ORVIUM: Earning Income Through investments In Science Publications

The ongoing scientific research by scientists and academicians in breaking the frontiers of knowledge through the adherence to the systematic process of proffering solutions to problems, thereby paving an avenue for science and technological inventions through the publication of journals has suffered alot of setbacks, as a result of the absence of a regulatory machine that accesses the inflow and outflow of information, storage system, and a decentralised digital controlled system whereby anyone can assess their site, commercialize his or her publications etc. In other to properly understand the mode of service delivery of the ORVIUM publishing platform, it is necessary we unravel the problems in other publishing companies which are;

PROBLEMS OF PUBLISHING COMPANIES

The publishing firms have suffered alot of setbacks over the years, ranging from the high cost of publication of international journals, the license and copyright for the publication of journals as being controlled by publishers as against the knowledge of the owner or author of the journal, the poor incentive peer reviewers gets for their strenuous efforts only because some of them are government employees, there monopolistic tendencies and centrality of the chain of command, thereby causing delay in the submission of manuscript for journal publication, adulteration of journals by impostors who claims to be the original owners of the journal(plagiarism), thereby complicating issues when it comes to referencing a particular work of art or publication in other subsequent writing and a whole lot of challenges bedevilling the publication firms. After accessing these challenges; it gave rise to the advent of the ORVIUM publishing platform to bring about an ending solutions to the multiplicity of challenges encountered by authors, book reviewers in the publishing company.

THE ORVIUM PLATFORM

The ORVIUM is the first open source and decentralised blockchain publishing platforms for administrating over scholarly journals or publication.

It has four distinct embodiment that by which the ORVIUM technology is built on which are;

1. Blockchain and smart contracts

2. Decentralised storage

3. Cloud Computing and big data analytics .

4. Machine Learning.

ORVIUM COMPONENT ANALYSIS

The blockchain, smart contracts and decentralised storage allows a public fully traceable and reliable storage of the publication process at a minimal cost.

Cloud computing technologies will provide flexibility in the process of submission of manuscript for publication, world available and scalability of the rigorous contingencies suffered by authors to the benefits of publishers in the platform service.

Big data analytics enables advance access to enhance life cycle, automatically quickens peer review or evaluation timing, that is; (identifying plagiarism ), Categories paper by certain factors such as, content, identification of recent updates and topics amongst other goals.

CARDINAL OBJECTIVES

after analyzing the four components that makes up the ORVIUM, it is salient to take cognizant of the cardinal objectives of the ORVIUM which are;

1. It is geared towards sharing publications owned by the scientific community. That is, it is primarily giving back to the society all that scientific inventions could proffer through its unending knowledge inquiries.

1. Eradicating of existing inefficiencies and biases of the publication market caused by publishers and it's monopolistic tendencies over the years now.

2. Improvement or enhancement of the standard of efficacy in the publication of life cycle. This is evident in facilitation of of manuscript sent via the blockchain for publication.

SOLUTIONS WITH ORVIUM PUBLISHING PLATFORM

1. SECURITY OF MANUSCRIPTS: with the aid of the blockchain, it secures authors manuscript against theft by other people and some personnel workers in the publishing company who intends to steal the hard work of academians or scholars without duely referencing the originator of the publication.

1. MOTIVATION OF PEER REVIEWERS: It sorts to motivate the efforts of peer reviewers through the ORVIUM token that is raised as charges for all subscribers in the Orvium blockchain, this form of incentive has enormously improved the quality of published journals to international standard as they are encouraged to give in their best.

1. AUTHOR COPYRIGHT AND LICENSE : It seeks to remedy the constrains authors, academians or scholars face over the years by giving them the right to approve the publication of their work and a certain token accrued to their account for the sale, duplication, and subscription to access any of their published work.

1. DECENTRALISED SYSTEM: this is against the monopolistic tendencies and centrality of the chain of command in the blockchain and gives an open avenue for anyone to access directly with the publishing company, by creating an account with them with an encrypted password that only you can directly transact with them without any form of delay, compromise, monitoring, or alterations of the mode of transactions in the publishing platforms. By its implication, it paves way for millions of authors to continually publish their scientific work which by means of its publications, breaks the frontiers of knowledge and improves further inventions in science and technology.

CONCLUSION

Conclusively, after taking a cupious study about the monopolistic, tendencies, centrality of the chain of command, high cost of publication, vulnerability in the security of manuscript yet to be published, plagiarized work, low incentives to peer reviewers and most importantly; the low income raised by authors for their publications by the publishing companies, is it advisable that the ORVIUM publishing company is the only viable platform to send your articles, or scholarly work for online publications with a commensurate income for your intellectual investments.

Team

Founders

Senior Project Leader &

Blockchain Expert

Senior Project Leader and

Blockchain Expert

CERN

Manuel's career has been focused on supporting

large collaborations through technological

innovation. He has led critical data-management, big

data and machine-learning initiatives for the largest

and most complex scientific instrument ever built

(CERN LHC). In addition, he has collaborated with

NASA-JPL, Fermilab (U.S. Dept. of Energy) and GSI,

among others. He has contributed, as a guest

lecturer, to the Executive Program at ESADE

Business School, and has advised international

companies such as Oracle, BMW, Caixa, Gassco, Eni,

UPS.

MANUEL MARTHINS

Technology Solution

Architect

Big Data Engineer

Volkwagen Data:Lab

Antonio has led several big-data and machinelearning projects for the R&D partnership between

CERN and multiple ICT market-leaders. His work -

accelerating cutting-edge predictive-maintenance

and machine-learning solutions - has fuelled

ground-breaking operations and optimizations at the

CERN accelerator complex. He has collaborated

with other institutions such as Fermilab, GSI and

EMBL-EBI.

ANTONIO ROMERO

Application and Cloud

Technology Expert

Senior Software Engineer with

Over ten years’ experience working in the private

sector for international companies such as Deutsche

Telekom, Just Eat or Asos Ltd. Leading, designing

and developing high-availability software solutions.

Decentralized technologies advocate. Roberto

enjoys being part of, as well as leading, successful

and productive teams. Decentralized technologies

advocate and passionate about developing

innovative and creative solutions. He built his own

software house in 2016.

FOR MORE INFORMATION VISIT

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AUTHORIZED BY :Cryptodiamond12
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