Decentralized Storage Nodes: How Filecoin and IPFS Preserve Web3 Data
Learn how Filecoin storage nodes work, from Proof of Replication (PoRep) to sealing pipelines, hardware requirements, collateral staking, and retrieval latency.
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Editorial team
Research-led explainers and practical guides for people navigating Web3 infrastructure.
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Learn how Filecoin storage nodes work, from Proof of Replication (PoRep) to sealing pipelines, hardware requirements, collateral staking, and retrieval latency.

Understand how JSON-RPC nodes connect wallets and dApps to blockchains, the privacy risks of default public endpoints, and how to run your own private RPC.

Discover how Akash Network creates a decentralized marketplace for cloud compute, container deployment via SDL, reverse auctions, and GPU nodes for AI workloads.

Step-by-step tutorial on solo staking an Ethereum validator: client pairs, consensus and execution sync, key generation, fee recipients, and slashing safety.

Explore the Helium DePIN ecosystem: LoRaWAN IoT coverage, 5G Mobile hotspots, Solana migration, subDAO mechanics, and Proof-of-Coverage reward dynamics.

Compare hardware wallets with multi-signature smart contract vaults: key isolation, Safe protocol, seed phrase attack vectors, and optimal cold storage setups.

Explore how decentralized AI compute nodes handle LLM inference and training, GPU VRAM requirements, proof of work verification, and network latency.

A practical breakdown of running a Solana validator node: RAM and NVMe hardware demands, vote transaction costs, and uptime responsibilities.

Learn what Grass says it does, how network participation works, and the safety checks to make before you install anything.

A plain-language framework for evaluating decentralized broadband projects like Dawn: infrastructure, coverage claims, costs, and participant risk.

A project-agnostic safety checklist for evaluating a new Web3 participation program before connecting a wallet, installing software, or sharing hardware.

A security-focused setup checklist for any browser-based Web3 participation service, with clear boundaries around wallets and permissions.

A repeatable evaluation framework for DePIN projects: real infrastructure, operating costs, governance, security, and transparent incentives.

Compare light clients, full nodes, and validators through cost, hardware, security, and operational responsibility — not promised returns.

A grounded view of AI x blockchain through compute coordination, provenance, verification, incentives, and real user demand.

Nodes, validators, RPC providers, indexers, bridges, and wallets explained in one practical map of modern blockchain infrastructure.

Secure a crypto wallet with a practical threat model: seed phrases, phishing, malicious approvals, device hygiene, backups, and recovery.

How to run a blockchain node responsibly: full, light, and archive nodes, Ethereum and Bitcoin hardware needs, secure host setup, syncing, monitoring, and maintenance.