Gorodenkoff Productions is expanding its Tallinn, Estonia facility with a new 1,350 square meter studio featuring 252 square meters of LED panels. The company utilizes a vertically integrated model that combines Unreal Engine environments with physical set construction to support high-volume commercial production.
This expansion signals a shift from virtual production as an experimental tool to a high-performance, industrial-scale system. By integrating physical construction and digital assets under one roof, Gorodenkoff reduces the friction typically associated with multi-vendor VFX pipelines. For the broader streaming and advertising ecosystem, this model offers a blueprint for reducing carbon footprints by replacing international travel with controllable, reusable digital environments. The proximity to Estonia's digital-first infrastructure further lowers logistical barriers for global brands. Watch for whether this vertically integrated approach forces traditional VFX houses to acquire physical production capabilities to remain competitive on turnaround times.
Gorodenkoff Productions operates within a rapidly expanding European virtual production ecosystem. In September 2025, Bitmovin's annual Video Developer Report found that 98 per cent of video professionals now use AI or ML in their workflows, with visual quality and optimisation cited by 30 per cent of respondents as a key application. While that report focuses on streaming delivery rather than production hardware, the same pressure to reduce turnaround and cost is driving studios like Gorodenkoff to consolidate physical and digital pipelines under one roof. The 252 square meters of LED panels in the new Tallinn facility place it among the mid-to-large tier of European LED volumes, a category that has grown substantially since 2022.
The business model Gorodenkoff employs, combining Unreal Engine environments with physical set construction, reflects a broader trend in commercial production toward vertically integrated virtual studios. Mux and Synamedia announced a partnership at IBC 2025 to integrate real-time QoE signals with CDN switching decisions, demonstrating how the delivery side of the streaming stack is also consolidating previously fragmented workflows into unified platforms. For production houses, the equivalent consolidation means owning the LED volume, the real-time rendering pipeline, and the physical build shop simultaneously, reducing vendor coordination overhead and enabling faster iteration on commercial sets.
On the technical side, the tools Gorodenkoff deploys, including Unreal Engine for real-time environments and motion-control systems like the MRMC Bolt, are part of a competitive landscape where multiple vendors offer overlapping capabilities. Mux launched its Robots product in 2026, moving AI-powered video analysis from a bring-your-own-key toolkit to a first-party API, illustrating how platform vendors across the video stack are absorbing previously external tooling into managed services. For virtual production studios, the parallel trend is the maturation of Unreal Engine's virtual production toolset and the emergence of competing real-time engines that promise similar LED-volume workflows with different licensing and integration trade-offs. Studios evaluating expansion must weigh engine lock-in against the flexibility of open pipelines, a decision that directly affects long-term capital expenditure on hardware refresh cycles.
Gorodenkoff Productions has expanded its Tallinn facility with a 1,350 square meter virtual studio featuring 252 square meters of LED panels. By integrating Unreal Engine digital environments with physical set construction, the studio streamlines high-volume production, reduces vendor coordination, and offers a sustainable alternative to international travel for global brands.
The new facility spans 1,350 square meters and includes an 800 square meter stage equipped with 252 square meters of LED panels.
The studio utilizes Unreal Engine for digital environments, Zeiss Cincraft for camera tracking, and MRMC Bolt motion control systems for high-precision shoots.
The expansion represents a shift toward vertically integrated virtual production, allowing studios to combine physical builds and digital assets under one roof to reduce turnaround times and carbon footprints.
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