Key Features
WorldLand combines blockchain technology with distributed GPU infrastructure to create a generic GPU compute marketplace.
Instant GPU Access
WorldLand Cloud provides on-demand GPU containers designed for AI researchers and developers:
- Full SSH access as root user
- Pre-installed CUDA and NVIDIA drivers
- Flexible resources — Choose GPU model, CPU, memory, and storage
- Public connectivity — Access your container from anywhere
- Pay-as-you-go — Hourly billing with no long-term commitments
Users can start training AI models or running inference nodes within minutes at a fraction of the cost of centralized clouds.
Dual-Mode GPU Operation
GPU providers in WorldLand maximize utilization and earnings by operating in two distinct modes:
Service Mode (On-Demand)
- Primary Function: Renting out GPU computing power to customers.
- Role: AI Training, Inference, Rendering, etc.
- Earnings: High-yield service fees paid by users.
Mining Mode (Idle)
- Fallback Function: Participating in network consensus when no rental jobs are assigned.
- Role: Securing the blockchain network.
- Earnings: Block rewards in WL.
This dual-mode design ensures zero-idle efficiency—GPU resources are always generating value.
Web3-Native & Permissionless
As a DePIN (Decentralized Physical Infrastructure Network), WorldLand removes barriers to entry:
- Wallet-based Login — No complex sign-up, just sign with your wallet.
- Global Access — Register a GPU or rent one from anywhere in the world.
- Transparent Pricing — A decentralized market where supply and demand determine rates.
- Diverse Support — From individual gaming rigs to enterprise data centers, all can participate.
Technical Roadmap: Verifiable Compute
Under Research & Development
The following features are part of WorldLand's long-term technical vision to bring trustless verification to off-chain computation.
Proof-of-Compute (Verification Layer)
WorldLand is developing a cryptographic verification layer to ensure that off-chain GPU work is executed honestly without requiring trust in the provider. The proposed commit-challenge-response protocol aims to:
- Randomly audit execution results.
- Penalize dishonest providers via slashing.
- Create a "Trustless" compute market.
ECCVCC Consensus
To support this verification, WorldLand proposes ECCVCC (Error Correction Code Verifiable Computation Consensus), a novel Proof-of-Work mechanism designed to integrate useful compute work into blockchain consensus.
Note: These verification technologies are currently under active research and will be rolled out in future phases.