Open Source Go File Sharing Software
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Go File Sharing Software
View 303 business solutionsBrowse free open source Go File Sharing Software and projects below. Use the toggles on the left to filter open source Go File Sharing Software by OS, license, language, programming language, and project status.
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1
Wayback
An archiving tool with an IM-style interface that prioritizes privacy
Wayback is a web archiving and playback tool that allows users to capture and preserve web content. It provides an IM-style interface for receiving and presenting archived web content, and a search and playback service for retrieving previously archived pages. Wayback is designed to be used by web archivists, researchers, and anyone who wants to preserve web content and access it in the future. Wayback is an open-source web archiving application written in Go. With a modular and customizable architecture, it is designed to be flexible and adaptable to various use cases and environments. It provides support for multiple storage backends and integration with other services. Whether you need to archive a single web page or a large collection of web sites, Wayback can help you capture and preserve web content for posterity. With an easy-to-use interface and powerful features, Wayback is a valuable tool for anyone interested in web archiving and preservation. -
2
qrcp
Transfer files over wifi from your computer to your mobile device
qrcp binds a web server to the address of your Wi-Fi network interface on a random port and creates a handler for it. The default handler serves the content and exits the program when the transfer is complete. When used to receive files, qrcp serves an upload page and handles the transfer. Most QR apps can detect URLs in decoded text and act accordingly (i.e. open the decoded URL with the default browser), so when the QR code is scanned the content will begin downloading by the mobile browser. When sending multiple files at once, qrcp creates a zip archive of the files or folders you want to transfer, and deletes the zip archive once the transfer is complete. When receiving files, qrcp serves an “upload page” through which you can choose files from your mobile. The default configuration file is stored in $HOME/qrcp.json, however, you can specify the location of the config file by passing the --config flag. -
3
Cloud Torrent
Cloud Torrent, a self-hosted remote torrent client
Cloud torrent is a a self-hosted remote torrent client, written in Go (golang). You start torrents remotely, which are downloaded as sets of files on the local disk of the server, which are then retrievable or streamable via HTTP. Go is required to install from source. The provided set of core features requires large structural changes and therefore requires a complete rewrite for best results. This rewrite is in progress in the 0.9 branch though it will take quite some time. It will be capable of transfering files from and source file-system to any destination file-system. A torrent can be viewed a folder with files, just like your local disk, and Dropbox. As long as it has a concept of files and folders, it could potentially be a cloud-torrent file-system backend. During a file tranfer, one could apply different transforms against the byte stream for various effect. -
4
EdgeVPN
The immutable, decentralized, statically built p2p VPN
Fully Decentralized. Immutable. Portable. Easy to use Statically compiled VPN and a reverse proxy over p2p. EdgeVPN uses libp2p to build private decentralized networks that can be accessed via shared secrets. -
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pcp - Peer Copy
Command line peer-to-peer data transfer tool based on libp2p
Command line peer-to-peer data transfer tool based on libp2p. There already exists a long list of file transfer tools, so why bother building another one? The problem I had with the existing tools is that they rely on a limited set of servers to orchestrate peer matching and data relaying which poses a centralization concern. Many of the usual centralization vs. decentralization arguments apply here, e.g. the servers are single points of failure, the service operator has the power over whom to serve and whom not, etc. Further, as this recent issue in croc shows, this is a real risk for the sustainable operation of the provided service. -
6
Pget
The fastest, resumable file download client
Multi-Connection Download using parallel requests. This program comes with no warranty. You must use this program at your own risk. -
7
IPFS Kubo
An IPFS implementation in Go
Kubo was the first IPFS implementation and is the most widely used one today. Implementing the Interplanetary Filesystem - the Web3 standard for content-addressing, interoperable with HTTP. Thus powered by IPLD's data models and the libp2p for network communication. Kubo is written in Go. IPFS is a global, versioned, peer-to-peer filesystem. It combines good ideas from previous systems such as Git, BitTorrent, Kademlia, SFS, and the Web. It is like a single BitTorrent swarm, exchanging git objects. IPFS provides an interface as simple as the HTTP web, but with permanence built-in. You can also mount the world at /ipfs. -
8
nftool
A suite of tools for NFT generative art
A suite of tools for NFT generative art. Generate ERC-721 and ERC-1155 compatible metadata. Traits/Attributes/Properties Generation. Configure custom rarity. Generate collection attributes configuration file. Merge collections, shuffle collections. Find collisions between collections, and image Generation. Generate images from the collection description. Generate images in parallel. Generate only missing images (if you delete a few images from the output folder). Generate traits rarity. Generate collection rarity. Provenance, generate provenance, OpenSea, update metadata of collection. -
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Wesh Network Toolkit
Async Mesh Network Protocol for Extreme Communication
With Wesh's toolkit, building p2p apps has never been simpler. Wesh network is a decentralized extreme communication protocol. Wesh provides a secured, distributed and asynchronous communication protocol, both with or without internet access using IPFS and direct transports such as BLE and proximity drivers. Wesh Protocol provides end-to-end encryption and perfect forward secrecy for all the exchanged messages. Distributed p2p transmissions and hosting over IPFS powered by CRDT algorithm. Efficient end-to-end encryption and perfect forward secrecy to prevent eavesdropping and provide reliable identity access management. Distributed authentication and authorization. Multiple devices per identity. Resilient p2p transmissions between groups of mutually-authorized users. Improved performance and availability with decentralized rendez-vous servers. -
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10
DefraDB
DefraDB is a Peer-to-Peer Edge Database
DefraDB is a Peer-to-Peer Edge Database. It's the core data storage system for the Source Network Ecosystem, built with IPFS/IPLD, LibP2P, CRDTs, and Semantic web3 properties. DefraDB is a user-centric database that prioritizes data ownership, personal privacy, and information security. Its data model, powered by the convergence of MerkleCRDTs and the content-addressability of IPLD, enables a multi-write-master architecture. It features DQL, a query language compatible with GraphQL but providing extra convenience. By leveraging peer-to-peer networking it can be deployed nimbly in novel topologies. Access control is determined by a relationship-based DSL, supporting document or field-level policies, secured by the SourceHub network. DefraDB is a core part of the Source technologies that enable new paradigms of decentralized data and access-control management, user-centric apps, data trustworthiness, and much more. -
11
PLEX
Plex Lab Exchange. Client for running scientific workflows
Build highly reproducible container workflows on top of a decentralized computing network. PLEX is using distributed computing and storage to run containers on a public network. Need GPUs? We got you covered. Every tool in PLEX has declared inputs and outputs. Plugging together tools by other authors should be easy. Every file processed by PLEX has a deterministic address based on its content. Keep track of your files and always share the right results with other scientists. PLEX is a simple client for distributed computation. -
12
go-libp2p-kad-dht
A Kademlia DHT implementation on go-libp2p
A Go implementation of libp2p Kademlia DHT specification. Client-side optimizations are described in optimizations.md. -
13
ipfs-check
A tool for checking the accessibility of your data by IPFS peers
A tool for checking the accessibility of your data by IPFS peers. go build will build the server binary in your local directory. go install will build and install the server binary in your global Go binary directory (e.g. ~/go/bin) There are web assets in the web that interact with the Go HTTP server that can be deployed however you deploy web assets. Maybe just deploy it on IPFS and reference it with DNSLink. For anything other than local testing you're going to want to have a proxy to give you HTTPS support on the Go server. -
14
Official Blockfrost SDK Client
Golang SDK for Blockfrost.io
Golang SDK for Blockfrost.io. To use this SDK, you first need to log in to blockfrost.io, create your project and retrieve the API token. -
15
Temporal
Temporal is an easy-to-use, enterprise-grade interface
Temporal is an enterprise-grade storage solution that allows you easily integrate with distributed storage technologies like IPFS, without sacrificing functionality with an easy to use API leveraging all the benefits the distributed web has to offer. Temporal's API comes in two flavors, hosted or on-site. Should you not have the resources, or interest in maintaining your own infrastructure you can take advantage of our hosted API running in our very own datacenter. Those who have the interest, and/or resources may deploy Temporal within your own environments. For those that deploy Temporal themselves, we offer paid for support, installation, tutorials, and product usage information sessions allowing organizations to leverage all the capabilities that Temporal offers. Temporal is modular such that the underlying protocols it connects to, can easily be upgraded, and replaced with without having to change the overall architecture. -
16
transfer.sh
Easy and fast file sharing from the command-line
Easy and fast file sharing from the command-line. This code contains the server with everything you need to create your own instance. Transfer.sh currently supports the s3 (Amazon S3), gdrive (Google Drive), storj (Storj) providers, and local file system (local). For easy deployment, we've created a Docker container. For the usage with a AWS S3 Bucket, you just need to specify the following options, provider, aws-access-key, aws-secret-key, bucket, and s3-region. If you specify the s3-region, you don't need to set the endpoint URL since the correct endpoint will used automatically. To use a custom non-AWS S3 provider, you need to specify the endpoint as defined from your cloud provider. In preparation you need to create an access grant (or copy it from the uplink configuration) and a bucket. To get started, login to your account and go to the Access Grant Menu and start the Wizard on the upper right. -
17
Hyperledger FireFly
Hyperledger FireFly is the first open source Supernode
Hyperledger FireFly is the first open source Supernode: a complete stack for enterprises to build and scale secure Web3 applications. The FireFly API for digital assets, data flows, and blockchain transactions makes it radically faster to build production-ready apps on popular chains and protocols. Hyperledger FireFly has a pluggable microservices architecture. Everything is pluggable, from the Blockchain technology, token ERC standards, and custom smart contracts, all the way to the event distribution layer and private database. So if there aren't yet instructions for making FireFly a Supernode for your favorite blockchain technology - don't worry. There is almost certainly a straightforward path to plugging it in that will save you from re-building all the plumbing for your blockchain application from scratch. -
18
Keybase client
Keybase Go library, client, service, OS X, iOS, Android, Electron
Keybase is secure messaging and file-sharing. We use public key cryptography to ensure your messages stay private. Even we can’t read your chats. Keybase works for families, roommates, clubs, and groups of friends, too. Keybase connects to public identities, too. You can connect with communities from Twitter, Reddit, and elsewhere. Don’t live dangerously when it comes to documents. Keybase can store your group’s photos, videos, and documents with end-to-end encryption. You can set a timer on your most sensitive messages. This distribution includes cryptographic software. The country in which you currently reside may have restrictions on the import, possession, use, and/or re-export to another country, of encryption software. BEFORE using any encryption software, please check your country's laws, regulations and policies concerning the import, possession, or use, and re-export of encryption software. -
19
Rain
BitTorrent client and library in Go
Rain is a fast, lightweight, and feature-rich BitTorrent client written in Go, designed to be used from the command line. It focuses on performance and simplicity, supporting both seeding and downloading operations with minimal system resource usage. Rain is ideal for automation, headless servers, and users who prefer terminal-based tools. It offers a clean API, making it easy to integrate into scripts and backend services that require torrent functionality. With its statically compiled binary and low dependency footprint, Rain can be easily deployed across different environments. -
20
go-orbit-db
Go version of P2P Database on IPFS
orbit-db is a distributed peer-to-peer database on IPFS. This project intends to provide a fully compatible port of the JavaScript version in Go. The majority of this code was vastly derived from JavaScript's orbit-db project. -
21
pastebin-ipfs
Pastebin built on IPFS, securely served by Distributed Web and Edge
Pastebin built on IPFS, securely served by Distributed Web and Edge Networks. It's like gist but anonymous. Alternative to Ubuntu Pastebin. Webpage serves Gallery and provide GUI to paste your snippets. -
22
InterPlanetary Mail
Decentralized Email alternative using IPFS
InterPlanetary Mail (IPMail) is a decentralized email alternative, which uses IPFS to send and receive encrypted messages. Download the latest build here. Note that to download these builds you must be logged in to your GitHub account. -
23
Project Lotus
Reference implementation of the Filecoin protocol, written in Go
Lotus is the reference implementation for the Filecoin network. It is written in Go, and is maintained by the Protocol Labs team. This website contains all the information you need to spin up a Lotus node, become a Filecoin storage provider, or just tinker around with the Filecoin network! Filecoin is a network of computers that allows you to store your data online. But while online storage services aren't anything new, Filecoin is different. It doesn't use centralized servers to store your data or rely on aggressive analytics tactics to make a profit and pay its shareholders. You can find out more about Filecoin and how it works over at docs.filecoin.io. -
24
kiosk
Multi-tenancy extension for Kubernetes
kiosk is a multi-tenancy extension For Kubernetes. Secure cluster sharing & self-service namespace provisioning. Accounts & account users to separate tenants in a shared Kubernetes cluster. Self-service namespace provisioning for account users. Account limits to ensure quality of service and fairness when sharing a cluster. Namespace templates for secure tenant isolation and self-service namespace initialization. Multi-cluster tenant management for sharing a pool of clusters. Kubernetes is designed as a single-tenant platform, which makes it hard for cluster admins to host multiple tenants in a single Kubernetes cluster. However, sharing a cluster has many advantages, e.g. more efficient resource utilization, less admin/configuration effort or easier sharing of cluster-internal resources among different tenants. -
25
Cyber
Semantic non-deterministic Superintelligence consensus computer
Semantic non-deterministic Superintelligence consensus computer. A consensus computer allows for the computing of provable relevant answers without any opinionated blackbox intermediaries, such as Google, Amazon or Facebook. Stateless, content-addressable peer-to-peer communication networks, such as IPFS, and stateful consensus computers such as Ethereum, can provide part of the solution needed to obtain such answers. There are however at least 3 problems associated with the above-mentioned implementations. (1) the subjective nature of relevance, (2) difficulty in scaling consensus computers for over-sized knowledge graphs, (3) the lack of quality amongst such knowledge graphs. They are prone to various surface attacks, such as sybil attacks, and the selfish behavior of the interacting agents. In this document, we define a protocol framework for provable consensus computing of relevance, between content-addresable objects, which can be computed on GPUs.
