Masterarbeit, 2026
69 Seiten, Note: 51/60
Jura - Zivilrecht / Handelsrecht, Gesellschaftsrecht, Kartellrecht, Wirtschaftsrecht
1 Introduction
2 Theoretical Framework
2.1 The Structure and Functioning of Secondary Ticket Markets
2.1.1 The Legal Nature of a Ticket
2.1.2 The Contractual Chain
2.1.3 Secondary Ticket Market on the Example of Viagogo
2.1.4 Secondary Market vs. Black Market
2.1.5 The Primary-Market Underpricing Issue
2.2 Market Dysfunctions / Market Failures
2.2.1 Asymmetric Information and Intransparency
2.2.2 Platform-based Market Power and Two-sided Fee Extraction
2.2.3 Rent-seeking by Professional Resellers
2.2.4 Distributional and Access Concerns
2.3 Preliminary Conclusion
3 Regulating Secondary Ticket Markets in Europe – A Comparative Analysis
3.1 France
3.2 Italy
3.3 United Kingdom
3.4 Germany
3.5 Institutional Competition
3.6 Limitations of Regulatory Approaches
4 The Primary-Market Alternative: Smart-Contract Architectures
4.1 Top-Down Regulation vs. Bottom-Up Governance
4.2 NFT-Ticketing and Smart Contracts
4.2.1 Mechanism
4.2.2 Smart Contract Rules
4.3 Assessment Against the Dysfunctions of Chapter 2
4.3.1 Asymmetric Information
4.3.2 Platform-based Market Power
4.3.3 Rent-seeking by Professional Resellers
4.3.4 Distributional and Access Concerns
4.3.5 Prevailing Risks and Limitations
4.4 Comparative Assessment
5 Doctrinal Feasibility under German Contract and Competition Law
5.1 The Contractual Foundation: AGB-Kontrolle and the Bundesligakarten line
5.2 Competition Law
5.2.1 Art. 101 (1) TFEU
5.3 Art. 102 (1) TFEU
6 Conclusion
This master's thesis investigates the persistent market failures in secondary event ticketing across Europe and evaluates whether blockchain-based smart-contract architectures offer a superior alternative to traditional state-led downstream regulation.
4.2.1 Mechanism
The mechanism of how primary and secondary market would function in the same ecosystem within a smart contract architecture can be briefly summarized in four stages.
First, the organizer mints each ticket as a unique non-fungible token (NFT) on a blockchain, attaching a smart contract that encodes the conditions of issue, transfer and use. The blockchain functions as a decentralized ledger that records ownership and every subsequent transfer in a manipulation-proof and transparent manner, thereby creating a single record of the ticket's lifecycle.
Second, primary buyers acquire tokens through the organizer’s official sales channel, with each token bound to a digital wallet. Where personalization or regulatory compliance is required, the wallet may be linked to the purchaser's verified identity through the ticketing platform, while the blockchain itself records only the wallet address. This distinction allows identity verification without necessarily exposing personal information on the public ledger.
Third, any subsequent transfer triggers the smart contract automatically, so that compliance with the encoded rules is a condition of the transfer occurring rather than a matter to be enforced retrospectively. For example, the contract may impose a resale price cap, restrict transfers to an authorized marketplace, require payment of a royalty to the organizer, or prohibit transfers after a specified deadline. Transactions that do not satisfy these predefined conditions are simply not executed by the network, see also section 4.2.2.
Fourth, validity at entry is established by reference to the blockchain rather than to a paper or PDF-ticket. Because the complete transfer history is permanently recorded, venue operators can verify both the authenticity of the ticket and its compliance with the programmed conditions. A token whose transfer history violates the encoded rules is therefore identifiable as invalid before the event rather than merely being refused at the gate.
1 Introduction: Introduces the high-profile challenges of secondary ticket markets, such as the Oasis tour controversy, and outlines the thesis's core research question regarding NFT-based ticketing versus conventional regulation.
2 Theoretical Framework: Examines the legal nature of tickets, contractual distribution chains, and the economic causes of primary market underpricing, while detailing four structural market dysfunctions.
3 Regulating Secondary Ticket Markets in Europe – A Comparative Analysis: Analyzes the diverse national regulatory approaches in France, Italy, the United Kingdom, and Germany, highlighting their common limitations in operating downstream.
4 The Primary-Market Alternative: Smart-Contract Architectures: Proposes NFT-based ticketing and smart contracts as an ex-ante technological governance model and assesses its impact against market dysfunctions.
5 Doctrinal Feasibility under German Contract and Competition Law: Evaluates the compatibility of smart-contract ticketing architectures with German standard contract terms (AGB-Kontrolle) and EU competition law (Articles 101 and 102 TFEU).
6 Conclusion: Summarizes the core findings, emphasizing that governance through code effectively complements governance through law by addressing issues at their upstream source.
Secondary Ticketing Market, Online Ticket Resale Platforms, Ticket Scalping, Smart Contracts, Blockchain Ticketing, Non-Fungible Tokens, Market Dysfunctions, Regulatory Interventions, AGB-Kontrolle, Competition Law, TFEU, Governance Through Code
The thesis investigates the structural dysfunctions of secondary event ticket markets across European jurisdictions and assesses whether blockchain-based smart-contract architectures offer a more effective alternative to traditional legal regulation.
The core themes include law-and-economics analysis of market failures, comparative regulatory approaches in major European countries, decentralized ledger technology in ticketing, and the doctrinal feasibility of technical enforcement under contract and competition law.
The study examines whether smart-contract ticket issuance as NFTs, by extending the organizer's control, can address secondary market dysfunctions more effectively than conventional legal interventions debated in Germany and adopted across Europe.
The thesis adopts a doctrinal legal analysis informed by law-and-economics reasoning, relying on existing economic literature, comparative jurisdictional evaluations, and documented production deployments of NFT-ticketing technology.
The main chapters cover the economic foundations and market failures of secondary ticketing, a comparative review of regulatory models in France, Italy, the UK, and Germany, the architecture of NFT ticketing systems, and their legal feasibility under German and EU law.
Key terms include Secondary Ticketing Market, Online Ticket Resale Platforms, Ticket Scalping, Smart Contracts, Blockchain Ticketing, Non-Fungible Tokens, Market Dysfunctions, and Governance Through Code.
Viagogo is utilized because of its marketplace business model and its extensive, well-documented history of consumer-protection enforcement actions and litigation across multiple European jurisdictions.
While traditional laws rely on ex-post downstream enforcement through courts and regulatory fines, smart contracts utilize ex-ante technical enforcement by embedding rules directly into the ticket transfer logic so non-compliant transactions cannot be executed.
German contract law establishes the validity of organizer-imposed resale restrictions under standard terms (AGB-Kontrolle) following the BGH's Bundesligakarten jurisprudence, while EU competition law ensures that organizer-controlled resale channels do not unlawfully restrict market competition under Articles 101 and 102 TFEU.
Limitations include potential off-chain black market displacement, varying organizer incentives across event types, the necessity of supplemental identity-binding mechanisms, and consumer-side learning curves regarding digital wallet management.
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