Blockchain and Deep Links in Mobile Apps

Blockchain and Deep Links in Mobile Apps

Study Guide

This study guide is designed to help you review your understanding of the topic "Blockchain and Deep Links in Mobile Apps". It contains the following sections:

Quiz: Ten short-answer questions designed to test your understanding of key concepts.

Answers: Answers to the quiz questions.

Essay Topics: Five argumentative essay topics that encourage you to think deeply and analyze the topic.

Key Terms: A glossary of important terms and their definitions.

Quiz

What are deep links? Explain what is unique about deep links as described in Boudville's patent application.

Explain the relationship between deep links and blockchain, especially in Boudville's patent application.

How does Boudville's patent application suggest building a social network graph with deep links?

Explain the concept of "Writer" mentioned in Boudville's patent application and its function.

What methods are described in Boudville's patent application to write deep links to the blockchain?

Explain the concept of geo-restricted blockchains mentioned in Boudville's patent application.

What is the significance of the signature of deep links in Boudville's patent application?

How does Boudville's patent application solve the challenge of propagating deep links to potential users?

Explain the concept of "preferred nodes" mentioned in Boudville's patent application and their role in blockchain.

How does Boudville's patent application propose using deep links to incentivize users to promote mobile apps?

Answer

A deep link is a special type of link that takes users directly to specific content or functionality in a mobile app. Boudville's patent application is unique in that it proposes a method to store deep links in a blockchain and use them to build a social network graph.

Boudville's patent application proposes storing deep links in a blockchain as a record of app interactions. These records can be used to analyze user behavior and generate a social network graph.

By analyzing the deep links stored in the blockchain, users who use the same app or interact with different apps can be identified. The network addresses of the devices where the app instances are running can serve as nodes in the graph, while the edges connecting them represent app interactions.

A "Writer" is a logical component proposed in Boudville's patent application that is responsible for deciding if and when to write a deep link to the blockchain. It can be located inside the app, on the device, or on the network.

A deep link can be written to the blockchain by the app itself or by the app server. The Writer component can decide when to write a deep link based on various factors such as user interactions, location, and app usage patterns.

Geo-restricted blockchains are blockchains that are primarily focused on a specific geographic region. Applications can choose to connect to the blockchain that is closest to their location or has the lowest cost.

The signature of a deep link can verify its authenticity and integrity. In cases involving multiple user interactions, the signature can prove the origin and order of use of the deep link.

Boudville's patent application proposes using a blockchain as a public repository for deep links, allowing users to easily discover and connect to other users or application instances.

"Preferred nodes" are nodes in a blockchain network that have special functions or resources, such as being geographically close to a specific user group or providing an enhanced user interface. Deep links can contain addresses pointing to these preferred nodes for more efficient interactions.

Boudville's patent application proposes rewarding existing users when new users install or use an application through a deep link from an existing user. This mechanism encourages users to actively promote the application and grow its user base.

Paper Title

Discuss the advantages and challenges of using blockchain to store and manage deep links in mobile applications.

Analyze the implications of building a social network graph using deep links. How will this affect user privacy and data security?

Explore different implementations of the "Writer" concept proposed in Boudville's patent application and its impact on deep link management.

Evaluate the effectiveness and potential drawbacks of using deep links to incentivize users to promote mobile apps.

Discuss potential use cases and challenges of geo-restricted blockchains in the context of Boudville's patent application.

Key Terms

Deep Link: A special type of link that takes users directly to specific content or functionality within a mobile app.

Blockchain: A distributed database used to record transactions and track assets, characterized by high security, transparency, and tamper-proofness.

Social Network Graph: A structure that represents social relationships as a graph, where nodes represent individuals and edges represent relationships between them.

Writer: The logical component proposed in Boudville's patent application that is responsible for deciding whether and when to write a deep link to the blockchain.

Geo-restricted Blockchain: A blockchain that is primarily focused on a specific geographic region.

Preferred Node: A node with special capabilities or resources in a blockchain network.