DEG Roadshow 2026 - Stockholm | Berlin | London | Rome | Paris | Munich
DEGI Roadshow 2026: The Story So Far
The 2026 DEGI Roadshow has brought together the international screen entertainment community across Stockholm, Berlin, London, Paris and Rome, with the final stop still to come in Munich on 20 October.
Across the first five cities, the Roadshow welcomed 500 attendees from 152 companies, alongside 90 speakers and panellists, creating a platform for market insight, debate, collaboration and connection across the European Home Entertainment ecosystem.
While every market brought its own priorities and perspectives, ten clear themes emerged across the programme:
- The continued strength of transactional entertainment
- The role of premium in driving growth
- Cinema resilience
- Demand for premium physical
- The enduring value of catalogue
- The power of local content
- Communities and fandoms as drivers of discovery
- The need for collective action on piracy
- Responsible, human-led adoption of AI
- The value of industry collaboration
Read the full 2026 Roadshow round-up here, or explore the individual city highlights below:
Why Now?
As global video entertainment revenues surpass $350bn, with around 60% driven by international markets, the industry enters a period defined by both opportunity and volatility. The challenge — and the opportunity — is clear: how to harness this momentum while navigating rapid evolution across distribution models and audience behaviours.
The DEGI Roadshow exists to meet that challenge.
The Roadshow transforms knowledge into action and collaboration into growth. Insight becomes influence. Competition becomes collaboration. And conversation becomes progress.
International territories account for the majority of video revenue, reinforcing the importance of market-specific insight, sector wide collaboration and the activation of common growth goals. At the same time, Home Entertainment is playing an increasingly critical role as an essential revenue bridge between theatrical and subscription models.
