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Worldland
DePIN for AI Era

The WEB3 Cloud
for Decentralized AI

WorldLand combines blockchain technology with AI-native distributed GPU infrastructure to create a verifiable, decentralized compute marketplace.

AI-Native
Verifiable
Global
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01. SYSTEM MECHANICS

Engineered for Efficiency

Patent Pending

ECCVCC Consensus

Proof-of-Work purpose-built for the GPU era. ASIC-resistant, efficient verification, and integrating computation directly into network security.

ASIC-ResistantTunable DifficultyVCT Randomness

Verified Credits

On-chain reputation system. Only successfully verified work earns VCC.

Dual-Mode Operation

Zero Idle
Mining
Service

Automatically switches between Mining (Security) and Service (AI Jobs) modes to maximize revenue.

Economic Security

  • Collateral Staking
  • Slashing Penalties
  • Delayed Finality
  • Clawback Mechanism

"The expected value of honest execution always exceeds the expected value of cheating."

02. GLOBAL SCALE

Powering AI Worldwide

10,000+
Active Nodes
45+
Countries
240 PetaFLOPS
Compute Power

Join the Network

Turn your idle GPU into a revenue stream. Join thousands of providers building the world's largest verifiable compute cluster.

Become a Provider
03. DEVELOPER EXPERIENCE

Instant GPU Access

Get on-demand GPU containers with full SSH root access. Pre-installed CUDA drivers means you start training in minutes, not days.

No Long-term Contracts

root@worldland-gpu-node:~

$ ssh root@gpu-node-a100.worldland.cloud

Authenticated.


$ nvidia-smi

+-------------------------------------------------+

| NVIDIA-SMI 535.104.05 Driver Version: 535.104 |

|-------------------------------------------------|

| GPU Name Persistence-M | Bus-Id |

| 0 NVIDIA A100 On | 00000000:00:04 |

+-------------------------------------------------+

$ python3 train_model.py _

04. CORE ARCHITECTURE

Trustless via Proof

Traditional clouds require trust. WorldLand eliminates it. Our Verification Layer ensures honest execution through a cryptographic commit-challenge-response protocol.

1

Commit

Provider commits execution evidence to chain

2

Challenge

Random audits using verifiable randomness

3

Respond

Provider reveals proof fragments

4

Verify

Deterministic on-chain verdict

init_verification_protocol()

→ Generating challenge seed (ECCVCC)...

→ Difficulty target: 0x0000ffff...

Wait: Provider Commitment...

Hash: 0x7f8a...9c2d [MATCH]

VERIFICATION_SUCCESS

// Workload validated on block #42921

Ready to Scale?

Join the decentralized compute revolution. Access enterprise-grade GPUs or monetize your idle hardware.