Design Principle

DP5 - Real-time plausibility checks and time-limited corrections

Design BEMIs with real-time input plausibility checks to reduce the risk of errors and allow for time-limited corrections, given the irreversibility of finalized transactions.

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design-knowledge/bemi-marketplace-interfaces-dp5

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Producer label: DP5
Source paper: Developing Blockchain-enabled Marketplace Interfaces: A Design Science Research Study
Timestamp: 2026-07-16T00:00:00+00:00
Bundle path: design-knowledge/bemi-marketplace-interfaces-dp5.md

additive-manufacturingbemi-marketplace-interfacesdesign-principlehcimarketplaceuser-interface

Design principle DP5: Real-time plausibility checks and time-limited corrections

Design BEMIs with real-time input plausibility checks to reduce the risk of errors and allow for time-limited corrections, given the irreversibility of finalized transactions.

Source paper

This design principle is proposed by Developing Blockchain-enabled Marketplace Interfaces: A Design Science Research Study (Tobias Koelbel, Ahmed Zekri, Christof Weinhardt, 2023).

Addresses

Meta-requirement MR7: Implement input validation

Implemented by

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2 Design Features

design-knowledge/bemi-marketplace-interfaces-df10

DF10 - Error notification

An error-notification feature that informs users of possible errors in their interactions (e.g., null filter entities or invalid input values).

additive-manufacturingbemi-marketplace-interfacesdesign-featurehci+2

design-knowledge/bemi-marketplace-interfaces-df11

DF11 - Process execution validation

A process-execution validation/confirmation feature (pop-up) ensuring users confirm actions, given the irreversibility of blockchain transactions.

additive-manufacturingbemi-marketplace-interfacesdesign-featurehci+2

1 Meta Requirement

design-knowledge/bemi-marketplace-interfaces-mr7

MR7 - Implement input validation

Functions should be implemented that instantly validate inputs and alert users to any errors.

additive-manufacturingbemi-marketplace-interfaceshcimarketplace+2

1 Paper

papers/bemi-marketplace-interfaces

Developing Blockchain-enabled Marketplace Interfaces: A Design Science Research Study

Grounded in the theory of effective use, the paper derives ten meta-requirements and eight design principles for blockchain-enabled marketplace interfaces that balance simplicity and trustworthiness, foster learning, provide interoperable identity/reputation, support domain-specific visualizations, add plausibility checks, enable privacy-preserving external storage, offer customized dashboards, and reflect industry-specific processes.

additive-manufacturingbemi-marketplace-interfacesblockchaindesign-science-research+3

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{
  "type": "design-principle",
  "title": "DP5 - Real-time plausibility checks and time-limited corrections",
  "description": "Design BEMIs with real-time input plausibility checks to reduce the risk of errors and allow for time-limited corrections, given the irreversibility of finalized transactions.",
  "resource": "https://aisel.aisnet.org/icis2023/blockchain/blockchain/1",
  "source_paper": "Developing Blockchain-enabled Marketplace Interfaces: A Design Science Research Study",
  "label": "DP5",
  "tags": [
    "bemi-marketplace-interfaces",
    "design-principle",
    "marketplace",
    "user-interface",
    "additive-manufacturing",
    "hci"
  ]
}