Planck is an emerging blockchain project positioned at the intersection of artificial intelligence, decentralized compute, and physical infrastructure networks. Marketed as the world’s first AI Layer-0, Planck introduces a modular, GPU-native infrastructure stack designed to make AI compute interoperable across chains while reducing costs and enabling sovereign AI networks.

Backed by notable industry figures—including Tether co-founder Brock Pierce—as well as more than ten venture capital firms, Planck has secured $200 million in GPU acquisition commitments and has already deployed $60 million worth of enterprise-grade GPUs.

What Is Planck?

Planck (PLANCK) is a modular blockchain ecosystem designed to decentralize AI and DePIN (Decentralized Physical Infrastructure Networks). It merges GPU compute resources with a cross-chain coordination layer, enabling developers to deploy high-performance AI chains and applications at scale.

Unlike traditional GPU marketplaces that merely broker compute supply, Planck delivers a vertically integrated AI cloud with programmable infrastructure, on-chain orchestration, and cost-efficient scaling capabilities. According to the project, AI compute on Planck can be up to 90% cheaper than AWS.

Key Features

• AI Layer-0 Interoperability: Connects AI and DePIN networks through a foundational coordination layer, enabling seamless compute sharing across chains.
• GPU-Native Execution: Includes tokenized access to enterprise-grade GPUs, optimized for AI model training and real-time inference.
• Modular Architecture: Supports the launch of sovereign AI chains, custom infrastructure clusters, and specialized DePIN protocols.
• Token-Driven Utility: The PLANCK token powers staking, governance, compute payments, and network participation.

Planck’s Modular Infrastructure: Planck₀ and Planck₁

Planck₀ — The Coordination Layer

Planck₀ acts as the Layer-0 foundation of the ecosystem. It enables the deployment and interoperability of sovereign AI chains, DePIN protocols, and custom compute clusters. This layer manages verification, messaging, and coordination across independent networks, allowing developers to design bespoke AI environments without sacrificing connectivity.

Planck₁ — The Compute-Native Layer-1

Planck₁ is a specialized Layer-1 blockchain with built-in GPU utility, allowing the tokenization of infrastructure and the execution of verifiable compute workloads on-chain. Integrated vector databases and programmable compute modules enable developers to build AI agents, inference networks, and scalable training environments directly on the blockchain.

This combination positions Planck as not just a decentralized GPU cloud, but a full-stack AI infrastructure layer.

AI Cloud With On-Chain Orchestration

Planck’s vertically integrated approach differentiates it from existing decentralized compute platforms. By combining compute, coordination, verification, and orchestration layers into a single stack, Planck enables a new generation of AI applications, including:

• autonomous AI agents
• on-chain inference and verifiable compute
• cross-chain AI pipelines
• DePIN-powered distributed hardware networks

The network’s GPU-native design, scalable compute clusters, and reduced costs make it a promising platform for developers seeking alternatives to centralized providers such as AWS, Google Cloud, or NVIDIA cloud partners.

The PLANCK Token

The PLANCK token is central to the ecosystem’s economic and governance model. Key roles include:

• Staking: Securing the network and enabling validator participation.
• Governance: Allowing token holders to shape protocol upgrades and AI infrastructure policies.
• Compute Payments: Facilitating consumption of GPU compute through tokenized access.
• Incentives: Rewarding node operators and compute providers.

Why Planck Matters for the Future of AI & DePIN

As demand for scalable and affordable AI compute grows, decentralized alternatives are becoming increasingly relevant. Planck aims to solve fragmentation across AI networks by providing a unified coordination layer paired with enterprise-level GPU infrastructure. Its model is designed to enable:

• lower-cost training and inference
• specialized AI chain deployment
• interoperable compute ecosystems
• scalable, token-driven DePIN networks

If successful, Planck could emerge as a foundational layer for global AI infrastructure—much like how Layer-0 protocols such as Polkadot and Cosmos enable blockchain interoperability today.

Official Website

For more information, visit the official Planck website: plancknetwork.com

As AI infrastructure continues to evolve, platforms like Planck are pushing the boundaries of decentralized compute, offering new pathways for AI innovation, agent economies, and next-generation on-chain intelligence.