ARTiFACTS and ORCID: A Trusted Partnership Expanding Scientific and Academic Research Output | ORCID

“As a blockchain platform for scientific and academic research, ARTiFACTS allows researchers to create a permanent, real-time record of all research outputs and to receive formal citations. ARTiFACTS enables researchers to create an immutable record of their outputs so they can be securely shared, thus expanding access to vital information and accelerating discovery….

ARTiFACTS became an ORCID member in 2019, and chose to develop an integration with every API ORCID offers to best support their researchers. It took approximately three months to complete the integrations, including the initial API research, workflow design, development, testing, and review of the finished product with ORCID….”

ARTiFACTS and ORCID: A Trusted Partnership Expanding Scientific and Academic Research Output | ORCID

“As a blockchain platform for scientific and academic research, ARTiFACTS allows researchers to create a permanent, real-time record of all research outputs and to receive formal citations. ARTiFACTS enables researchers to create an immutable record of their outputs so they can be securely shared, thus expanding access to vital information and accelerating discovery….

ARTiFACTS became an ORCID member in 2019, and chose to develop an integration with every API ORCID offers to best support their researchers. It took approximately three months to complete the integrations, including the initial API research, workflow design, development, testing, and review of the finished product with ORCID….”

Bitcoin for the biological literature

“A colleague told Bajan about ScienceMatters, an open-access publishing platform that posts peer-reviewed short papers and single-observation studies — research that most journals would dismiss. Bajan submitted her work last October and it was accepted two weeks later.

That speed, as well as the subject matter, is unusual. But ScienceMatters is different in another way, too: it’s developing a peer-review process based on the Bitcoin blockchain technology — a public, but tamper-proof database of transactions shared across thousands of computers around the world….

Such tamper-proof records have obvious uses in science. Himmelstein is the author of Manubot, a piece of open-source software that automates the process of collating, formatting and publishing a scientific paper. Each time an author creates a version of the manuscript, the software logs that event on the Bitcoin blockchain.

This, Himmelstein says, allows researchers to establish definitive claims of precedence. “Imagine an authorship dispute where two authors claim to have both written the same thing,” he says. An indelible record of who wrote what, and when makes such disagreements moot….

According to Dave Kochalko, co-founder of the collaboration and citation platform Artifacts in Cambridge, Massachusetts, research produces a wealth of interesting material — such as data sets, single observations and hypotheses — in the long run-up to publication that doesn’t get cited until the final peer-reviewed article appears, if it does at all. At that point, credit comes only if other researchers cite that work, when their own research is published.

Artifacts provides a forum in which researchers can upload almost anything that they deem worth sharing, with each file logged to a blockchain. Users can set permissions so that their uploads are private, public or available to collaborators. (Services such as Figshare and Zenodo also provide such forums, but without the blockchain.)…”

Bitcoin for the biological literature

“A colleague told Bajan about ScienceMatters, an open-access publishing platform that posts peer-reviewed short papers and single-observation studies — research that most journals would dismiss. Bajan submitted her work last October and it was accepted two weeks later.

That speed, as well as the subject matter, is unusual. But ScienceMatters is different in another way, too: it’s developing a peer-review process based on the Bitcoin blockchain technology — a public, but tamper-proof database of transactions shared across thousands of computers around the world….

Such tamper-proof records have obvious uses in science. Himmelstein is the author of Manubot, a piece of open-source software that automates the process of collating, formatting and publishing a scientific paper. Each time an author creates a version of the manuscript, the software logs that event on the Bitcoin blockchain.

This, Himmelstein says, allows researchers to establish definitive claims of precedence. “Imagine an authorship dispute where two authors claim to have both written the same thing,” he says. An indelible record of who wrote what, and when makes such disagreements moot….

According to Dave Kochalko, co-founder of the collaboration and citation platform Artifacts in Cambridge, Massachusetts, research produces a wealth of interesting material — such as data sets, single observations and hypotheses — in the long run-up to publication that doesn’t get cited until the final peer-reviewed article appears, if it does at all. At that point, credit comes only if other researchers cite that work, when their own research is published.

Artifacts provides a forum in which researchers can upload almost anything that they deem worth sharing, with each file logged to a blockchain. Users can set permissions so that their uploads are private, public or available to collaborators. (Services such as Figshare and Zenodo also provide such forums, but without the blockchain.)…”

ARTiFACTS – A Blockchain Platform for Scientific & Academic Research

“ARTiFACTS provides a simple, user-friendly platform, purpose built for academic and scientific research that leverages blockchain technology. Researchers can record a permanent, valid, and immutable chain of records in real-time, from the earliest stages of research for all scientific and scholarly artifacts, including citing/attribution transactions….

By using the ARTiFACTS platform, researchers will be able to immutably prove ownership and existence of novel work, expand access to their scientific and academic research artifacts, provide and receive ‘real-time’ attribution for novel work and more comprehensively and rapidly build and demonstrate their body of scholarly contributions….

Establish proof-of-existence and confirm provenance at any time

Protect and manage IP while concurrently facilitating collaboration and knowledge sharing

Provide and receive valid, break-proof attribution and assignment of credit

Participate in growing a comprehensive, community archive for all scientific and scholarly artifacts….”