We are excited to release our first open Call For Proposals on a day of great historical significance. Twenty-seven years ago today, CERN, home of the web’s inventor, Sir Tim Berners-Lee, released software that powered the early web into the public domain. By making the web’s foundational technology free and easily accessible, CERN and Sir Tim created ideal conditions for the World Wide Web to thrive and expand into the vital public resource we depend upon today.

In the spirit of Sir Tim’s vision, Grant for the Web – a collaborative partnership between MozillaCreative Commons, and Coil – was launched to champion a web that provides openness and opportunity for everyone. Mozilla’s mission is to protect the open web and advance internet health, Creative Commons maintains open licensing infrastructure to enable the wide availability and use of intellectual and creative works, and Coil is leading the charge to use open standards to create alternative business models for the web that respect our privacy and support creators and publishers.

With $100 million to distribute globally over five years, Grant for the Web will seed an online monetization and payment ecosystem to challenge the web’s most urgent issues: loss of privacy, centralization of power, and inequalities in online participation.

It’s time for the business models on the web to evolve. For that to happen in a global way with real, lasting impact, we need organizations, companies, and people ready to experiment and build using open standards – technology designed to promote consensus, fairness, public accountability, and quality. We also need creators and publishers ready to connect with fans and audiences in brand new ways. No longer can earning revenue online be tied to proprietary platforms, companies that abuse our privacy, and 20th century revenue models. We’re ready to start building what’s next.

This initial public Call for Proposals will fund projects that contribute to an ecosystem of web monetized content, users, tools, and infrastructure. Through two distinct award tracks, the grant will support technology, tools, and infrastructure that innovate around the Web Monetization standard and the Interledger protocol, as well as experiments in the creation, distribution, and discoverability of monetized content. Grant for the Web will award variable amounts for projects up to six months in duration.  Learn more. 

How to participate:

  • Learn about Grant for the Web’s public Call for Proposals
  • Join upcoming community calls and activities (dates & times coming soon)
  • Connect with others in the Community Forum
  • Stay tuned to our blog for related opportunities
  • Sign up for email updates




Source:

https://www.grantfortheweb.org/post/announcing-first-public-call-for-proposals




Related:
https://perezbox.com/2020/04/the-open-web-is-dying/

What is AV1?

AV1 is a new video codec that promises to help companies and individuals transmit high-quality video over the internet efficiently, without paying royalty fees.

AV1 is the first project to come out of the Alliance for Open Media (AOMedia), a consortium that promotes media codecs, formats, and technologies for the public web. Mozilla joined AOMedia in 2015 as a founding member. Mozilla sponsors open media codecs like AV1 because they have the potential to remove technical and financial barriers for people who want to create and share high-quality media experiences on the open web platform.

How is AV1 different? What will it replace or change?

The most popular video format in use today is AVC/H.264. That technology was introduced in 2003 and is owned by the Moving Picture Experts Group (MPEG).

AV1 is different from AVC/H.264 because it:

  • Uses next-generation compression technology that is nearly twice as efficient
  • Can transmit high-quality video faster over the internet
  • Has no licensing fees; anyone can compress and decode video files without paying royalties
  • Can deliver higher-quality experiences to end users, even when bandwidth is constrained

MPEG has created a successor to AVC/H.264, known as HEVC (High Efficiency Video Coding) or H.265, which has improved compression. However, uncertainty around HEVC’s licensing fees make it untenable for both web browsers and content creators.

The goal of the AV1 project is to replace AVC/H.264 as the predominant video format for the web and to compete with the HEVC codec, so high-quality video can be shared freely and efficiently on the open web platform.

Why are open media codecs important? >>

Where did AV1 come from?

During the last six years, a number of companies launched projects to create viable alternatives to patented video codecs. Mozilla started work on the Daala Project, Google released VP9, and Cisco created Thor for low-complexity video conferencing. All these efforts had the same goal: to create a next-generation video compression format that would make sharing high-quality video over the internet faster, easier, and cheaper.

In 2015, Mozilla, Google, and Cisco, and others joined with Amazon and Netflix and hardware vendors AMD, ARM, Intel, and NVIDIA to form AOMedia. As AOMedia grew, efforts to create an open video format coalesced around a new codec: AV1. AV1 is based largely on Google’s VP9 and incorporates tools and technologies from Daala, Thor, and VP10.

Where can I find the AV1? >>

How do media codecs work? >>

What’s at stake?

The current AVC/H.264 video codec cannot efficiently support higher-quality video on the web. HEVC/H.265 promises better efficiency for streaming video on demand. However, the many patent holders in HEVC/H.265 could drive costs up, making it prohibitively expensive for many companies to actually use this next-generation codec. Content creators would also need to license HEVC, which could limit its use to a select few.

What’s next?

Browser vendors are expected to begin adding support for AV1 to desktop browsers in 2018, for use with popular websites. News articles predict AV1 may appear in game consoles, set-top boxes, and other devices in 2019. Hardware companies may start embedding AV1 technology into processors and graphics cards in 2020, enabling broader decoding of AV1 video files in a wide variety of devices.

Source: