Open Source Go Frameworks

Secure, context-aware access that just works. Access internal resources securely. Implement zero trust. Achieve compliance. All without the headache of a VPN. For teams that prefer a hosted solution while keeping data governance. For organizations that need advanced scaling, access control, and governance capabilities. IT and developers need a scalable access control solution to keep users productive, happy, and secure. Pomerium uses identity and context to ensure secure access to internal applications, servers, and infrastructure even from untrusted networks. Pomerium adds authentication and authorization to any application or server, giving IT Management a centralized panel for organization-wide control. Assert compliance in your current architecture without giving up control over data tenancy. Pomerium supports your infrastructure and can be deployed in all environments: cloud, hybrid, or on-prem. From AWS to Kubernetes and more, your internal and 3rd-party apps are covered.

Clair is an application for parsing image contents and reporting vulnerabilities affecting the contents. This is done via static analysis and not at runtime. Clair v4 utilizes the ClairCore library as its engine for examining contents and reporting vulnerabilities. At a high level you can consider Clair a service wrapper to the functionality provided in the ClairCore library. The main branch may be in an unstable or even broken state during development. Please use releases instead of the main branch in order to get stable binaries. Clair is an open source project for the static analysis of vulnerabilities in application containers (currently including OCI and docker). Clients use the Clair API to index their container images and can then match it against known vulnerabilities. Our goal is to enable a more transparent view of the security of container-based infrastructure. Thus, the project was named Clair after the French term which translates to clear, bright, transparent.

IAM is an identity and access management system developed based on the Go language, which is used to authorize resource access. The latest stable version is v1.6.2, it is recommended to install and test based on the stable version. Cooperating with the geek time column " Go language project development practice ", explaining how to use Go to develop enterprise-level applications is the theoretical course of the project, including the explanation of various knowledge points and construction ideas of the project, as well as my first-line research and development experience and advice. As a development scaffolding, developers can quickly build their own applications after cloning and secondary development. The IAM project will be maintained for a long time and updated regularly, welcome brothers Star & Contribute.

There are many ways to write a (RESTful) backend in Go. Most of the available tutorials are way too simple, with all the presented content fitting into a single file (or at most two-three). More complex examples are quite rare, and even most of them miss lots of things for the sake of reducing complexity. That’s one of the reasons I wrote Gorsk - to have a fully functional example of a RESTful backend (in Golang) utilizing best practices, idiomatic code, and minimal dependencies. Instead of spending time wiring up your project, thinking how and where to place HTTP handlers, how to inject dependencies, test your application services and database using table tests and mocking, handle sessions and more - use Gorsk as a base foundation for your application and start adding business logic, or get learn from it and copy only what you need/like to your application. That was the primary idea behind this project.

GoSpider - Fast web spider written in Go. Fast web crawling. Brute force and parse sitemap.xml. Parse robots.txt. Generate and verify link from JavaScript files. Link Finder. Find AWS-S3 from response source. Find subdomains from the response source. Get URLs from Wayback Machine, Common Crawl, Virus Total, Alien Vault. Format output easy to Grep. Support Burp input. Crawl multiple sites in parallel.

The Oso Library is a batteries-included framework for building authorization in your application. With Oso, you can. Model: Set up common permissions patterns like RBAC and relationships using Oso’s built-in primitives. Extend them however you need with Oso’s declarative policy language, Polar. Filter: Go beyond yes/no authorization questions. Implement authorization over collections too - e.g., “Show me only the records that Juno can see.” Test: Write unit tests over your authorization logic now that you have a single interface for it. Use the debugger or tracing to track down unexpected behavior. Oso lets you write policies to control who can do what in your app. Select different policies below to see how they change the permissions in the sample app on the right. Oso's language libraries can be developed without touching the Rust core, but you will still need the Rust stable toolchain installed in order to build the core.

goRBAC provides a lightweight role-based access control implementation in Golang. Currently, goRBAC has two released versions. Version 1 is the original design which will only be mantained to fix bugs. Version 2 is the new design which will only be mantained to fix bugs. Although you can adjust the RBAC instance anytime and it's absolutely safe, the library is designed for use with two phases, preparing and checking. Also, you can implement gorbac.Role and gorbac.Permission for your own data structure.