DePIN

Decentralized physical infrastructure networks, or DePIN, use tokens to coordinate services delivered by distributed hardware. Examples include wireless coverage, storage, computing and sensor networks. Participants supply equipment or capacity, while customers use the resulting service.

DePIN illustrated with a wireless antenna, server and solar panel

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All buying guides

Buy Holo (HOT) — A simple guide

If you're looking to buy Holo (HOT), you're already ahead of most beginners — this is a project with a genuinely different approach to how the web could work. HOT is the fuel behind the Holochain...

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Buy Aethir (ATH) — A simple guide

If you're looking to buy Aethir (ATH), you've come to the right place. Aethir is building decentralized GPU cloud infrastructure for AI and cloud gaming — and it's gaining real traction across the...

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Buy Grass (GRASS) — A simple guide

If you've been looking into decentralized AI infrastructure and stumbled across Grass (GRASS), you're in the right place. Grass is a unique project sitting at the intersection of AI, DePIN, and the...

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Buy Theta Fuel (TFUEL) — A simple guide

If you're looking to buy Theta Fuel (TFUEL), the token that keeps the Theta video streaming network running, you've come to the right place. TFUEL serves as the operational fuel behind one of the...

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Buy Arweave (AR) — A simple guide

If you're looking to buy Arweave (AR), you've come to the right place. Arweave is one of the most technically distinctive projects in the crypto space, built around a bold idea: permanent,...

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Buy Livepeer (LPT) — A simple guide

If you're looking to buy Livepeer (LPT), you've come to the right place. LPT is the native token powering a decentralized video streaming network built on Ethereum — and it's caught the attention of...

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Buy Golem (GLM) — A simple guide

If you're looking to buy Golem (GLM), you've come to the right place. Golem is one of the more interesting projects in the decentralized computing space, connecting people who need raw computing...

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How do DePIN networks work?

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The blockchain usually accounts for some combination of payments, rewards and proofs; the actual service still has to work in the physical world.

How it works

Early rewards can encourage providers to build capacity before demand arrives. That makes it essential to distinguish token incentives from customer revenue. Coverage maps, installed devices and advertised capacity do not by themselves show useful, paid usage. A network also needs to detect fake activity and verify service quality. Hardware costs, maintenance, geography and changes to reward rules can strongly affect providers, while a token holder may have no ownership of the equipment or operating business.

Blockchain explained: connected blocks in a blockchain network
Cryptocurrency wallet and keys illustrating secure access and recovery

A little groundwork goes a long way

Before your next purchase or transfer, understand who controls access, where your crypto is going and what the trade will actually cost.

Protect access to your crypto

An exchange account and a self-custody wallet need different safeguards. Protect exchange logins with a unique password and strong two-factor authentication. For self-custody, your recovery backup is what lets you restore access.

Keep recovery words offline and private. A support agent or website asking for them is a reason to stop.

See a recovery example

Your phone breaks. An exchange may help you recover your account after identity checks. A self-custody wallet cannot reset your recovery phrase. Check your wallet’s official backup instructions before relying on it.

Choose the right transfer network

The asset, token version and network must be supported at the destination. A familiar ticker or a matching address format is not enough. Read the receiving platform’s deposit instructions before selecting a withdrawal network.

Check the address, any required memo or tag, fees and minimums. Consider a small test transfer first.

See a network example

Your destination accepts USDC on Ethereum. Selecting a cheaper network at the sending exchange does not make it an Ethereum transfer. Use a network both ends support; an ordinary withdrawal does not bridge tokens.

Understand the price you pay

Trading fees are only part of the cost. The spread, available liquidity and withdrawal charges also matter. A market order prioritizes execution; a limit order controls the price but may remain unfilled or fill only partly.

Check the order preview and the amount you will receive, then compare the full cost of your intended purchase and withdrawal.

Work through a cost example

Hypothetical example: a $200 trade with a 0.1% trading fee costs $0.20 in trading fees. A separate $5 withdrawal fee brings those charges to $5.20. Spread or slippage may add more; these are not quoted exchange rates.