GKM An Integrated Four-Layer Architecture
GKM platform integrates green energy, hyperscale computing, AI-generated content (AIGC) technology and a self-operated short-drama streaming platform into a complete ecosystem. Energy, computing and content services connect its business activities.
Four-Layer Ecosystem
| Layer | Core Components | Ecosystem Function |
|---|---|---|
| Energy | Spanish solar power plant clusters | Green bond guarantees and energy infrastructure support |
| Compute | PDG data centers and Runze A-2 | Distributed computing |
| AIGC | Short-drama generation models and multilingual adaptation | Industrialized short-drama production |
| Platform | GKM Shorts App / Web | Content streaming and on-chain revenue distribution |
Value Flow
Green energy → Low-cost computing → High-quality AIGC → Self-operated streaming platform.
On the energy side, the project integrates Spanish solar power plants and enters into virtual power purchase agreements (VPPAs) to hedge electricity price risk and provide green electricity certificates for computing centers. On the compute side, it builds a distributed computing network using hyperscale data centers in Jakarta and Batam. On the content side, it trains dedicated short-drama AIGC models and encourages creators to produce content. On the platform side, its own streaming service lowers user acquisition costs and retains users, data and revenue within the ecosystem.
Blockchain Network
GKM platform has selected BSC as its launch network.
Architecture Extensions for Leading-IP Crowdfunding and Smart Revenue Sharing
To seamlessly support the heterogeneous workflow of compliant IP crowdfunding, production and on-chain revenue sharing, GKM's original four layers—energy, compute, model and platform—must be reorganized from a traditional one-way streaming topology into a decentralized hardware-and-software pipeline.
| Architecture Layer | Original Planned Functions | Extensions for Leading-IP Crowdfunding and Smart Revenue Sharing |
|---|---|---|
| Platform Layer | Decentralized streaming distribution, creator communities, token value circulation and governance. | • IP crowdfunding Launchpad and secondary rights-transfer market • PIL on-chain programmable copyright supervision • 0xSplits real-time weighted multi-party revenue dashboard • DAO-weighted community voting on story development |
| Model Layer | Multimodal AI models supporting scriptwriting, video generation and speech synthesis. | • Officially licensed LoRA libraries for animation and novel characters • Embeddings for consistent character appearance and visual style across shots • Compliant multimodal writing workflows and storyboard layout engines • Invisible copyright fingerprints and anti-piracy watermark injection |
| Compute Layer | A distributed computing network integrating heterogeneous resources with elastic scheduling. | • Enterprise-grade high-performance rendering clusters supporting 4K/8K output • PoC creative proof and deterministic rendering consensus for tasks • High-priority scheduling for centralized cross-shot rendering nodes |
| Energy Layer | Low-cost green energy to reduce compute-cost barriers. | • Green-energy allocation certification meeting international rights-holder ESG audits • Large-scale off-peak electricity arbitrage and storage support for data centers |