Soc.ink.media/)
… which is created using “client-side” approaches, using the workflow models developed in the previous decade on web frameworks like Node.js and Go. Custom components and services are often tested by providing performance and/or graphics stability support, as well as testing for potential bugs.
Evaluation of these approaches is largely based on a single, per-stream test using the Open Graph (https://docs.opengraph.org/releases/) project. Using this approach, we reached a $9.6 million verified donation ($2.1 million) in less than 24 hours, almost double the previous verified funding of $3.9 million by the same account in the same timeframe.
Total funding so far for this project has grown to about $13.4 million, including contributions from 75 NGOs and 22 small businesses.
The following is a partial list of the projects funded:
Open Graph public API is being used by a number of other multinational companies and educational institutions across the world, including the Rocket Internet (http://www.rocketinternet.org), the University of Manchester (http:https://www-university-of-manchester.co.uk/), the Foster Society, The Knight Foundation and the RMS Foundation. Open Grapher collaborated with the University and is the centre for Distributed Open GPU (dropbox-grapher.exe), which is a cloud-based software product for the development of distributed graphics applications.
Several co-authors of Open Gilead have now contributed articles to the OpenGraph series, and many of the book chapters will contain such contributions.
Individual Open Gilad authors have launched ‘media-to-media’ projects: by releasing Open Gillead MP3 files containing cutting-edge OGPU compression techniques, the code has been used and is included in several open source projects.
Optimising and automating web access has seen further support from Open Gøtør, as has the development and rollout of OpenGurl. The ‘universal graphics toolkit’ was created and use