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Copy file name to clipboardExpand all lines: basics/how-storage-works/storage-onramps.md
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*[Chainsafe Storage API](https://docs.storage.chainsafe.io) is an underlayer to Chainsafe’s encrypted IPFS & Filecoin file storage system. It offers S3-compatible bucket-style APIs for easy migration of data. As of September 2022, it’s the only storage helper with built-in encryption.
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*[Web3.Storage](https://web3.storage/docs) is a fast and open developer platform for [storing and interacting with data](https://blog.web3.storage/). Upload any data and Web3.Storage will ensure it ends up on a decentralized set of IPFS and Filecoin storage providers. There are JavaScript and Go libraries for the API, as well as a no-code web uploader. Free and paid plans are available.
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#### Advanced tools
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The following tools offer more customization and configuration options. You can choose specific individual storage providers, customized pricing, and more. Note that you may have to manage storage deals individually, including designing your own redundancy plans, keeping track of expiring deals, renewing them, and more.
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*[Textile Powergate](https://docs.textile.io/powergate/) combines IPFS and Filecoin nodes directly and offers advanced configuration options such as miner selection, replication factor, deal renewal, and repair. It includes JavaScript and Go libraries and administrative APIs to create and manage users.
Copy file name to clipboardExpand all lines: basics/project-and-community/filecoin-faqs.md
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Filecoin is a protocol that provides core primitives, enabling a truly trustless decentralized storage network. These primitives and features include publicly verifiable cryptographic storage proofs, [cryptoeconomic mechanisms](https://filecoin.io/blog/filecoin-cryptoeconomic-constructions/), and a public blockchain. Filecoin provides these primitives to solve the really hard problem of creating a trustless decentralized storage network.
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On top of the core Filecoin protocol, there are a number of layer 2 solutions that enable a broad array of use cases and applications, many of which also use [IPFS](https://ipfs.tech). These solutions include [Powergate](https://docs.textile.io/powergate/), [Tableland](https://tableland.xyz/), and more. Using these solutions, any use case that can be built on top of IPFS can also be built on Filecoin!
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On top of the core Filecoin protocol, there are a number of layer 2 solutions that enable a broad array of use cases and applications, many of which also use [IPFS](https://ipfs.tech), such as [Lighthouse](https://www.lighthouse.storage/) or [Tableland](https://tableland.xyz/). Using these solutions, any use case that can be built on top of IPFS can also be built on Filecoin!
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Some of the primary areas for development on Filecoin are:
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#### How are you working on bootstrapping the demand side of the marketplace? The Discover program is nice, but who is the target market for users, and how do you get them?
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In addition to [Filecoin Discover](https://filecoin.io/blog/posts/introducing-filecoin-discover/), a number of groups are actively building tools and services to support the adoption of the Filecoin network with developers and clients. For example, check out the recordings from our [Virtual Community Meetup](https://filecoin.io/blog/filecoin-virtual-community-meetup-recap/) to see updates about Textile Powergate and Starling Storage. You can also read more about some of the teams building on Filecoin through HackFS in our [HackFS Week 1 Recap](https://filecoin.io/blog/hackfs-teams-vol-1/).
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In addition to [Filecoin Discover](https://filecoin.io/blog/posts/introducing-filecoin-discover/), a number of groups are actively building tools and services to support the adoption of the Filecoin network with developers and clients. For example, check out the recordings from our [Virtual Community Meetup](https://filecoin.io/blog/filecoin-virtual-community-meetup-recap/) to see updates about Textile and Starling Storage. You can also read more about some of the teams building on Filecoin through HackFS in our [HackFS Week 1 Recap](https://filecoin.io/blog/hackfs-teams-vol-1/).
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#### Does Filecoin have an implementation of client and storage provider order matching through order books?
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#### Even though Filecoin will be backed up to our normal IPFS pinning layer, we still need to know how quickly we can access data from the Filecoin network. How fast will retrieval be from the Filecoin network?
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If you are retrieving your data from IPFS or a remote pinning layer, retrieval should take on the order of milliseconds to seconds in the worst case. Our latest tests for retrieval from the Filecoin network directly show that a sealed sector holding data takes \~1 hour to unseal. 1-5 hours is our best real-world estimate to go from sector unsealing to delivery of the data. If you need faster data retrieval for your application, we recommend building on Powergate or an FPS.
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If you are retrieving your data from IPFS or a remote pinning layer, retrieval should take on the order of milliseconds to seconds in the worst case. Our latest tests for retrieval from the Filecoin network directly show that a sealed sector holding data takes \~1 hour to unseal. 1-5 hours is our best real-world estimate to go from sector unsealing to delivery of the data. If you need faster data retrieval for your application, we recommend building on IFPS.
Copy file name to clipboardExpand all lines: networks/mainnet/network-performance.md
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2.**Unsealing (if needed)**: The storage provider unseals (decodes) the data so that the requester can read it. Sealing and unsealing are symmetric processes, which means they take roughly the same amount of time in either direction. Thus, the unsealing step is estimated to take around as long as the sealing step listed above, or around \~3 hours for a 32 GiB sector on a machine running minimum hardware requirements.
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3.**Data transfer**: The storage provider begins transferring the data back to the data requester. This is also transferred back at a rate similar to the original data transfer rate, which depends on several factors.
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Because of the various steps involved in the data retrieval process, Filecoin storage currently meets similar performance bars as traditional _warm_ or _cold_ storage. To get performance that is similar to other hot storage solutions, most users utilize Filecoin with a caching layer such as IPFS. These hybrid and multi-tiered storage solutions use IPFS for hot storage and Filecoin for affordable, frequent, and versioned backups. Some example hybrid storage products include [Powergate](https://docs.textile.io/powergate/) and [Textile Buckets](https://docs.textile.io/buckets/).
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Because of the various steps involved in the data retrieval process, Filecoin storage currently meets similar performance bars as traditional _warm_ or _cold_ storage. To get performance that is similar to other hot storage solutions, most users utilize Filecoin with a caching layer such as IPFS. These hybrid and multi-tiered storage solutions use IPFS for hot storage and Filecoin for affordable, frequent, and versioned backups. Some example hybrid storage products include [Lighthouse](https://www.lighthouse.storage/) and [web3.storage](https://web3.storage/).
Copy file name to clipboardExpand all lines: reference/general/README.md
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* See [`#fil-net-calibration-announce`](https://filecoinproject.slack.com/archives/C01C5PT7ETC) for announcements and [`#fil-net-calibration-discuss`](https://filecoinproject.slack.com/archives/C01D42NNLMS) for questions and discussion in [Filecoin Slack](https://filecoin.io/slack).
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***Local Devnet**
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*[Run a Local Devnet using Lotus](https://lotus.filecoin.io/lotus/developers/local-network/).
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*[Textile’s local devnet](https://docs.textile.io/powergate/localnet/#localnet-with-lotus-client) - uses a mocked sector builder for faster deal confirmation and it is for storage app prototyping.
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*[Ganache for Filecoin](https://www.trufflesuite.com/docs/filecoin/ganache/overview) - local network to support development with Filecoin by various ways.
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## Network status
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Web-based applications that store your data on Filecoin. No command-line or coding experience required.
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*[Estuary](https://estuary.tech) allows uploading and storing content on the Filecoin network directly from your browser. Allows anyone with public data to store and retrieve using a few API calls.
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*[ChainSafe Files](https://files.chainsafe.io/) - Dropbox-style UI, login with OAuth or general MetaMask
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*[`File.video`](https://file.video/) - video hosting with decentralized transcoding from LivePeer
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*[Starling Framework for Data Integrity](https://www.starlinglab.org/)
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### Storage APIs for app builders
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*[Estuary](https://estuary.tech) - a simple IPFS node that integrates with Filecoin. For infrastructure operators, developers and users.
*[Estuary www](https://github.com/application-research/estuary-www) - a simple web app example
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*[Estuary Rclone](https://docs.estuary.tech/Learn/tutorial-managing-files-with-rclone) - sync to and from different cloud storage providers and Estuary
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*[`NFT.storage`](https://nft.storage/) - beta service from Protocol Labs for storing off-chain _NFT_ data on IPFS and Filecoin.
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*[`Web3.storage`](https://web3.storage/) - beta service from Protocol Labs for storing off-chain _dApp_ data on IPFS and Filecoin, with help from Pinata (a fast IPFS Pinning Service) to [distribute the content across IPFS](https://www.pinata.cloud/blog/protocol-labs-and-pinata)
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*[Lighthouse](https://www.lighthouse.storage/) - Lighthouse offers a suite of tools to enable builders to store data on Filecoin when biulding apps.
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*[`NFT.storage`](https://nft.storage/) - service from Protocol Labs for storing off-chain _NFT_ data on IPFS and Filecoin.
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*[`Web3.storage`](https://web3.storage/) - service from Protocol Labs for storing off-chain _dApp_ data on IPFS and Filecoin, with help from Pinata (a fast IPFS Pinning Service) to [distribute the content across IPFS](https://www.pinata.cloud/blog/protocol-labs-and-pinata)
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*[`Slate.host`](https://github.com/filecoin-project/slate/#developer-api) - has a Developer API that allows you upload files with an account
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*[`Textile.io's tools`](https://docs.textile.io/) - suite of tools for interacting with IPFS and Filecoin
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* includes The Hub, Buckets, ThreadsDB, Powergate, [Tableland](https://tableland.xyz/), and Filecoin bridges to Polygon and NEAR
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*[Powergate](https://docs.textile.io/powergate/) - infrastructure tool for using IPFS for hot storage and retrieval and Filecoin for cold, with deal helpers and other convenience features
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*[Textile Buckets](https://docs.textile.io/buckets/) - simplified cloud bucket store on IPFS with archive to Filecoin option using Powergate under the hood
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*[`Textile.io's tools`](https://docs.textile.io/) - suite of tools for interacting with IPFS and Filecoin, including [Tableland](https://tableland.xyz/) and Filecoin bridges to Polygon and NEAR.
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*[Fleek’s tools](https://fleek.co/) - provides access to Fleek’s hosted services using IPFS, Textile, Filecoin, Ethereum, etc.
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*[Space SDK](https://docs.fleek.co/space-sdk/overview/) - modular JavaScript/Typescript library and set of interfaces that packages tools and features enabled by Open Web protocols like IPFS, Textile, Filecoin, and Ethereum.
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*[Space Daemon](https://docs.fleek.co/space-daemon/overview/) - packages together IPFS, Textile Threads and Buckets, and Textile Powergate into one easy to install background service
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*[Space Daemon](https://docs.fleek.co/space-daemon/overview/) - packages together IPFSand tools from Textile into one easy to install background service.
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### Message signing tools
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### Databases using IPFS and Filecoin
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*[Tableland](https://tableland.xyz/) - (new) create familiar SQL tables to read and write dynamic NFT metadata or application data for dApps, from Textile
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*[OrbitDB](https://orbitdb.org/) - decentralized multi-party database on IPFS with multi-party syncing with topic pubsub and CRDTs. Filecoin integration using Powergate available at [`orbit-db-powergate-io`](https://github.com/filecoin-shipyard/orbit-db-powergate-io).
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*[ThreadsDB](https://docs.textile.io/threads/) - decentralized multi-party database for user-siloed data on IPFS, from Textile
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*[Tableland](https://tableland.xyz/) - (new) create familiar SQL tables to read and write dynamic NFT metadata or application data for dApps, from Textile.
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*[OrbitDB](https://orbitdb.org/) - decentralized multi-party database on IPFS with multi-party syncing with topic pubsub and CRDTs.
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*[ThreadsDB](https://docs.textile.io/threads/) - decentralized multi-party database for user-siloed data on IPFS, from Textile.
Copy file name to clipboardExpand all lines: storage-providers/basics/quickstart-guide.md
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## <imgsrc="../../.gitbook/assets/storage-provider-basics-quickstart-guide-icon.png"alt=""data-size="line"> Discover the world of verified deals and tools
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Within the Filecoin network there are many [programs and tools](../filecoin-deals/filecoin-programs.md) designed to enhance your storage provider setup. Explore the Estuary, Slingshot, Spade, and more, each offering unique opportunities to secure verified deals. Uncover the power of these tools as you dive into the documentation, gaining valuable insights and expanding your knowledge. Make the best use of data programs on your path to success.
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Within the Filecoin network there are many [programs and tools](../filecoin-deals/filecoin-programs.md) designed to enhance your storage provider setup. Uncover the power of these tools as you dive into the documentation, gaining valuable insights and expanding your knowledge. Make the best use of data programs on your path to success.
Copy file name to clipboardExpand all lines: storage-providers/skills/sales.md
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* Obtaining data replicas from other storage providers and programs:
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Filecoin data programs specify the minimum amount of replicas for a deal. Programs like Slingshot and platforms like Estuary require a minimum of 6 replicas per deal. This means deals need to be stored across multiple storage providers in the ecosystem, so you can work with peers in the network to share clients’ data replicas.
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Certain Filecoin data programs will specify the minimum amount of replicas needed to perform a deal. This means deals need to be stored across multiple storage providers in the ecosystem, so you can work with peers in the network to share clients’ data replicas.
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Working in the ecosystem and building connections with other storage providers takes time and effort, and is essentially a sales activity.
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