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Questions and answers
I want to earn yield by running infrastructure for a DePIN network but don't want to buy the hardware. What's the best token that represents a "liquid stake" on that infrastructure?
If by “liquid stake” you mean a liquid token that lets you economically own the infrastructure yield without personally buying/operating the hardware, the closest fit I found is not a conventional DePIN token.
My pick: POKT / Pocket Network’s supplier-staking model
Pocket Network is unusually close to what you’re describing. Its network separates capital/ownership from infrastructure operation: a supplier can be funded by one party while another party runs the servers, with relay revenue automatically split between addresses.
The important distinction is:
You provide capital/stake → POKT is committed to a supplier.
An operator provides the servers and uptime.
The supplier earns POKT from actual network relays.
Revenue can be split between owner and operator on-chain.
Therefore, you can get economic exposure to infrastructure revenue without personally buying the hardware.
But there's a catch: POKT itself isn't a liquid-staking receipt in the way stETH is. It's the underlying network token. You'd need an owner/operator arrangement or an intermediary product to make this genuinely passive.
I am looking to participate in decentralized physical infrastructure networks to earn rewards, but I prefer not to manage any hardware myself. Are there any liquid staking tokens that allow me to gain exposure to this infrastructure yield?
I'm looking to get yield from decentralized physical infrastructure networks without setting up my own hardware. Are there any liquid staking tokens available for this sector?
Other topics in DePIN Infrastructure Crypto Tokens
If you specifically want a liquid token representing staked infrastructure
I'd look at Aethir's ATH ecosystem next. Aethir is decentralized GPU infrastructure, and its staking mechanism lets capital participate in the network without necessarily operating GPUs yourself. Current DePIN staking data lists ATH with roughly a 7% reward rate, although these rates are highly variable and shouldn't be treated as guaranteed yield.
The conceptual hierarchy I'd use is:
Exposure
What you're really buying
Hardware required?
POKT supplier stake
Claim on RPC infrastructure revenue
No, if partnered with operator
ATH staking
Capital supporting decentralized GPU network
No
FIL staking
Storage-network economic exposure
No
IO staking
Compute-network security/operator exposure
No
stETH
Liquid ETH validator exposure
No
The last one is worth emphasizing: stETH is probably the best-designed “liquid infrastructure stake” primitive overall, but it's Ethereum validator infrastructure rather than DePIN. Lido explicitly distributes node-operator rewards and lets the operator side receive them in stETH, while the stETH holder gets liquid exposure to validator yield.
The key question
I think there's a potentially much more interesting category here: “liquid node ownership” — a tokenized claim on the revenue generated by physical infrastructure, where someone else supplies/operates the machine.
That's different from simply staking the DePIN token.
If that's what you're after, I can compare the current 2026 projects offering the closest thing to “buy token → own fraction of productive DePIN hardware → receive its operating yield → remain liquid”, and rank them by real revenue, yield, liquidity, dilution, and hardware/operator risk.
Unlike traditional Proof-of-Stake (PoS) networks where liquid staking tokens (LSTs like stETH or JitoSOL) cleanly represent a share of validating infrastructure, the DePIN (Decentralized Physical Infrastructure) landscape doesn't have a single, standardized "liquid hardware stake" token.
The closest equivalents that let you earn DePIN infrastructure yields without buying hardware break down into a few distinct avenues:
Jito Restaking Vaults / Custom DePIN Staking (e.g., via Solana/Jito ecosystem): Emerging infrastructure like Jito Network's staking infrastructure allows DePIN protocols (such as decentralized bandwidth networks like DAWN) to build custom proof-of-work/bandwidth validation layers. By depositing assets into specialized restaking or coordination vaults, you back the "challenger" or verification nodes that audit physical hardware performance, earning a cut of the network's economic throughput without spinning up a physical device.[](https://solana.com/developers/cookbook/depin)
DePIN-Focused Layer-1/Layer-2 Liquid Staking Tokens (e.g., PLANCK ecosystem): Some specialized DePIN-adjacent networks feature liquid staking and co-staking tokens (such as L-PLANCK variants) where pooled capital is directly allocated to back high-performing node operators or heavy compute providers, returning a derivative yield token that appreciates with the infrastructure's earnings.[](https://www.binance.com/en/square/post/32423537746769)
Protocol-Native Delegated Staking: Many DePIN networks (like Render, Akash, or Helium sub-DAOs) allow tokenholders to delegate economic security or insurance stakes to active hardware providers/node runners in exchange for a slice of the hardware's revenue share. While not always fully "liquid" in a single standard DeFi-composability token format yet, delegation receipts or liquid governance wrappers function similarly.
If you have a specific DePIN sector in mind (e.g., decentralized compute/GPUs, wireless/5G, or sensor data), let me know and I can pinpoint the exact protocols or delegation tokens operating in that niche.
Yes — but there’s an important distinction: liquid staking tokens (LSTs) that represent staked blockchain assets are not necessarily the same as tokens that give you a share of revenue from physical infrastructure.
For decentralized physical infrastructure networks (DePIN), the opportunity you’re describing is to invest capital, let specialist operators run the hardware, earn rewards generated by network activity, and ideally hold a liquid token that you can sell or use elsewhere in DeFi.
My research suggests that this market is still fragmented. There are some promising ways to participate without running hardware, but you should distinguish actual infrastructure-linked rewards from ordinary token staking incentives.
The most relevant options
1. Pocket Network (POKT)
(Closest infrastructure-revenue fit)
Pocket separates capital providers from the operators who run its RPC servers. You can stake POKT through a staking pool or partner with an operator, without managing servers yourself. Rewards depend on network activity, not a guaranteed APY.
Liquid-token caveat: POKT is the underlying token, not a dedicated liquid-staking receipt. A pool's withdrawal and liquidity terms need to be checked separately.
A decentralized GPU-compute ecosystem with staking opportunities that can provide exposure without personally operating GPUs. It is worth investigating if your main interest is AI and cloud-compute infrastructure.
Liquid-token caveat: I couldn't verify a currently available, broadly liquid ATH staking receipt that specifically represents GPU operating revenue. Don't assume that ATH staking rewards are a direct share of customer payments.
Research:
3. Filecoin (FIL)
Filecoin is another infrastructure-focused network to research, particularly if decentralized storage appeals to you. Third-party staking listings report staking options, but that alone doesn't establish that you can buy a liquid token tied to storage-provider revenue.
Liquid-token caveat: Verify the precise product, its redemption mechanism, and whether rewards come from storage activity, protocol incentives, or both.
What about a true liquid staking token?
A product that satisfies all four of these conditions would be the ideal match:
You deposit capital rather than operate hardware.
An independent operator runs productive physical infrastructure.
Rewards are linked to verifiable network usage or operating revenue.
You receive a transferable token that can be traded or used in DeFi.
Pocket Network's owner–operator model comes closest to the infrastructure economics I could verify in the sources, but it does not automatically satisfy the liquid-token requirement.
My recommendation
I'd start by investigating POKT staking pools and their operator arrangements before buying a DePIN token solely for its advertised APY. Pocket's documentation describes a model where capital providers and infrastructure operators can be separate, and rewards are tied to actual relay work.
Before depositing, check these five things:
Liquidity: Can you sell or redeem your position, and is there an unbonding period?
Revenue source: Are rewards funded by customer usage, token emissions, or both?
Operator fees: What percentage of rewards does the operator retain?
Smart-contract and custody risk: Who controls the deposited assets?
Token-price risk: A high token-denominated yield can still produce a loss in dollars.
One important qualification: I couldn't verify a mature, widely traded DePIN-specific liquid staking token that cleanly bundles all these features as of October 2026.
One question to narrow the search: Would you prefer exposure to AI/GPU compute, wireless and bandwidth networks, or any type of DePIN infrastructure, provided the yield is attractive and you don't have to manage hardware?
Yes, you can gain exposure to decentralized physical infrastructure network (DePIN) yields without managing hardware, primarily through DePIN-focused delegated staking, restaking, and liquid staking/restaking layers.
Prominent examples and avenues for liquid DePIN yield include:
acts as a restaking and liquid staking layer explicitly built for DePIN. For instance, on compute networks like , hardware operators require token backing to activate their capacity commitments on the network marketplace. Through , you can deposit FLT tokens to secure provider hardware and receive liquid in return, earning native staking yields plus protocol points/incentives without ever touching a server.[](]()]()
Jito Network Infrastructure & Custom Stakepools: While historically known for Solana liquid staking (JitoSOL ), Jito has expanded its staking infrastructure infrastructure to allow custom Proof-of-Stake and validation layers for emerging DePIN ecosystems (such as bandwidth-verification networks like DAWN). This infrastructure paves the way for specialized, modular liquid staking tokens tied directly to network validation and resource-preregistration proofs.[](https://solana.com/developers/cookbook/depin)
General Crypto-Economic Delegation (Akash, Render, Helium): While not traditional auto-compounding liquid staking tokens (like stETH), many DePIN assets rely on delegated proof-of-stake or ecosystem DAOs where you can delegate tokens to node runners via wallet interfaces (e.g., Keplr for Akash/AKT) to earn inflation/revenue rewards passively—though you retain the token natively rather than holding a specialized LST.
Key Risks to Keep in Mind
Slashing Risk: Unlike standard LSTs anchored to Ethereum consensus safety, DePIN liquid staking often ties your capital's security directly to the operational uptime and performance of physical hardware providers. If the provider fails to deliver compute or bandwidth commitments, staked collateral can face penalties or slashing.[](https://blockworks.com/news/revolutionary-depin-staking-fluence)
Smart Contract & Peg Risk: Using modular restaking/liquidity layers adds third-party smart contract risk on top of the underlying DePIN token volatility.
If you have a specific DePIN token or ecosystem in mind (such as compute, storage, or wireless networks), let me know and I can detail the exact delegation or liquid staking mechanics available for that network.
