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Decrypting Distributed Ledger Design - Taxonomy, Classification and Blockchain Community Evaluation

30 October 2018
M. Ballandies
Marcus M. Dapp
Evangelos Pournaras
ArXiv (abs)PDFHTML
Abstract

More than 1000 distributed ledger projects raising \600billionininvestmentsin2016featuretheunprecedentedanddisruptivepotentialoftheblockchaintechnology.Asystematicanalysis,comparisonandrigorousevaluationofthedifferentdesignfeaturesofdistributedledgersandtheirimplicationsinperformanceandapplicationsisachallenge.Thefastevolvingblockchainlandscapecreatesanincreasinggapinacommonandcomprehensiveunderstandingofthetechno−socio−economicdesignspaceofdistributedledgersandtheirsupportedcryptoeconomies.Thispapercontributesaconceptualarchitecture,ataxonomyandaclassificationof29distributedledgersystems.Comparedtorelatedwork,theproposedtaxonomyandclassificationishighlycomprehensiveandrobustasdefinedinearliertaxonomytheoryandvalidatedinacrowd−sourcedstudyusingblockchaincommunityfeedbacktoharvestthewisdomofthecrowd.600 billion in investments in 2016 feature the unprecedented and disruptive potential of the blockchain technology. A systematic analysis, comparison and rigorous evaluation of the different design features of distributed ledgers and their implications in performance and applications is a challenge. The fast evolving blockchain landscape creates an increasing gap in a common and comprehensive understanding of the techno-socio-economic design space of distributed ledgers and their supported cryptoeconomies. This paper contributes a conceptual architecture, a taxonomy and a classification of 29 distributed ledger systems. Compared to related work, the proposed taxonomy and classification is highly comprehensive and robust as defined in earlier taxonomy theory and validated in a crowd-sourced study using blockchain community feedback to harvest the wisdom of the crowd. 600billionininvestmentsin2016featuretheunprecedentedanddisruptivepotentialoftheblockchaintechnology.Asystematicanalysis,comparisonandrigorousevaluationofthedifferentdesignfeaturesofdistributedledgersandtheirimplicationsinperformanceandapplicationsisachallenge.Thefastevolvingblockchainlandscapecreatesanincreasinggapinacommonandcomprehensiveunderstandingofthetechno−socio−economicdesignspaceofdistributedledgersandtheirsupportedcryptoeconomies.Thispapercontributesaconceptualarchitecture,ataxonomyandaclassificationof29distributedledgersystems.Comparedtorelatedwork,theproposedtaxonomyandclassificationishighlycomprehensiveandrobustasdefinedinearliertaxonomytheoryandvalidatedinacrowd−sourcedstudyusingblockchaincommunityfeedbacktoharvestthewisdomofthecrowd.

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