The most beautiful Bilibili New Year’s Eve Gala.
Celebrate a dazzling Bilibili New Year’s Eve Gala with FENG-YI’s cutting-edge stage light technology. Experience vibrant visuals and unforgettable moments as we illuminate the night, making your New Year’s celebration truly spectacular. Join us for the most beautiful Bilibili gala event.
- Bilibili New Year's Eve Gala: Reshaping Gen Z's Collective Memory with a Programmable "Data Cyborg" Stage
- I. Architectural Design: A Modular Island Layout of "Main Stage + Parallel Universes"
- II. Technical Core: A Programming Paradigm Driven by "Real-Time Data"
- III. Effect Realization: Visual Syntax from "Circle Coding" to "Boundary-Breaking Integration"
- 1. Circle-Specific Coding
- 2. Boundary-Breaking Integration Algorithms
- IV. Professional Reflection: From "Illuminating the Stage" to "Compiling Culture"
Bilibili New Year's Eve Gala: Reshaping Gen Z's Collective Memory with a Programmable "Data Cyborg" Stage
Bilibili's New Year's Eve Gala is far more than a traditional performance—it is essentially a physical offline manifestation of a massive, dynamic "cultural database." As a deep participant in the stage visual scheme, our core mission was exceptionally clear: no longer just lighting the shows, but constructing a "cyborg" system capable of real-time analyzing, responding to, and visualizing the diverse cultural data from the Bilibili platform. The final presentation is a programmable, evolvable "super digital interface."
I. Architectural Design: A Modular Island Layout of "Main Stage + Parallel Universes"
Abandoning the single perspective focus, the overall stage adopted a decentralized "modular archipelago" design. The main stage symbolizes the core of mainstream cultural narratives, while multiple lifting stages, floating light matrices, and independent floor screen blocks surrounding it correspond to different cultural circles such as anime, games, traditional Chinese style, and virtual idols. This physical structure provides the hardware foundation for the programming logic of "one-click circle switching." Each "island" functions as an independent visual information package, which can be called individually or in combination by programs.
II. Technical Core: A Programming Paradigm Driven by "Real-Time Data"
The ultimate embodiment of professionalism lies in transforming the program list into an executable "data logic chain" for machines. We achieved in-depth integration with Bilibili's backend at the data interface level, enabling some visual trigger conditions to directly derive from dynamic data such as real-time bullet comment popularity and character popularity votes.
For example, in the virtual idol segment, the preset program was not based on fixed timecodes but monitored real-time interactive data streams: when a character's popularity exceeded a threshold, the program would be automatically triggered, making their exclusive color light effects and AR image instantly occupy a specific visual "island." This realizes zero-latency mapping from online voting to offline light fields. Lighting effects thus break away from preset timelines, evolving into a "living" emergent art driven by collective emotions.
III. Effect Realization: Visual Syntax from "Circle Coding" to "Boundary-Breaking Integration"
The lighting programming for the entire gala operates with two parallel sets of syntax:
1. Circle-Specific Coding
Unique "visual keys" are defined for each cultural zone:
- For the traditional Chinese style stage, light movement trajectories simulate the rhythm of brush strokes in calligraphy, with color temperatures strictly adhering to the color spectrum of ancient paintings.
- During classic anime medleys, light beams switch to high-saturation cel-shading tones, with movement patterns mimicking particle effects of game skill activations.
Programs can instantly switch between entire sets of visual languages, much like calling different fonts.
2. Boundary-Breaking Integration Algorithms
When a program requires cross-circle collaboration (e.g., a duet between a real singer and a virtual diva), the program activates "integration algorithms." At this point, two independent sets of lighting syntax undergo real-time computation in the central processor, generating brand-new dynamic effects that combine the characteristics of both—for instance, the ink-wash diffusion trajectories of traditional Chinese style merge with cyber pixel grids to form a unique "digital ink wash" beam movement, symbolizing cultural collision and renewal.
IV. Professional Reflection: From "Illuminating the Stage" to "Compiling Culture"
The success of Bilibili's Gala marks a new paradigm: the professionalism of top-tier stage design has evolved from "how to create dreams" to "how to architect a digital field capable of carrying collective co-creation." We are no longer merely lighting designers, but more like "cultural data architects" and "translators of real-time emotions." The stage has become a massive, programmable UI interface, and every light change represents a real-time retrieval, analysis, and rendering of a vast cultural database. This is not only a victory of technology but also a highly rational artistic creation methodology rooted in profound cultural insights.
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FAQ
Nightclub Lighting
Can your company provide design solutions?
Of course. We can provide a lighting design based on your budget and desired effect. Once the design is finalized, we can provide a 3D simulation video to give you a clear understanding of the overall design.
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Can technical training be provided? For example, teaching customers how to debug DMX consoles and set light addresses.
Free technical training is supported:
▪ Online training: Operation video tutorials and live teaching (e.g., a "DMX Light Control Practical Course" once a month) are provided.
▪ Offline training: For wholesale customers (with a single purchase of ≥ 100 units), technicians can be arranged for on-site training (1-2 days, including console debugging, address setting, and fault troubleshooting).
▪ Customized training: For large-scale projects (e.g., stadium lighting projects), on-site technical guidance can be provided (charged based on the project cycle, specific details to be negotiated).
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What is the production cycle for customized products? Is sample trial production supported?
The production cycle for regular customization (e.g., appearance logo, parameter fine-tuning) is 15-20 days, and the cycle for complex function customization (e.g., development of a new elevating structure) is 30-45 days. Sample trial production is supported. The sample fee is charged based on the customization cost (the fee can be deducted from the payment after bulk ordering). The trial production cycle is 7-10 days, and bulk production will start only after the customer confirms the sample is qualified.
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How is the lamp packaging protected? What if damage occurs during transportation?
The packaging adopts three-layer protection: shockproof foam + hard carton + wooden box (for large equipment such as elevating lights). Key parts of the lamp (e.g., moving head light lens, elevating structure) are individually wrapped with EPE foam. If damage occurs during transportation, the customer must take photos (of the damaged packaging and the faulty part of the product) and send them to the logistics department within 24 hours of receipt. We will give priority to reissuing new products (or arranging repairs) and hold the logistics company responsible. The customer does not need to bear additional costs.
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