installing, deploying, and expanding on features and infrastructure.

To build a flexible and scalable solution, we will explore a variety of technologies and designs. We will explore how event-driven design has allowed us to build an easily expandable solution and how IoT helps us build a lightweight and responsive solution.