Open Source Go Communications Software - Page 4
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Go Communications Software
View 5142 business solutionsBrowse free open source Go Communications Software and projects below. Use the toggles on the left to filter open source Go Communications Software by OS, license, language, programming language, and project status.
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The All-in-One Commerce Platform for Businesses - ShopifyShopify is a leading all-in-one commerce platform that enables businesses to start, build, and grow their online and physical stores. It offers tools to create customized websites, manage inventory, process payments, and sell across multiple channels including online, in-person, wholesale, and global markets. The platform includes integrated marketing tools, analytics, and customer engagement features to help merchants reach and retain customers. Shopify supports thousands of third-party apps and offers developer-friendly APIs for custom solutions. With world-class checkout technology, Shopify powers over 150 million high-intent shoppers worldwide. Its reliable, scalable infrastructure ensures fast performance and seamless operations at any business size.
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go-ipfs-log
Go version of append-only log CRDT on IPFS
Go version of append-only log CRDT on IPFS. An append-only log on IPFS. ipfs-log was originally created for orbit-db - a distributed peer-to-peer database on IPFS. This library intends to provide a fully compatible port of the JavaScript version in Go. The majority of this code was vastly derived from JavaScript's ipfs-log library. -
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go-ipfs-plugin-i2p-gateway
A plugin for presenting an IPFS gateway over i2p
Plugin for presenting an IPFS gateway over i2p. This is only the gateway part, A.K.A. the easy part. It will make your IPFS gateway accessible via i2p clients, but it will not route communication between IPFS nodes over i2p(1). This means that it doesn't make your IPFS instance anonymous, it just makes it accssible to clients anonymously(2). It simply takes advantage of the plugin system to set up some hidden services when the IPFS plugin is initialized. It does this by reading the IPFS config file to find the ports that have been configured by the admin running IPFS, then using the SAM API to forward those ports to I2P. Once they are forwarded, a config file is generated containing the i2p configuration and it's base32 and base64 addresses. This is stored in a file called "i2pconfig." Finally, it simply forwards the IPFS gateway to I2P. -
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go-ipns
Utilities for creating, parsing, and validating IPNS records
This package contains all of the components necessary to create, understand, and validate IPNS records. It does not publish or resolve those records. Kubo uses this package internally to manipulate records. Once you have the record, you’ll need to use IPFS to publish it. There are several other major operations you can do with go-ipns. Check out the API docs or look at the tests in this repo for examples. -
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go-libp2p-http
HTTP on top of libp2p
Package p2phttp allows to serve HTTP endpoints and making HTTP requests through libp2p using Go's standard "http" and "net" stack. Instead of the regular "host:port" addressing, p2phttp uses a Peer ID and lets libp2p take care of the routing, thus taking advantage of features like multi-routes, NAT transversal and stream multiplexing over a single connection. This package is a library that uses Go modules for dependency management. -
Comet Backup - Fast, Secure Backup Software for MSPsComet is a flexible backup platform, giving you total control over your backup environment and storage destinations.
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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. -
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go-libp2p-pubsub-grpc
libp2p pubsub with controls exposed via a gRPC API
pubsubgrpc provides a LibP2P PubSub framework that can be used as a stand-alone gRPC pubsub server and API, or as a module/component of existing gRPC servers to provide LibP2P PubSub functionality. It uses proto3 and borrows some ideas from libp2p/go-libp2p-daemon and libp2p/go-libp2p-pubsub. -
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go-libp2p-quic-transport
An implementation of a libp2p transport using QUIC
go-libp2p-quic-transport uses quic-go to provide QUIC support for libp2p. This repo is good-compatible, and users of Go 1.11 and later with modules enabled will automatically pull the latest tagged release by referencing this package. Upgrades to future releases can be managed using go get, or by editing your go.mod file as described by the gomod documentation. -
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go-matrix
First version of go-MATRIX, especially for TPS optimization and AI
First version of go-MATRIX, especially for TPS optimization and AI. In the current version, mining nodes that are elected but fail to report their base compute will get blacklisted and lose all rewards for that round. The new patch will raise the penalty for backlisted mining nodes. If blacklisted, your node is also unable to become a candidate mining Masternode for the next election cycle. Difficulty level drops when a new validation leader is elected. If there is a new validation leader in one mining cycle (the time for generating 3 blocks), this mining cycle will take longer to finish, and difficulty for mining the following block will lower down. (The validators take turns to generate blocks, and a validator which has generated a block is considered the validation leader of that block.) Therefore, the increase in mining time caused in this way has nothing to do with the actual computing power. -
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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. -
Dominate AI Search ResultsAthenaHQ is a cutting-edge platform for Generative Engine Optimization (GEO), designed to help brands optimize their visibility and performance across AI-driven search platforms like ChatGPT, Google AI, and more.
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go-textile
Infrastructure for building composable apps and services on the IPFS
Textile provides encrypted, recoverable, schema-based, and cross-application data storage built on IPFS and libp2p. We like to think of it as a decentralized data wallet with built-in protocols for sharing and recovery, or more simply, an open and programmable iCloud. Textile is still under heavy development and no part of it should be used before a thorough review of the underlying code and an understanding that APIs and protocols may change rapidly. There may be coding mistakes and the underlying protocols may contain design flaws. Please let us know immediately if you have discovered a security vulnerability. Textile is a set of tools and trust-less infrastructure for building censorship-resistant and privacy-preserving applications. While interoperable with the whole IPFS peer-to-peer network, Textile-flavored peers represent an additional layer or sub-network of users, applications, and services. -
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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. -
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ipfs-pinner
A toolkit helps upload files to IPFS pinning services
ipfs-pinner is a toolkit to help upload files or specific content id to IPFS pinning services. -
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ipfs-pump
A tool to transfer data between IPFS nodes or storage
ipfs-pump is a command line tool to copy data between IPFS nodes, cluster or storage. -
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ipfs-upload-client
A minimal CLI tool to upload files and directories to IPFS
ipfs-upload-client is a minimal CLI tool to upload files or directories to Infura's IPFS or another API endpoint. -
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ipld-eml
An RFC-5322 compatible email parser that stores data on IPFS
ipld-eml is an RFC-5322 compliand IPLD object format for storing email messages, in both a space efficient, and time efficient manner. TemporalX is used as the interface into IPFS. Emails are converted into a protocol buffer object, before being stored onto IPFS. There are currently two methods for storing the IPLD objects: -
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jackal
Instant messaging server for the Extensible Messaging
jackal is a free, open-source, high-performance XMPP server that aims to be known for its stability, simple configuration and low resource consumption. Customizable, enforced SSL/TLS. Stream compression (zlib), database connectivity for storing offline messages and user settings (PostgreSQL 9.5+, BoltDB). Caching (Redis 6.2+), clustering capabilities (etcd 3.4+) Expose Prometheus metrics, cross-platform (OS X, Linux). To make it easy to install jackal via Helm in Kubernetes a chart has been included into this repository. After completing database setup and starting jackal service you'll have to register a new user to be able to login. To do so, you can use jackal command-line tool to create a new user proving name and password. -
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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. -
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krab
krab is an encrypted keystore for use with IPFS
krab is a "semi secure" keystore that satisfies the IPFS keystore interface, allowing it to be used natively with many existing IPFS implementations, and tools. It stores keys on disk in a badger datastore, encrypting the keys before being stored in the datastore. Each time a key is fetched, it is decrypted first. A single password is used to encrypt all keys. -
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libipfs
A C-Style library implemented in Go for using IPFS in C++/C.
A C-Style library implemented in Go for using IPFS in C++/C. -
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listmonk
High performance, self-hosted, newsletter and mailing list manager
Performance and features packed into a single binary. Manage millions of subscribers across many single and double opt-in lists with custom JSON attributes for each subscriber. Query and segment subscribers with SQL expressions. Use the super fast bulk importer (10k records per second) or use HTTP/JSON APIs or interact with the simple table schema to integrate external CRMs and subscriber databases. Visualize and compare campaign performance. Connect external visualization programs to the database easily with the simple table structure. Create powerful, dynamic e-mail templates with the Go templating language. Use template expressions, logic, and 100+ functions in subject lines and content. Write HTML e-mails in a WYSIWYG editor, Markdown, raw syntax-highlighted HTML, or just plain text. Highly configurable, multi-threaded, high-throughput multi-SMTP e-mail queues for super fast campaign delivery. -
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multirpc
Multi transport RPC
A JSON-driven, signature-ready, flexible and modular RPC stack for multiple transports. This GoLang module provides a full stack for implementing a flexible RPC service. The same mux router could be used for providing service to multiple network transports in parallel. The aim for multirpc is to provide and easy way to implement an RPC communication over any transport layer, using the same JSON structure and signature schema. The API consumer only needs to provide the application layer (define the custom JSON fields and handlers). The RPC provides security mechanisms for validating the origin and for authentication (using secp256k1 cryptography). The network encryption (if any) must be handled on the transport layer. -
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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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orb DID Method
A DID method implementation that extends the Sidetree protocol
Orb implements the following specifications: did:orb, Activity Anchors. The did:orb method is based on the Sidetree specification and Activity Anchors is based on the ActivityPub and ActivityStreams specifications. The project is built using make. The BDD test suite can be run with make bdd-test. This command builds the Orb images and runs the integration tests. A full set of integration tests is included, which demonstrate all the features of Orb, including adding followers/witnesses and creating/resolving sample DIDs. (These are located in ./test/bdd/features.) -
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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. -
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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.