Design Principle

DP6 - Tamper-proof transaction history via trusted intermediary

Provide the system with a mutually trusted intermediary requiring a transaction history that records a user's data traffic, resource consumption and incurred costs, in order to ensure that connecti...

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design-knowledge/wifi-sharing-payment-channels-dp6

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Producer label: DP6
Source paper: An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Timestamp: 2026-07-16T00:00:00+00:00
Bundle path: design-knowledge/wifi-sharing-payment-channels-dp6.md

architecturedesign-principlepayment-channelssharing-economytelecommunicationswifi-sharing-payment-channels

Design principle DP6: Tamper-proof transaction history via trusted intermediary

Source paper

This design principle is proposed by An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing (Christian Janiesch, Marcus Fischer, Florian Imgrund, Adrian Hofmann, Axel Winkelmann, 2023).

Citations

[1] Christian Janiesch, Marcus Fischer, Florian Imgrund, Adrian Hofmann, Axel Winkelmann. An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing. ACM Transactions on Management Information Systems 14(1), Article 1 (2023). https://doi.org/10.1145/3529097 (opens in a new tab) [2] Source document: An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing.pdf

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Paper

Paper1

Paper

papers/wifi-sharing-payment-channels

An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing

The authors derive a comprehensive collection of 14 design principles for workable Wi-Fi sharing networks and propose a reference architecture combining a blockchain (for trust and immutable records) with payment channel networks (for fast, cheap micro-payments), augmenting current approaches with adequate accounting mechanisms.

architectureblockchaindesign-science-researchpayment-channels+3

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Outgoing links

An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Paper
Source
DP6 - Tamper-proof transaction history via trusted intermediary
Target
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Link label
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Status
Resolved
Derived heading context: Source paper

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An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Paper
Source
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Target
DP6 - Tamper-proof transaction history via trusted intermediary
Link label
Design principle DP6: Tamper-proof transaction history via trusted intermediary
Status
Resolved
Derived heading context: Design knowledge

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One-hop by default, with an optional bounded two-hop view. Nodes are concept files and arrows are Markdown links.

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Design PrincipleSeed

DP6 - Tamper-proof transaction history via trusted intermediary

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Concept ID: design-knowledge/wifi-sharing-payment-channels-dp6
Markdown path: design-knowledge/wifi-sharing-payment-channels-dp6.md
Producer label: DP6
Native type: design-principle

Markdown summary

Design principle DP6: Tamper-proof transaction history via trusted intermediary Provide the system with a mutually trusted intermediary requiring a transaction history that records a user's data traffic, resource consumption and incurred costs, in order to ensure that connection data cannot be manipulated or corrupted. Source paper This design principle is proposed by An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing (Christian Janiesch, Marcus Fischer, Florian Imgrund, Adrian Hofmann, Axel Winkelmann, 2023). Citations [1] Christian Janiesch, Marcus Fischer, Florian Imgrund, Adrian Hofmann, Axel Winkelmann. An Architecture Using Payment Channel Networks for…

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{
  "type": "design-principle",
  "title": "DP6 - Tamper-proof transaction history via trusted intermediary",
  "description": "Provide the system with a mutually trusted intermediary requiring a transaction history that records a user's data traffic, resource consumption and incurred costs, in order to ensure that connecti...",
  "resource": "https://doi.org/10.1145/3529097",
  "source_paper": "An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing",
  "label": "DP6",
  "tags": [
    "wifi-sharing-payment-channels",
    "design-principle",
    "sharing-economy",
    "telecommunications",
    "payment-channels",
    "architecture"
  ],
  "timestamp": "2026-07-16T00:00:00+00:00"
}

Design Principle

DP6 - Tamper-proof transaction history via trusted intermediary

Design PrincipleOpen source resource ↗

Overview

Producer metadata and the represented concept document.

Concept identity

design-knowledge/wifi-sharing-payment-channels-dp6

Open concept record

Producer label: DP6
Source paper: An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Timestamp: 2026-07-16T00:00:00+00:00
Bundle path: design-knowledge/wifi-sharing-payment-channels-dp6.md

architecturedesign-principlepayment-channelssharing-economytelecommunicationswifi-sharing-payment-channels

Design principle DP6: Tamper-proof transaction history via trusted intermediary

Source paper

Citations

Linked concepts

Concepts connected by incoming or outgoing native Markdown links.

Paper

Paper1

Paper

papers/wifi-sharing-payment-channels

An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing

architectureblockchaindesign-science-researchpayment-channels+3

Relationships

Directed links from Markdown. Heading context is displayed as derived metadata, not as a formal OKF predicate.

Outgoing links

An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Paper
Source
DP6 - Tamper-proof transaction history via trusted intermediary
Target
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Link label
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Status
Resolved
Derived heading context: Source paper

Incoming backlinks

An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Paper
Source
An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing
Target
DP6 - Tamper-proof transaction history via trusted intermediary
Link label
Design principle DP6: Tamper-proof transaction history via trusted intermediary
Status
Resolved
Derived heading context: Design knowledge

Local graph

One-hop by default, with an optional bounded two-hop view. Nodes are concept files and arrows are Markdown links.

Knowledge graph

2 of 2 concepts · 2 directed relationships

Concept types

Design PrincipleSeed

DP6 - Tamper-proof transaction history via trusted intermediary

Bundle identity

Concept ID: design-knowledge/wifi-sharing-payment-channels-dp6
Markdown path: design-knowledge/wifi-sharing-payment-channels-dp6.md
Producer label: DP6
Native type: design-principle

Markdown summary

Raw metadata

The complete producer frontmatter, serialized without server paths or runtime data.

Show producer frontmatter

{
  "type": "design-principle",
  "title": "DP6 - Tamper-proof transaction history via trusted intermediary",
  "description": "Provide the system with a mutually trusted intermediary requiring a transaction history that records a user's data traffic, resource consumption and incurred costs, in order to ensure that connecti...",
  "resource": "https://doi.org/10.1145/3529097",
  "source_paper": "An Architecture Using Payment Channel Networks for Blockchain-based Wi-Fi Sharing",
  "label": "DP6",
  "tags": [
    "wifi-sharing-payment-channels",
    "design-principle",
    "sharing-economy",
    "telecommunications",
    "payment-channels",
    "architecture"
  ],
  "timestamp": "2026-07-16T00:00:00+00:00"
}