Science Must Decentralize
from the make-knowledge-access-great-again dept
Knowledge production doesn’t happen in a vacuum. Every great scientific breakthrough is built on prior work, and an ongoing exchange with peers in the field. That’s why we need to address the threat of major publishers and platforms having an improper influence on how scientific knowledge is accessed—or outright suppressed.
In the digital age, the collaborative and often community-governed effort of scholarly research has gone global and unlocked unprecedented potential to improve our understanding and quality of life. That is, if we let it. Publishers continue to monopolize access to life-saving research and increase the burden on researchers through article processing charges and a pyramid of volunteer labor. This exploitation makes a mockery of open inquiry and the denial of access as a serious human rights issue.
While alternatives like Diamond Open Access are promising, crashing through publishing gatekeepers isn’t enough. Large intermediary platforms are capturing other aspects of the research process—inserting themselves between researchers and between the researchers and these published works—through platformization.
Funneling scholars into a few major platforms isn’t just annoying, it’s corrosive to privacy and intellectual freedom. Enshittification has come for research infrastructure, turning everyday tools into avenues for surveillance. Most professors are now worried their research is being scrutinized by academic bossware, forcing them to worry about arbitrary metrics which don’t always reflect research quality. While playing this numbers game, a growing threat of surveillance in scholarly publishing gives these measures a menacing tilt, chilling the publication and access of targeted research areas. These risks spike in the midst of governmental campaigns to muzzle scientific knowledge, buttressed by a scourge of platform censorship on corporate social media.
The only antidote to this ‘platformization’ is Open Science and decentralization. Infrastructure we rely on must be built in the open and on interoperable standards, and hostile to corporate (or governmental) takeovers. Universities and the science community are well situated to lead this fight. As we’ve seen in EFF’s TOR University Challenge, promoting access to knowledge and public interest infrastructure is aligned with the core values of higher education.
Using social media as an example, universities have a strong interest in promoting the work being done at their campuses far and wide. This is where traditional platforms fall short: algorithms typically prioritizing paid content, downrank off-site links, and prioritize sensational claims to drive engagement. When users are free from enshittification and can themselves control the platform’s algorithms, as they can on platforms like Bluesky, scientists get more engagement and find interactions are more useful.
Institutions play a pivotal role in encouraging the adoption of these alternatives, ranging from leveraging existing IT support to assist with account use and verification, all the way to shouldering some of the hosting with Mastodon instances and/or Bluesky PDS for official accounts. This support is good for the research, good for the university, and makes our systems of science more resilient to attacks on science and the instability of digital monocultures.
This subtle influence of intermediaries can also appear in other tools relied on by researchers, while there are a number of open alternatives and interoperable tools developed for everything from citation management, data hosting to online chat among collaborators. Individual scholars and research teams can implement these tools today, but real change depends on institutions investing in tech that puts community before shareholders.
When infrastructure is too centralized, gatekeepers gain new powers to capture, enshittify, and censor. The result is a system that becomes less useful, less stable, and with more costs put on access. Science thrives on sharing and access equity, and its future depends on a global and democratic revolt against predatory centralized platforms.
Republished from the EFF’s Deeplinks blog.
Filed Under: decentralization, diamond open access, knowledge, open access, open science, paywalls, research, science
Comments on “Science Must Decentralize”
Absolutely.
The troubling thing is that steps should have been taken 10 or 20 years ago. Even 30.
Decentralization, anonymity, and portability is important, as the eventual success of the PiracyBay against American copyright groups. Something to keep in mind as we try to share that information
Compiling scientific works
Have you ever heard of arxiv.org?
Re: arXiv
arXiv is open, yes. But this site is for preprints yet to receive peer review before publishing. It acts as a place to demonstrate which authors/team was first to generate results, important given the long delays that can happen before publication, and is a barrier to competitive teams gaming the publication system.
If a paper is behind a major journal paywall, if the authors put their paper arXiv or bioRxiv, a reader can access the pre-peer reviewed version on these sites.