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Library/Papers/Requirements and Design Principles for Blockchain-enabled Matchmaking-Marketplaces in Additive Manufacturing

Research paper

Requirements and Design Principles for Blockchain-enabled Matchmaking-Marketplaces in Additive Manufacturing

Synthesizing literature, practice and expert interviews, the paper explores 27 mandatory requirements, six optional requirements and formulates 12 design principles for blockchain-enabled B2B matchmaking marketplaces in additive manufacturing, spanning identity, data security, traceability, supply/demand information, interfaces, reputation, matchmaking, agreements, settlement and governance.

PaperOpen source resource ↗
OverviewDSR gridDesign knowledgePaper design mapPublication metadata

01

Overview

Publication metadata and narrative from the current library record.

Authors
Tobias Koelbel, Marcel Linkenheil
Year
2023
Venue
HICSS 56 (2023)
Methodology
Design science research; systematic literature review, practice analysis, and expert interviews (302 codes).
additive-manufacturingb2bblockchaindesign-science-researchmarketplacematchmakingmatchmaking-additive-manufacturing

Requirements and Design Principles for Blockchain-enabled Matchmaking-Marketplaces in Additive Manufacturing

Authors: Tobias Koelbel, Marcel Linkenheil
Venue: HICSS 56 (2023)
Link: https://hdl.handle.net/10125/103293 (opens in a new tab)

Summary

Synthesizing literature, practice and expert interviews, the paper explores 27 mandatory requirements, six optional requirements and formulates 12 design principles for blockchain-enabled B2B matchmaking marketplaces in additive manufacturing, spanning identity, data security, traceability, supply/demand information, interfaces, reputation, matchmaking, agreements, settlement and governance.

Artifact

Requirements and design principles for blockchain-enabled matchmaking marketplaces (BEMs) in additive manufacturing.

Methodology

Design science research; systematic literature review, practice analysis, and expert interviews (302 codes).

Citations

[1] Tobias Koelbel, Marcel Linkenheil. Requirements and Design Principles for Blockchain-enabled Matchmaking-Marketplaces in Additive Manufacturing. HICSS 56 (2023). https://hdl.handle.net/10125/103293 (opens in a new tab) [2] Source document: Requirements and Design Principles for Blockchain-enabled matchmaking marketplaces.pdf

02

DSR grid

Six dimensions represented in the current paper record.

01

Problem description

Blockchain-enabled B2B matchmaking marketplaces - promising in additive manufacturing - have limited practical impact and scarce academic design guidelines.

02

Input knowledge

Veit's marketplace interaction phases; grounded-theory coding (Corbin & Strauss); the Chandra et al. principle-formulation structure; additive-manufacturing and marketplace literature.

03

Research process

Design science research combining a systematic literature review, analysis of practical projects, and expert interviews (302 codes) to formulate requirements and principles.

04

Key concepts

B2B, marketplace, blockchain, additive manufacturing, design science research.

05

Solution description

Requirements and design principles for blockchain-enabled B2B matchmaking marketplaces in additive manufacturing. Solution-space representation: Model / design theory (requirements and design principles); no full instantiation.

06

Output knowledge

27 mandatory requirements, six optional requirements and twelve design principles.

03

Design knowledge

Directly linked concepts, grouped by their represented design-knowledge category.

Design Principle

Design Principle12
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp1

DP1 - Sovereign, pseudonymous IDs

Design BEMs that allow each actor to manage their sovereign and pseudonymous IDs.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp10

DP10 - Hybrid pricing and negotiation

Design agreements in BEMs as hybrid systems that support individual pricing and negotiation.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp11

DP11 - Automated contract execution with hybrid payments

Design BEMs that allow for automated contract execution with cryptographic token incentives and payment options using fiat currencies.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp12

DP12 - Interoperability and consortial standards

Design BEMs to support interoperability and free market access to those who follow consortially defined standards and rules.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp2

DP2 - Sovereign credential wallets

Design BEMs that support sovereign wallets that may hold certificates and other ID credentials to qualitatively and quantitatively describe actors.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp3

DP3 - Minimal on-chain sensitive data

Design BEMs to prevent unauthorized access to sensitive business data and store only a necessary minimum as a persistent blockchain trust anchor.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp4

DP4 - Persistent manufacturing-data logging

Design BEMs that require manufacturers to persistently log manufacturing data for ex-post transparency and quality assurance.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp5

DP5 - Supplier service-offering information

Design BEMs that require manufacturers to provide information about their service offerings and specify their individual preferences.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp6

DP6 - Consumer service-request specification

Design BEMs that enable consumers to specify their service requests via customizable functionalities and filter options.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp7

DP7 - Ambidextrous interfaces with data screening

Design BEMs with ambidextrous user interfaces (manual HMI and automated M2M) and functionality to screen marketplace data.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp8

DP8 - Preference-filterable reputation system

Design BEMs with a reputation system where consumers can filter different criteria according to their individual preferences.

additive-manufacturingb2bdesign-principlemarketplace+2
Design Principle
design-knowledge/matchmaking-additive-manufacturing-dp9

DP9 - Demand-driven semi-automated matchmaking

Design BEMs as demand-driven marketplaces with semi-automated matchmaking functions where consumers receive suggestions for matching producers and select the final producer based on their preferenc...

additive-manufacturingb2bdesign-principlemarketplace+2

04

Paper design map

The default semantic design map canonicalizes stored design relationships; Raw links retains the complete technical Markdown-link view.

Design-knowledge map

12 stored concepts / 0 canonical semantic relationships

Concept types
Design Principles
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05

Publication metadata

Additional metadata represented in the current library record.

Show additional metadata+
{
  "type": "paper",
  "title": "Requirements and Design Principles for Blockchain-enabled Matchmaking-Marketplaces in Additive Manufacturing",
  "description": "Synthesizing literature, practice and expert interviews, the paper explores 27 mandatory requirements, six optional requirements and formulates 12 design principles for blockchain-enabled B2B matchmaking marketplaces in additive manufacturing, spanning identity, data security, traceability, supply/demand information, interfaces, reputation, matchmaking, agreements, settlement and governance.",
  "resource": "https://hdl.handle.net/10125/103293",
  "authors": "Tobias Koelbel, Marcel Linkenheil",
  "year": 2023,
  "venue": "HICSS 56 (2023)",
  "methodology": "Design science research; systematic literature review, practice analysis, and expert interviews (302 codes).",
  "dsr_grid": true,
  "dsr_solution_space": "Model / design theory (requirements and design principles); no full instantiation.",
  "tags": [
    "matchmaking-additive-manufacturing",
    "marketplace",
    "additive-manufacturing",
    "b2b",
    "matchmaking",
    "design-science-research",
    "blockchain"
  ]
}