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BSI PD ISO/IEC TR 30176:2021

BSI PD ISO/IEC TR 30176:2021

$167.15

Internet of things (IoT). Integration of IoT and DLT/blockchain: Use cases

Published By Publication Date Number of Pages
BSI 2021 42
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PDF Catalog

PDF Pages PDF Title
2 undefined
4 CONTENTS
7 FOREWORD
8 INTRODUCTION
9 1 Scope
2 Normative references
3 Terms and definitions
4 Symbols and abbreviated terms
5 Use case scenarios
5.1 General
5.2 Use cases
10 Tables
Table 1 – Summary of use case scenarios
11 6 Description of use case
6.1 Agricultural product tracing
6.1.1 Scope and objectives of use case
6.1.2 Narrative of use case
12 6.1.3 Actors: people, components, systems, integrated systems, applications and organizations
Table 2 – Actors for agricultural product tracing
13 6.1.4 Issues: legal contracts, legal regulations, and constraints
6.1.5 Reference standards and/or standardization committees
6.1.6 Relation with other known use cases
6.1.7 General remarks
6.1.8 Data security, privacy and trustworthiness
6.1.9 Conformity aspects
6.1.10 User requirements and interactions with other actors
Table 3 – Data security, privacy and trustworthiness for agricultural product tracing
14 6.1.11 Drawing of use case
6.1.12 Data flow diagram of use case
Figures
Figure 1 – General overview of smart agriculture
15 6.1.13 Sequence diagram of use case
Figure 2 – Data flow diagram of agricultural product tracing
16 6.2 Financial services for fish farming
6.2.1 Scope and objectives of use case
Figure 3 – Sequence diagram of agricultural product tracing
Table 4 – Steps of the agricultural product tracing
17 6.2.2 Narrative of use case
6.2.3 Actors: people, components, systems, integrated systems, applications and organizations
18 6.2.4 Issues: legal contracts, legal regulations, and constraints
6.2.5 Reference standards and/or standardization committees
6.2.6 Relation with other known use cases
6.2.7 General remarks
6.2.8 Data security, privacy and trustworthiness
Table 5 – Actors for financial services for fish farmers
19 6.2.9 Conformity aspects
6.2.10 User requirements and interactions with other actors
6.2.11 Drawing of use case
Table 6 – Data security, privacy and trustworthinessfor financial services for fish farmers
20 6.2.12 Data flow diagram of use case
Figure 4 – The financial risks without collaboration
Figure 5 – Financial risks minimized through the collaboration of multiple participants
21 6.2.13 Sequence diagram of use case
Figure 6 – Data flow diagram of financial service for fish farming
22 Figure 7 – Sequence diagram of the financial service for fish farming
Table 7 – Steps of the financial service for fish farming
23 6.3 Chattel mortgage services
6.3.1 Scope and objectives of use case
6.3.2 Narrative of use case
6.3.3 Actors: people, components, systems, integrated systems, applications and organizations
24 6.3.4 Issues: legal contracts, legal regulations, and constraints
6.3.5 Reference standards and/or standardization committees
6.3.6 Relation with other known use cases
6.3.7 General remarks
6.3.8 Data security, privacy and trustworthiness
Table 8 – Actors for chattel mortgage services
25 6.3.9 Conformity aspects
6.3.10 User requirements and interactions with other actors
6.3.11 Drawing of use case
Table 9 – Data security, privacy and trustworthiness for chattel mortgage services
26 6.3.12 Data flow diagram of use case
Figure 8 – Stakeholders and their relationships in chattel mortgage monitoring financial services
27 6.3.13 Sequence diagram(s) of use case
Figure 9 – Data flow diagram of chattel mortgage service
Figure 10 – Sequence diagram of the chattel asset financial service
28 6.4 Distributed energy trading
6.4.1 Scope and objectives of use case
6.4.2 Narrative of use case
Table 10 – Steps of the financial service for chattel mortgage service
29 6.4.3 Actors: people, components, systems, integrated systems, applications and organizations
30 6.4.4 Issues: legal contracts, legal regulations, and constraints
6.4.5 Reference standards and/or standardization committees
6.4.6 Relation with other known use cases
6.4.7 General remarks
6.4.8 Data security, privacy and trustworthiness
Table 11 – Actors for distributed energy trading
31 6.4.9 Conformity aspects
6.4.10 User requirements and interactions with other actors
6.4.11 Drawing of use case
Table 12 – Data security, privacy and trustworthiness for distributed energy trading
32 6.4.12 Data flow diagram of use case
Figure 11 – Architecture for P2P energy trading
33 6.4.13 Sequence diagram(s) of use case
Figure 12 – Data flow diagram based on hierarchical cyber enhancement framework for energy trading
34 Figure 13 – Sequence diagram for the energy trading process
Table 13 – Steps of the distributed energy trading
35 6.5 Automated parking payment service
6.5.1 Scope and objectives of use case
6.5.2 Narrative of use case
6.5.3 Actors: people, components, systems, integrated systems, applications and organizations
36 6.5.4 Issues: legal contracts, legal regulations, and constraints
6.5.5 Reference standards and/or standardization committees
6.5.6 Relation with other known use cases
6.5.7 General remarks
6.5.8 Data security, privacy and trustworthiness
Table 14 – Actors for the automated parking payment service
37 6.5.9 Conformity aspects
6.5.10 User requirements and interactions with other actors
6.5.11 Drawing of use case
Table 15 – Data security, privacy and trustworthinessfor the automated parking payment service
38 6.5.12 Data flow diagram of use case
Figure 14 – Involved parties and their relationships inthe automated parking payment service
39 6.5.13 Sequence diagram(s) of use case
Figure 15 – Data flow diagram of the automated parking payment service
Figure 16 – Sequence diagram of the automated parking payment service
40 Table 16 – Steps of the automated parking payment service
41 Bibliography

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BSI PD ISO/IEC TR 30176:2021
$167.15