The EU General Court annulled the European Commission’s gatekeeper designation for Facebook Marketplace on June 3, 2026 [1].
This ruling represents a partial victory for Meta Platforms and a setback for the European Commission's enforcement of the Digital Markets Act. The decision determines which of the company's services must adhere to the strict interoperability and fair-competition rules imposed on systemic tech "gatekeepers."
While the court sided with Meta regarding Marketplace, it upheld the gatekeeper label for the Messenger app [2]. The court said the European Commission's justification for the Messenger designation remained valid, meaning the app must continue to follow the regulatory requirements of the Digital Markets Act [3].
In contrast, the court said the Commission's reasoning for labeling Facebook Marketplace as a gatekeeper was flawed [4]. The judges said the designation was procedurally incorrect, leading to the total annulment of that specific label [4].
This legal battle follows a period of regulatory volatility for the service. The European Commission had previously stripped Facebook Marketplace of its gatekeeper status in 2025 [5].
The ruling from the General Court, based in Luxembourg, was announced in Brussels [6]. The decision clarifies the boundaries of the Commission's power to designate specific services as gatekeepers, a process that carries significant operational burdens for tech firms operating within the European Union [2].
“The General Court annulled the European Commission’s gatekeeper designation for Facebook Marketplace”
This ruling establishes a legal precedent that the European Commission must provide rigorous, procedurally sound evidence to justify 'gatekeeper' designations under the Digital Markets Act. By successfully challenging the Marketplace label, Meta has demonstrated that the Commission's administrative decisions are subject to strict judicial scrutiny, potentially encouraging other tech firms to challenge similar regulatory labels to avoid the costly compliance requirements of the DMA.
