entity · derived
Network effects
Derived node: assembled mechanically from the claims carrying network-effects. A roster, not an adjudicated definition.
Every claim under this term
- 3128900-043 : Building interface modules as reusable open source components lets future requesters build new modules on existing ones, which generates network effects within the platform.
- 3227933-007 : Platform businesses grow through a self-reinforcing loop: registered users and consumers add content that attracts further creators and consumers, which is why platforms benefit enormously from networ
- 3709041-010 : Decentralism generates efficiency through higher levels of connectivity rather than through the linear cost cutting and economies of scale that capitalism and socialism debate.
- 3709041-013 : Because decentralism pursues growth through connectivity and network effects rather than per unit cost reduction and economies of scale, negative externalities are minimized without any centralized pl
- 3782191-016 : Decentralized systems depend on network effects, which occur when increasing numbers of participants in a network improve the value of network access for the entirety of users; however, a network's in
- 3782198-001 : Social media platform owners do not know and cannot choose which content will matter; the answers are held in the behavior of the network of users, and the companies merely monitor network transaction
- 3782198-005 : Social networks grow exponentially more powerful through the network effect, but they are stifled by the centralized ownership and governance of the Web 2.0 companies that run them; governing decentra
- 3782198-023 : Peer to peer networks scale more favorably than client server architectures because client server costs increase linearly per unit while peer to peer network costs can decrease with each added node, d
- 3782203-034 : The deterrent power of reputation tokens grows with network size, because the loss of opportunity from having reputation slashed increases as the network gets larger.
- 3782216-021 : Greater transparency is in tension with more open membership, because larger networks are only achieved when privacy is ensured.
- 3799320-036 : The opportunity loss from having reputation slashed grows as the network grows, because a larger network means more competition for the reputation tokens that determine fungible salary shares.
- 3808852-008 : Network effects proliferate in peer-to-peer networks because, unlike client-server architecture with linearly increasing per-unit costs, peer-to-peer network costs decrease with each added node.
- 3808859-010 : A peer-to-peer computing architecture is more efficient than client-server because client-server carries linearly increasing per-unit costs while peer-to-peer costs fall with each added node, which al
- 3808859-012 : Platform businesses compound their advantage in technology infrastructure: platform data improves the platform's own technology, improved technology improves services, and better services generate sti
- 3808867-006 : Decentralism generates efficiency through higher levels of connectivity rather than through the linear cost reduction mechanisms that capitalism and socialism debate.
- 3808867-008 : Because decentralism pursues growth through connectivity and network effects rather than through per unit cost reduction and economies of scale, negative externalities are minimized without any centra
- 3981021-033 : The loss of opportunity from slashing a voting associate's reputation grows as the size of the network increases, because a larger network intensifies competition among associates for the reputation t
- 4900878-025 : Decentralized blockchain networks display an economic analogue of entanglement: a single participant's action, such as a large transaction, immediately propagates into token prices, network congestion