How this analysis was created: This summary and feature list were written by an AI model that read the project's README and public documentation pages. Each feature links to the documentation it came from; stars, license and language come straight from the GitHub API. The model does not read the source code, and the analysis is refreshed when the project is re-analysed. Learn more on our About page.
Anonaddy is an email forwarding gateway and alias manager designed to protect user identity. It functions as a mail server that routes messages from custom domains and aliases to verified destination addresses using programmable routing rules.
The main features of anonaddy/anonaddy are: Disposable Email Services, Email Forwarding Gateways, Email Aliasing, API-Managed Email Aliases, API-Driven Alias Lifecycles, Custom Email Domain Management, API-Driven Infrastructure Managers, Destination Recipient Management.
Open-source alternatives to anonaddy/anonaddy include: simple-login/app — This project is an email alias management platform and masking proxy designed to protect user privacy. It functions as… foxcpp/maddy — Maddy is a modular mail server that assembles a complete email system by connecting small, single-purpose modules… usesend/usesend — useSend is an email marketing platform and transactional delivery system built to manage bulk campaigns and individual… mailu/mailu — Mailu is a complete email distribution system deployed as a suite of containerized images. It provides a self-hosted… mjl-/mox — Mox is a self-hosted email server that runs as a single compiled Go binary, handling the full lifecycle of sending and… mail-in-a-box/mailinabox — Mail-in-a-Box is a self-hosted email server appliance that automates the deployment of SMTP, IMAP, and POP3 services…
This project is an email alias management platform and masking proxy designed to protect user privacy. It functions as a gateway that creates unique email addresses to hide a user's primary mailbox, forwarding incoming messages while routing outbound replies through a reverse-proxy to maintain sender anonymity. The system distinguishes itself through advanced domain and privacy controls, including the ability to link personal domains via DNS for branded aliases and catch-all routing. It further secures communications via a PGP encryption gateway that encrypts forwarded email content using pub
Maddy is a modular mail server that assembles a complete email system by connecting small, single-purpose modules through a declarative configuration file. Rather than a monolithic stack, it lets operators compose message processing, storage, authentication, and security enforcement from interchangeable building blocks, with each module handling a specific function like receiving SMTP connections, verifying credentials, or applying policy checks. The server distinguishes itself through its flexible authentication and security architecture. It delegates user verification to external systems in
useSend is an email marketing platform and transactional delivery system built to manage bulk campaigns and individual messages using AWS SES for delivery. It provides a RESTful API, an SMTP relay gateway, and a visual management interface for designing HTML templates and coordinating email broadcasts. The platform distinguishes itself by translating legacy SMTP traffic into modern API calls and implementing an event-driven webhook system. This system pushes real-time delivery, bounce, and click notifications to external servers using HMAC-SHA256 signed payloads to ensure authenticity. The s
Mox is a self-hosted email server that runs as a single compiled Go binary, handling the full lifecycle of sending and receiving email through SMTP, IMAP4rev2, and a built-in webmail application. It is designed to be operated without external dependencies or runtime plugins, with all mail services — including spam filtering, queue management, and web interfaces for administration and account management — contained in one executable. The server distinguishes itself through automated TLS certificate management via ACME, DNS-based autoconfiguration for email clients, and file-based configuration