Imagine a world where AI computing power isn’t controlled by a handful of tech giants but is instead distributed across a decentralized network. Planck is making this vision a reality with its groundbreaking Layer-0 blockchain, designed specifically to support decentralized AI networks. This innovation could redefine how we access and utilize AI resources.
What is Planck’s Layer-0 Blockchain?
Planck’s Layer-0 blockchain serves as foundational infrastructure for decentralized AI applications, particularly those built for DePINs (Decentralized Physical Infrastructure Networks). Here’s how it stands out:
- Combines hardware, token incentives, and distributed processing
- Creates alternatives to centralized cloud services
- Integrates Web3 principles into AI development
How Does Decentralized AI Work on Planck?
The platform operates on a unique incentive model:
| Component | Function |
|---|---|
| GPU Operators | Provide compute resources |
| Proof-of-Connectivity | Rewards based on machine uptime |
| Proof-of-Delivery | Rewards based on actual usage |
| Native Token | Incentivizes network participation |
Why GPU-as-a-Service is Disrupting AI
Planck’s on-demand GPU rental model offers:
- Up to 90% cost reduction compared to traditional cloud services
- $1.5 million in revenue since February 2025
- Competition with Vast.ai, CoreWeave, and Lambda
The Growing Market for Decentralized AI Infrastructure
The GPU-as-a-service sector is booming:
- $4 billion market in 2024
- Projected 23% annual growth
- Expected to reach $32 billion by 2034
How Planck Compares to Other Decentralized AI Projects
While Bittensor focuses on machine learning and Fetch.ai on AI agents, Planck specializes in foundational infrastructure. This positions it uniquely in the Web3 AI ecosystem.
Planck’s Layer-0 blockchain represents a significant step toward democratizing AI computing power. By decentralizing GPU resources, it challenges tech giants’ dominance while offering more accessible and affordable solutions. As AI continues evolving, decentralized infrastructure like Planck’s could become the standard for next-generation applications.
Frequently Asked Questions
What makes Planck’s Layer-0 blockchain different?
Planck operates at the foundational level (Layer-0), providing infrastructure specifically optimized for decentralized AI networks rather than just applications.
How do GPU operators earn on Planck?
Operators earn the native token through two mechanisms: proof-of-connectivity (uptime) and proof-of-delivery (actual usage).
What cost savings does Planck offer?
Planck claims up to 90% cost reduction compared to traditional cloud services through its on-demand, hourly rental model.
Who are Planck’s main competitors?
Key competitors include Vast.ai, CoreWeave, and Lambda in the GPU-as-a-service space, and Bittensor/Fetch.ai in decentralized AI.
How big is the decentralized AI market?
The GPU-as-a-service sector reached $4 billion in 2024 and is projected to grow to $32 billion by 2034.
What’s the revenue model for Planck?
Revenue comes from transaction fees, SDK usage, developer tooling, and primarily GPU power rentals.
