FTX’s downfall and Binance’s consolidation: The fragility of centralised digital finance

This paper investigates the causes and the consequences of the FTX digital currency exchange’s failure in November 2022. Analysing on-chain data, we report that FTX heavily relied on leveraging and misusing its native token, FTT, and we show how this behaviour exacerbated the company’s fragile finan...

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Published inPhysica A Vol. 625; p. 129044
Main Authors Vidal-Tomás, David, Briola, Antonio, Aste, Tomaso
Format Journal Article
LanguageEnglish
Published Elsevier B.V 01.09.2023
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Abstract This paper investigates the causes and the consequences of the FTX digital currency exchange’s failure in November 2022. Analysing on-chain data, we report that FTX heavily relied on leveraging and misusing its native token, FTT, and we show how this behaviour exacerbated the company’s fragile financial situation. To gain further insights into the downfall, we employ state-of-the-art network science instruments to model the evolutionary dependency structures of 199 cryptocurrencies on an hourly basis, and we investigate tick-by-tick public trades at the time of the events. We identify the collapse of the Terra-Luna ecosystem as the pivotal event that triggered a significant decrease in the exchange’s liquidity. Results suggest that the crash was actively accelerated by Binance tweets causing a systemic reaction in the cryptocurrency market. Finally, identifying the actors who mostly benefited from the FTX’s collapse and highlighting a generalised trend toward centralisation in the crypto space, we emphasise the importance of genuinely decentralised finance for a transparent, future digital economy. •We investigate the causes and the consequences of the FTX exchange’s failure.•We use hourly closing price, on-chain data and public transaction data.•We use state-of-the-art instruments from network science (i.e., TMFG).•We identify the collapse of the Terra-Luna as the trigger for the FTX’s crash.•We highlight a generalised trend toward centralisation in the crypto space.
AbstractList This paper investigates the causes and the consequences of the FTX digital currency exchange’s failure in November 2022. Analysing on-chain data, we report that FTX heavily relied on leveraging and misusing its native token, FTT, and we show how this behaviour exacerbated the company’s fragile financial situation. To gain further insights into the downfall, we employ state-of-the-art network science instruments to model the evolutionary dependency structures of 199 cryptocurrencies on an hourly basis, and we investigate tick-by-tick public trades at the time of the events. We identify the collapse of the Terra-Luna ecosystem as the pivotal event that triggered a significant decrease in the exchange’s liquidity. Results suggest that the crash was actively accelerated by Binance tweets causing a systemic reaction in the cryptocurrency market. Finally, identifying the actors who mostly benefited from the FTX’s collapse and highlighting a generalised trend toward centralisation in the crypto space, we emphasise the importance of genuinely decentralised finance for a transparent, future digital economy. •We investigate the causes and the consequences of the FTX exchange’s failure.•We use hourly closing price, on-chain data and public transaction data.•We use state-of-the-art instruments from network science (i.e., TMFG).•We identify the collapse of the Terra-Luna as the trigger for the FTX’s crash.•We highlight a generalised trend toward centralisation in the crypto space.
ArticleNumber 129044
Author Vidal-Tomás, David
Aste, Tomaso
Briola, Antonio
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Keywords Terra-Luna
G40
Binance
G11
G10
Cryptocurrency
FTX
Network science
Language English
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Snippet This paper investigates the causes and the consequences of the FTX digital currency exchange’s failure in November 2022. Analysing on-chain data, we report...
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elsevier
SourceType Enrichment Source
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Publisher
StartPage 129044
SubjectTerms Binance
Cryptocurrency
FTX
Network science
Terra-Luna
Title FTX’s downfall and Binance’s consolidation: The fragility of centralised digital finance
URI https://dx.doi.org/10.1016/j.physa.2023.129044
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