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Local networks are a useful way to get started with Filecoin development. This guide covers how to start a local network using Lotus as the Filecoin node...

Various features from Filecoin ecosystem to build your dApps.

Once data is stored, computations can be performed directly on it without needing retrieval. This page covers the basics of programming on Filecoin.

A storage model defines how data is stored within a system. This page covers the basic aspects of Filecoin’s storage model.

This section contains a wealth of information specifically about building smart contracts on the Filecoin network.

This section covers the very basics of storing data works on the Filecoin network.

This content covers various aspects related to storage in the context of being a Filecoin storage provider.

This section contain information on how to spin up a full Filecoin node using Lotus, and options for using remote nodes.

This section covers the architectural components and processes that storage providers should be aware of when creating their infrastructure.

This page will help you understand how to plan a profitable business, design a suitable storage provider architecture, and make the right hardware investments.

This section covers the different types of deals in the Filecoin network, and how they relate to storage providers.

InterPlanetary Consensus (IPC) powers planetary-scale decentralized applications (dApps) through horizontal scalability of Filecoin, Ethereum and more.

Understanding the components of Lotus is necessary in understanding subsequent sections on sealing, and what it means to build well-balanced storage provider...

So you want to contribute to Filecoin and the ecosystem? Here is a quick listing of things to which you can contribute and an overview on how you can get...

The retrieval market facilitates the negotiation of retrieval deals for serving stored data to clients in exchange for FIL.

This section contains reference information regarding how to integrate Filecoin into an exchange.

In this quickstart tutorial we’ll walk through how to deploy your first smart-contract to the Filecoin network.

The storage market is the entry point where storage providers and clients negotiate and publish storage deals on-chain.

This section contains information on the advances features of the Filecoin network, specifically focused at smart contract developers.

The Filecoin network has several networks for testing, staging, and production purposes. This page provides information on available networks.

This section contains information about the Filecoin project as a whole, and how you can interact with the community.

The section covers the assets you can find on the Filecoin network, along with how to securely manage and use them.

Learn about the various tools and options for adding Filecoin storage to software applications, smart contracts, and workflows.

This section covers the basic concepts surrounding the Filecoin blockchain.

This section covers how to programmatically store data on the Filecoin network.

This section discusses the economics of Filecoin in relation to storage providers.

This section covers various infrastructure considerations that storage providers should be aware of.

The Filecoin Virtual Machine (FVM) is a runtime environment enabling users to deploy their own smart contracts on the Filecoin blockchain. This page covers the...

Due to the nature of Filecoin and Ethereum having different address types in the Filecoin network, the process for transferring FIL between addresses can be a...

Contains the full list of recipes. Start here to find the features to build your projects.

This section covers the technical skills and knowledge required to become a storage provider.

This section covers the very basics of how retrieving data works on the Filecoin network.

A blockchain is a distributed database shared among nodes in a computer network. This page covers the design and functions of the Filecoin blockchain.

This page covers importance of understanding the Linux operating system including installation, configuration, environment variables, performance optimization,...

Crypto-economics is the study of how cryptocurrency can incentivize usage of a blockchain network. This page covers how Filecoin manages incentivization within...

Mainnet is the primary Filecoin network. Mainnet began on block 148,888. It supports 32 GiB and 64 GiB sectors.

This page discusses what storage deals are, and how storage providers can prepare for them.

Pin IPFS content to Filecoin using familiar IPFS tools and workflows.

Helpful reference materials for the Filecoin specification, implementations, and ecosystem.

This section offers a detailed overview of Filecoin for developers, serving as a go-to reference for their needs.

Filecoin is a decentralized, peer-to-peer network enabling anyone to store and retrieve data over the internet. Economic incentives are built in, ensuring...

Built-in actors are how the Filecoin network manages and updates global state. This page contains information on how smart contracts can access built-in actors.

This section covers what lite-nodes are, and how developers can use them to interact with the Filecoin network.

This section explains what the Filecoin EVM-runtime (FEVM) is, and how developers can use it to interact with the Filecoin network.

Recipes of using Filecoin data storage features programmatically.

This page is a quick start guide for storage providers in the Filecoin ecosystem.

Find out how to manage and interact with the Filecoin network using the standard JSON-RPC API.

The calibration network is the most realistic testnet simulation of the Filecoin mainnet.