What Is Planck Network (PLANCK) and How Does It Work?
Planck Network is a decentralised infrastructure project designed for the future of
AI, high-performance compute and DePIN (decentralised physical infrastructure) networks. It comprises a modular two-layer architecture: “Planck₀”, a Layer-0 protocol for coordination, shared security, messaging and interoperability; and “Planck₁”, a compute-centric
Layer-1 blockchain optimized for GPU-native workloads and smart‐contract execution.
On the infrastructure side, Planck enables organisations and developers to launch AI-native chains and
DePIN networks that leverage tokenised. compute access. It provides enterprise-grade GPU infrastructure (for example NVIDIA H100/H200 hardware) in decentralised data centres, allowing users to rent or stake compute, train/tune models, run inference, deploy
AI agents, and integrate these workloads with blockchain smart-contract logic.
The native token ($PLANCK) functions as the utility and governance token of the network. It is used to stake for network participation, pay for compute services and GPU rentals, and govern aspects of the ecosystem, such as emissions or protocols, via token-based governance.
When Did Planck Network Launch?
Planck Network was founded by Diam Hamstra and Rohan Talwadia. The project publicly began generating momentum in early 2025 as it prepared for its Token Generation Event (TGE) and mainnet launch. According to the roadmap published by the project, the TGE and related listing activity were scheduled for April 2025, with a mainnet launch planned in the same month.
Planck Network Roadmap
• February 2025: Token-Generation Event (TGE) launch marketing campaign including KOL collaborations and launchpad partnerships.
• March 2025: Series A funding close; blockchain audit; Planck Scan V2 release; Vault staking launch.
• April 2025: Collateral staking feature; TGE and listings on top-tier exchanges; Mainnet launch of Planck Chain.
• May 2025: Industry-specific AI nodes for sectors like healthcare,
gaming, finance.
• June 2025: Planck Chain V2 release, Rust-based upgrade, for greater scalability and performance.
• August 2025: Launch of the Planck
DEX on the ecosystem chain.
What Is the PLANCK Token Utility?
The PLANCK token is the native utility token of the Planck Network ecosystem and plays several core roles:
• Payment and access — You can use PLANCK to pay for GPU compute resources, model training, inference jobs and container execution within the Planck GPU Console and AI Studio.
• Staking and network participation — Holders can stake PLANCK (or co-stake with GPU providers) to secure the network (both Planck₀ and Planck₁ layers), earn validator or operator rewards and share in resource-fees.
• Governance, incentives and ecosystem functions — PLANCK gives access to governance voting, ecosystem grants, token-gated features like discounted services and functions as a bonding or settlement token across sub-chains.
You can trade PLANCK on the
BingX spot market by first logging into your BingX account, navigating to the Spot section and selecting the
PLANCK/USDT trading pair. Then choose your order type, such as
market or limit, enter the amount you wish to buy or sell, and confirm your transaction.
What Is Planck Network Tokenomics?
The total supply of PLANCK is fixed at 500,000,000 tokens. According to the project’s data, at the Token Generation Event (TGE), the initial circulating supply was approximately 61,150,000 tokens or 12.23% of total supply.
PLANCK Token Distribution
This distribution reflects a balanced tokenomics model, emphasizing long-term emissions and ecosystem growth, while also reserving 18.9% for the core team to ensure sustained development incentives.
• Emissions: 30.0%
• R&D and Ecosystem: 20.0%
• Core Team: 18.9%
• Liquidity: 13.0%
• Pre-TGE Staking: 4.0%
• Community: 4.5%
• Seed: 3.8%
• Series A: 3.6%
• Partnerships: 1.0%
• Pre-Seed: 0.5%
• KOL (Key Opinion Leaders): 0.4%
• Public Sale: 0.3%
How to Stake PLANCK Tokens on Planck Network
Planck offers three main staking models:
• GPU Staking – If you own GPU hardware, you can connect it to the network, provide compute capacity, and earn rewards based on uptime via Proof-of-Connectivity and actual workload delivered via Proof-of-Delivery.
• Liquid Staking – Stake your PLANCK tokens and receive a liquid token (LPLANCK) in return at a 1 : 1 ratio. You keep liquidity and composability while still earning rewards.
• Co-Staking (Delegated GPU Staking) – If you don’t own hardware, you can delegate your LPLANCK to a GPU operator or staking pool and share in the rewards from infrastructure uptime and usage.
If you are a token holder (and not running GPUs), here’s a simplified workflow:
1. Hold PLANCK in a supported wallet.
3. Choose the option “Liquid Staking” to stake PLANCK → you will receive LPLANCK at a 1:1 ratio.
4. Once you hold LPLANCK, you can leave it as is to earn staking rewards, or delegate it to a GPU operator/pool for additional yield via Co-Staking.
5. When you’re ready, you can unstake LPLANCK and redeem your original PLANCK plus any accrued rewards, flexible, no hard lock-up.
When staking PLANCK tokens, always use the official Planck Network staking portal to avoid scams or phishing sites. Rewards depend on both token emissions and real GPU compute usage, so yields can fluctuate. Check any fees, minimum stake amounts, or unstake processing times before committing.
Because staking performance is tied to real-world compute demand, returns may vary with network activity. Lastly, stay informed about tokenomics and unlock schedules, as these factors can influence staking rewards and long-term value.
What Makes Planck Network Different From Other AI Infrastructure Projects?
Planck Network stands out as the first AI-native Layer-0 and GPU-native Layer-1 blockchain, purpose-built to power decentralized artificial intelligence and compute economies. Unlike most AI infrastructure projects that rely on existing blockchains for coordination, Planck introduces a modular two-layer architecture, Planck₀ for interoperability and security, and Planck₁ for high-performance GPU workloads. This structure enables seamless integration between blockchain logic and real-time AI computation, allowing developers to launch custom AI chains and DePIN networks optimized for data, training, and inference at scale.
What truly differentiates Planck is its tokenized compute economy. The network connects enterprise-grade GPUs from global data centers with decentralized participants through staking and co-staking mechanisms, creating an open marketplace for compute power. By using the PLANCK token to pay for and govern these resources, the ecosystem aligns incentives between users, developers, and infrastructure providers, offering scalable, cost-efficient compute that is up to 90% cheaper than traditional cloud services while maintaining verifiable transparency on-chain.
Which Wallets Support PLANCK Tokens?
You can store PLANCK directly on your BingX exchange wallet when you buy it on the spot market; this means you don’t have to transfer it out to a separate wallet unless you want to. Since Planck Network is compatible with
EVM-type wallets, you can use wallets like
MetaMask,
Trust Wallet or
hardware wallets like
Ledger by adding the PLANCK token’s contract address. Always double-check that you’ve selected the correct network and imported the right token contract to avoid losing your tokens.
Is Planck Network (PLANCK) a Good Investment?
Planck Network (PLANCK) presents a compelling investment opportunity as it bridges blockchain technology with the rapidly expanding AI and compute infrastructure sectors. Its dual-layer architecture, combining a modular Layer-0 for interoperability and a GPU-native Layer-1 for high-performance workloads, gives it a technological edge over traditional AI or DePIN projects.
The network’s tokenized compute economy allows anyone to stake, rent, or monetize GPU resources, creating real-world utility and long-term demand for the PLANCK token. Backed by enterprise-grade partnerships, multi-billion-dollar GPU deployments, and a clear roadmap toward scalable AI adoption, Planck Network positions itself at the intersection of Web3, decentralized compute, and AI innovation, a sector expected to grow exponentially in the coming years.