What is Planck Network? GPU Computing Power is 90% cheaper, the AI cloud revolution is coming.

Planck Network is a high-performance, modular Layer-0 Blockchain designed to provide scalable and verifiable computing for decentralized applications in AI, DePIN, and DeFi. It offers developers trustless cross-chain interactions and a composable architecture. The platform integrates a global GPU processing network, deploying approximately 40 million dollars of dedicated AI hardware, priced 90% lower than traditional cloud providers.

What is Planck Network? Modular AI Native Infrastructure Layer

Planck Network is a decentralized platform that enables users to monetize unused computing power and provides developers access to open-source AI models. It leverages crowdsourced computing resources and rewards participants with $PLN tokens (also known as $PLANCK) to recognize their contributions to AI processing and model hosting. This model transforms idle GPU resources into valuable assets, similar to how Airbnb converts unused rooms into income sources.

The core belief of Planck Network is that the future internet must be: modular (each layer develops independently), composable (dApps interact frictionlessly across ecosystems), permissionless (open participation and trustless design), AI-native (supporting autonomous agents and machine intelligence), and sovereign (Rollups have autonomy while inheriting shared security). Planck is not only solving problems but also redefining what modern infrastructure should look like.

CEO Diam Hamstra stated: “Planck Network is an end-to-end infrastructure layer that combines high-performance hardware, a modular blockchain architecture, and real-world revenue streams, enabling developers to build decentralized AI applications without relying on centralized cloud providers.” This vision holds significant market importance against the backdrop of soaring AI computing costs and increasing monopolization of cloud services.

Five Core Features of Planck Network

zkVM Zero-Knowledge Virtual Machine: Achieving on-chain verifiability of off-chain computation, ensuring speed without compromising security.

Sovereign Rollup: Customizable aggregation with its own execution environment, providing scalability while maintaining interoperability.

Cosmos IBC Integration: Leverage the Cosmos ecosystem to achieve trustless interoperability between chains, breaking the isolated chain model.

AI and DePIN Ready: From decentralized computing clusters to real-time AI agents, designed for data-intensive intelligent applications.

Modular Stacking: Cross-level responsibility distribution, maximizing flexibility, throughput, and developer control.

Modular Layer-0 architecture connecting 30+ Blockchains

The platform integrates a global GPU processing network and has deployed or committed approximately $40 million in dedicated AI hardware. This infrastructure is designed to support developers and applications across Web3's more than 30 blockchain ecosystems (including Ethereum, BNB Chain, Near, and Polkadot) by providing built-in access to large-scale decentralization computing.

The modular Layer 0 foundational layer is the core architectural innovation of the Planck Network. The Planck Network provides shared validator infrastructure, interoperable GPU computing, and cross-chain messaging through the Planck Network Tunnel (supported by VIA Labs). It supports over 30 blockchain networks and integrates USDC payment rails for stablecoin interoperability. This cross-chain architecture allows developers to deploy applications across different blockchains while sharing the AI computing resources provided by Planck.

The AI-optimized Layer 1 chain is an EVM-compatible Layer 1 chain, tailored for AI workloads (such as model training, inference, and fine-tuning) running on enterprise-level GPU nodes. It is reported that this layer does not support independent token issuance or additional Layer 2 aggregations, a design that simplifies architectural complexity, allowing AI applications to run efficiently directly on L1.

The scale of $40 million dedicated AI hardware is quite significant in the decentralized computing network. These hardware include high-end GPUs such as H100, A100, B200, H200, and RTX 4090, which are the industry standards for AI training and inference. DePIN X Capital contributes over $30 million in enterprise-grade GPUs, while Rollman Management provides over $200 million in infrastructure support and GPU deployment funding, demonstrating the institution's long-term commitment to Planck.

AI Cloud and AI Studio dual flagship products

AI Cloud is one of Planck's core products, providing decentralized access to GPUs such as H100, A100, B200, H200, and RTX 4090, as well as service level agreements and bare metal computing. Reports indicate that the pricing is 90% lower than traditional cloud providers, and users can schedule AI jobs through the GPU console using USDC or $PLANCK .

The 90% cost advantage is Planck Network's most disruptive value proposition. Traditional cloud service providers such as Google Cloud, AWS, and Azure hold a monopoly in the AI computing market, with high prices. The rental cost of an H100 GPU instance on these platforms can reach several dollars or even tens of dollars per hour. Planck integrates idle GPU resources through a decentralized supply model, eliminating the premium of intermediaries, resulting in a significant drop in prices.

AI Studio is a low-code platform for model deployment and pipeline automation, supporting open-source or proprietary models, on-chain fine-tuning and inference, dataset management, and custom orchestration modules. This low-code design lowers the threshold for AI application development, allowing developers without a deep machine learning background to build AI-driven dApps. The ability for on-chain fine-tuning and inference makes the training and execution process of AI models verifiable and transparent, which is a feature that centralized AI services cannot provide.

Planck Actual Use Case Scenarios

DePIN Applications: Tokenized, verifiable infrastructure, such as energy networks, sensors, or wireless networks.

AI Agent: An AI agent that operates transparently, accessing a shared global state and coordinating without the need for trust.

cross-chain DeFi: A protocol that operates smoothly across ecosystems without relying on centralized bridges.

$PLANCK Token Economics and Revenue Model

$PLANCK tokens serve as the native currency within the ecosystem, possessing multiple utility functions. The GPU staking mechanism requires operators to stake $PLANCK to manage uptime commitments and access workloads. This staking ensures that GPU providers have economic incentives to maintain high-quality service, and failure to fulfill commitments may result in penalties (Slashing).

Liquidity Staking (LPLANCK) allows users to receive base tokens, obtain rewards, and additional protocol utilities. The delegation mechanism enables LPLANCK holders to delegate to GPU pools, sharing protocol emissions and revenue. Governance participation grants LPLANCK holders the right to partake in DAO decisions regarding token emissions, staking incentives, and ecosystem strategies.

The buyback mechanism is the most innovative part of the $PLANCK token economy. The revenue from GPU operations (paid in USDC) is used to purchase $PLANCK tokens, enhancing the potential demand in the staking economy. This mechanism directly converts the commercial success of the protocol into token demand, similar to the support that stock buybacks provide to stock prices. As the number of AI operations running on Planck increases, USDC revenue grows, the scale of buybacks expands, and the buying pressure for $PLANCK continues to strengthen.

The ecosystem of Planck Network has received support from prominent stakeholders in the Web3 infrastructure and investment sectors. The DNA Fund, co-founded and led by Web3 early risk figures Brock Pierce and Scott Walker. GDA Capital is a global digital asset investment and consulting firm. DePIN X Capital has contributed over 30 million USD in enterprise-grade GPUs. Rollman Management has provided over 200 million USD in infrastructure support and GPU deployment funding. The project has raised approximately 3.5 million USD in early funding and has additionally committed 4 million USD through the sale of staking tokens.

Brock Pierce has a legendary status in the cryptocurrency industry; he is the early chairman of the Bitcoin Foundation and a co-founder of EOS, with a portfolio that includes dozens of successful blockchain projects. The endorsement of DNA Fund provides significant credit support and industry resources for Planck. The commitment of over $200 million in infrastructure support from Rollman Management further demonstrates the strong confidence institutions have in Planck's long-term prospects.

The future of infrastructure is not just decentralized; it is smart, it is modular, and this is Planck. Whether you are an AI researcher, a Web3 developer, a DePIN architect, or a crypto-native dreamer, Planck Network provides the tools and ideas for building.