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Jukka Peltokoski

Commons-based peer production - Wikipedia, the free encyclopedia - 0 views

  • Commons-based peer production is a term coined by Harvard Law School professor Yochai Benkler.[1] It describes a new model of socio-economic production in which the creative energy of large numbers of people is coordinated (usually with the aid of the Internet) into large, meaningful projects mostly without traditional hierarchical organization.
  • Yochai Benkler contrasts commons-based peer production with firm production (in which tasks are delegated based on a central decision-making process) and market-based production (in which tagging different prices to different tasks serves as an incentive to anyone interested in performing a task).
  • The term was first introduced and described in Yochai Benkler's seminal paper "Coase's Penguin, or Linux and the Nature of the Firm".[2] Yochai Benkler's 2006 book, The Wealth of Networks, expands significantly on these ideas.
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  • People participate in peer production communities
  • commons-based peer production refers to any coordinated, (chiefly) internet-based effort whereby volunteers contribute project components, and there exists some process to combine them to produce a unified intellectual work.
  • Pirate Bay
  • Wikipedia
  • Sourceforge
  • Linux
  • It can be argued, however, that in the development of any less than trivial piece of software, irrespective of whether it be FOSS or proprietary, a subset of the (many) participants always play -explicitly and deliberately- the role of leading system and subsystem designers, determining architecture and functionality, while most of the people work “underneath” them in a logical, functional sense.
Jukka Peltokoski

The Revolution will (not) be decentralised: Blockchains - Commons TransitionCommons Tra... - 0 views

  • Decentralised topologies and non-discriminatory protocols have been all but replaced by a recentralisation of infrastructure, as powerful corporations now gatekeep our networks. Everything might be accessible, but this access is mediated by a centralised entity. Whoever controls the data centre exercises political and economic control over communications. It’s difficult to see how we can counteract these recentralising tendencies in order to build a common core infrastructure.
  • These centralising tendencies have also reared their head in cryptocurrencies.
  • powerful mining pools now control much of the infrastructure and rent-seeking individuals control a lion’s share of Bitcoin’s value.
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  • the underlying architecture has potentials not only for the future of money, but also for the future of networked cooperation.
  • Blockchain-based technologies may still have a role to play.
  • Just as Bitcoin makes certain financial intermediaries unnecessary, new innovations on the blockchain remove the need for gatekeepers from other processes
  • The broader implication is that the blockchain could support the activities and resources necessary to the commons
  • A lot of what follows is pretty speculative, but worth discussing in the context of peer-production.
  • The blockchain is the distributed ledger that keeps track of all transactions made using the Bitcoin cryptocurrency. Arguably this is Bitcoin’s key innovation
  • the blockchain could support new forms of peer-production, and fully decentralised infrastructures for applications as varied as finance, mesh networks, cloud databases and share economies.
  • Decentralised Autonomous Organisations.
  • There are a number of start-ups and groups currently innovating in this space such as Ethereum, Ripple and Mastercoin.
  • extends the decentralised capabilities of Bitcoin beyond financial transactions
  • Bitcoin involves two parameters: a trustless database (more on this later) and a transactions system capable of sending value from place to place
  • Ethereum builds a generalised framework that extends the capabilities of the blockchain to allow developers to write new consensus applications.
  • Distributed Organisations & the Trust Web:
  • claim is that blockchain-based technologies such as Ethereum can support and scale distributed forms of cooperation on a global scale.
  • it doesn’t matter whether I believe in my fellow peers just so long as I believe in the technical efficiency of the blockchain protocol.
  • Where questions about how to reach consensus, negotiate trust and especially scale interactions beyond the local are pervasive in the commons, the blockchain looks set to be a game changer.
  • the blockchain could support not only cryptocurrencies but also other financial instruments like equity, securities and derivatives; smart contracts and smart property; new voting systems; identity and reputation systems; distributed databases; and even the management of assets and resources like energy and water.
  • Cohen and Mougayar have dubbed this innovation the “trust web”
  • Ethereum incentivises participation, encouraging actors to contribute without introducing centralisation
  • Node Incentivisation:
  • In order to use an Ethereum application, users make micropayments to the developers in ether, Ethereum’s coin, or ‘cryptofuel’ as they term it.
  • Monetary transactions aside, this encourages people to contribute to the commons and puts systems in place to try and protect its resources from commercial expropriation.
  • a change to infrastructure
  • Decentralised Infrastructures:
  • Instead, we can imagine infrastructure as something immaterial and dispersed, or managed through flexible and transient forms of ownership.
  • The payoff seems to be that new blockchain-based technologies have the potential to support new forms of commons-based peer production, supplying necessary tools for cooperation and decision making, supporting complementary currencies and even provisioning infrastructures.
  • Other issues concern the design of trustless architectures and smart property.
  • Trustless Architectures: First of all, what kind of subjectivity does the blockchain support?
  • ‘trust in the code.’
  • proof-of-work is not a new form of trust, but the abdication of trust altogether as social confidence in favour of an algorithmic regulation
  • ‘consensus’ algorithms
  • proceeds from a perspective that already presumes a neoliberal subject and an economic mode of governance in the face of social and/or political problems. ‘How do we manage and incentivise individual competitive economic agents?’ In doing so, it not only codes for that subject, we might argue that it also reproduces that subject
  • Smart Property:
  • new controls implied by smart property also have worrying implications
  • Property doesn’t disappear, but instead it is enforced and exercised in different ways. If rights were previously exercised through norms, laws, markets and architectures, today they are algorithmically inscribed in the object.
  • There is real potential in the blockchain if we appreciate it not as some ultimate techno-fix but as a platform that, when combined with social and political institutions, has real possibilities for the future of organisation.
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