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Producer metadata and the represented concept document.

Concept identity

design-knowledge/blockchain-iot-sensor-data-dp4

Open concept record

Producer label: DP4
Source paper: Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data
Timestamp: 2026-07-16T00:00:00+00:00
Bundle path: design-knowledge/blockchain-iot-sensor-data-dp4.md

blockchain-iot-sensor-datadata-certificationdesign-principledesign-theoryiotprivacy

Design principle DP4: Linearly scalable architecture

Certify data on the basis of a linearly scalable system architecture.

Source paper

This design principle is proposed by Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data (Mathieu Chanson, Andreas Bogner, Dominik Bilgeri, Elgar Fleisch, Felix Wortmann, 2019).

Addresses

Implemented by

Citations

[1] Mathieu Chanson, Andreas Bogner, Dominik Bilgeri, Elgar Fleisch, Felix Wortmann. Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data. Journal of the Association for Information Systems 20(9), 2019, 1271-1307. https://doi.org/10.17705/1jais.00567 (opens in a new tab) [2] Source document: Blockchain for the IoT.pdf

02

Linked concepts

Concepts connected by incoming or outgoing native Markdown links.

Design Feature

Design Feature2

Design Feature

design-knowledge/blockchain-iot-sensor-data-df4

DF4 - Storage service

A storage service that writes encrypted raw data into raw-data storage and propagates the signed hash transaction to the blockchain and verification storage.

blockchain-iot-sensor-datadata-certificationdesign-featuredesign-theory+2

Design Feature

design-knowledge/blockchain-iot-sensor-data-df5

DF5 - Raw data storage

Encrypted raw sensor data is stored in a (centralized) mass-storage or cloud system.

blockchain-iot-sensor-datadata-certificationdesign-featuredesign-theory+2

Design Requirement

Design Requirement2

Design Requirement

design-knowledge/blockchain-iot-sensor-data-dr3

DR3 - Large data-volume throughput

Enable large data-volume throughput in the generation, processing and exchange of IoT sensor data.

blockchain-iot-sensor-datadata-certificationdesign-requirementdesign-theory+2

Design Requirement

design-knowledge/blockchain-iot-sensor-data-dr4

DR4 - Economic feasibility

Ensure economic feasibility of the sensor-data generation, processing and exchange system.

blockchain-iot-sensor-datadata-certificationdesign-requirementdesign-theory+2

Paper

Paper1

Paper

papers/blockchain-iot-sensor-data

Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data

The paper proposes a design theory (requirements, principles, and features) for a blockchain-based sensor data protection system that certifies IoT data, ensuring tamper-resistant, privacy-preserving, scalable and efficient data gathering, processing and exchange, demonstrated with the CertifiCar instantiation.

blockchainblockchain-iot-sensor-datadata-certificationdesign-science-research+3

03

Relationships

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Outgoing links

5

Incoming backlinks

3

04

Local graph

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

Knowledge graph

6 of 6 concepts · 16 directed relationships

Concept types

Design PrincipleSeed

DP4 - Linearly scalable architecture

Bundle identity

Concept ID: design-knowledge/blockchain-iot-sensor-data-dp4
Markdown path: design-knowledge/blockchain-iot-sensor-data-dp4.md
Producer label: DP4
Native type: design-principle

Markdown summary

Design principle DP4: Linearly scalable architecture Certify data on the basis of a linearly scalable system architecture. Source paper This design principle is proposed by Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data (Mathieu Chanson, Andreas Bogner, Dominik Bilgeri, Elgar Fleisch, Felix Wortmann, 2019). Addresses Design requirement DR3: Large data-volume throughput Design requirement DR4: Economic feasibility Implemented by Design feature DF4: Storage service Design feature DF5: Raw data storage Citations [1] Mathieu Chanson, Andreas Bogner, Dominik Bilgeri, Elgar Fleisch, Felix Wortmann. Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data.…

Raw metadata

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{
  "type": "design-principle",
  "title": "DP4 - Linearly scalable architecture",
  "description": "Certify data on the basis of a linearly scalable system architecture.",
  "resource": "https://doi.org/10.17705/1jais.00567",
  "source_paper": "Blockchain for the IoT: Privacy-Preserving Protection of Sensor Data",
  "label": "DP4",
  "tags": [
    "blockchain-iot-sensor-data",
    "design-principle",
    "iot",
    "privacy",
    "data-certification",
    "design-theory"
  ],
  "timestamp": "2026-07-16T00:00:00+00:00"
}