Jina is geared towards building search systems for any kind of data, including text, images, audio, video and many more. With the modular design & multi-layer abstraction, you can leverage the efficient patterns to build the system by parts, or chaining them into a Flow for an end-to-end experience. Large-scale indexing and querying of unstructured data: video, image, long/short text, music, source code, etc. Decentralized architecture from day one. Scalable & cloud-native by design: enjoy containerizing, distributing, sharding, async, REST/gRPC/WebSocket.
Self hostable?
This list aims to help starters as well as seasoned Bio Hacker to find everything related to Biohacking at one place. This is a primer with the maximum amount of data as I may realize on completely different aspects of the biohacking community. I am not an expert, so I welcome any input. If you find it useful please share it with others.
Volumio is a true Hi-Fi Digital Player. One Single Digital Audio Player for all your music, with bit-perfect audio quality. Install Volumio on the Raspberry Pi and many other silent micro-Computers, as well PCs and Notebooks. Everything from configuration to Playback is just a fingertip away. Easily manage Volumio through the web UI. Control it with your Mac, Pc, Android, iOS or anything with a browser.
External audio amplifier aware.
A command line tool to rename media files based on titles from IMDb. Written in Rust.
🍿 Organising and bulk renaming media library made easy with Python and imDB (Essential for XBMCs, Plex etc.)
Sort of a self-hosted Youtube work-alike for your media collection. Browse, organize, and curate your stuff. Movies, shows, music. Live TV enabled, can function as a DVR.
Client apps for Android TV, FireTV, Roku, Kodi, Xbox One, PS4, and more. Or you can watch stuff in your web browser.
Github: https://github.com/jellyfin
REST API docs: https://api.jellyfin.org/
Official package repos for Debian and Ubuntu. In the AUR. There's even a portable version (if you have the .net core runtime handy).
NymphCast is a software solution which turns your choice of Linux-capable hardware into an audio and video source for a television or powered speakers. It enables the streaming of audio and video over the network from a wide range of client devices, as well as the streaming of internet media to a NymphCast server, controlled by a client device.
In addition, the server supports powerful NymphCast apps written in AngelScript to extend the overall NymphCast functionality with e.g. 3rd party audio / video streaming protocol support on the server side, and cross-platform control panels served to the client application that integrate with the overall client experience.
NymphCast requires at least the server application to run on a target device, while the full functionality is provided in conjunction with a remote control device:.
Devoted to media archaeology, that is, historical research into forgotten, obsolete, neglected or otherwise dead media technologies. Depending on our understanding of “media” — one of the questions we’ll discuss — these might include forms as diverse as typewriters, phonographs, Polaroid photography, prison tattoo codes and the Victorian language of floral bouquets, outmoded video game platforms, computing systems, and musical instruments, smoke signals, scent organs, shorthand notation, and rocket mail delivery. Our premise is that understanding these things can help us gain a better sense of the development, meaning and legacy of media technologies, now and in the future; our goal is to introduce students to the skills and resources necessary for producing rigorous research on such obsolete and obscure media. The course will include an exposure to scholarship in media archaeology; an intensive introduction to research methods; finding and exploring word, image, and sound archives; and the restoration of media artifacts to their deep social, cultural and personal context. The course stems from the premise that media archaeology is best undertaken, like any archaeological project, collaboratively: we will follow a hands-on research studio model commonly used in disciplines such as architecture or design.
Simple but convenient CLI-based Matrix client app for sending and receiving messages. Fire and forget any kind of message that the Matrix protocol supports.
mnamer (media renamer) is an intelligent and highly configurable media organization utility. It parses media filenames for metadata, searches the web to fill in the blanks, and then renames and moves them.
A curated list of awesome Real Time Communications resources.
The world’s largest aggregator of electronic books and articles, a non-profit offering over 3 million ebooks and audiobooks to read online or download. The World Library Foundation is a global coordinated effort to preserve and disseminate digital copies of historical books, classic works of literature, serials, bibliographies, dictionaries and encyclopedias in a number of languages and countries around the world. $8.95/yr.
put.io is a service that takes care of downloading most of the things.
Anti-capitalist on-demand digital streaming platform launching in late 2019. Our subscribers will have access to a library of long- and short-form TV shows and movies - from talk shows, documentaries, stand-up comedy, to adult animation, dramas and more. Means TV will never have advertisers or corporate investors.
We’ll be be funded the old-fashioned way: by viewers like you, i.e., subscription based.
MusicBrainz is an open music encyclopedia that collects music metadata and makes it available to the public.
Picard is a cross-platform music tagger written in Python. Install and run it on your library and it'll clean it up. Supports multiple file formats, accoustic fingerprinting to figure out what the track is.
Joseph Matheny's library and user page at the Internet Archive.
A streaming media server you host yourself. Can run without a container as a first-class implementation (thank you!) Designed with web browsers specifically in mind, not client software. Written in Java, but nobody's perfect (recommends the OpenJRE!)