Xnet

E628022

Xnet is the underground, encrypted peer-to-peer communication network used by teens to evade government surveillance in Cory Doctorow’s novel "Little Brother."

All labels observed (1)

Label Occurrences
Xnet canonical 5

How this entity was disambiguated

Statements (45)

Predicate Object
instanceOf fictional communication network ⓘ
peer-to-peer network ⓘ
underground network ⓘ
accessMethod modified Xbox game consoles ⓘ
repurposed gaming hardware ⓘ
appearsInWork Little Brother ⓘ
architecture peer-to-peer ⓘ
associatedWithCharacter Ange Carvelli ⓘ
Darryl Glover ⓘ
Marcus Yallow ⓘ
communicationType encrypted communication ⓘ
creator Cory Doctorow ⓘ
dataTransport piggybacking on existing consumer networks ⓘ
enables coordination of protests ⓘ
distribution of counter-surveillance tools ⓘ
sharing of information about DHS abuses ⓘ
fictionalTimePeriod near-future post-terrorist-attack San Francisco ⓘ
firstPublicationContext Little Brother (2008 novel) ⓘ
linked to: Little Brother
genreContext young adult dystopian fiction ⓘ
inspiredByTheme real-world cryptography and privacy activism ⓘ
inUniverseLegalStatus illegal network ⓘ
inUniversePerceptionByAuthorities threat to national security ⓘ
inUniversePerceptionByUsers tool for freedom and privacy ⓘ
medium novel ⓘ
networkProperty decentralized control ⓘ
difficult to monitor by authorities ⓘ
resistant to censorship ⓘ
operatesInFictionalLocation San Francisco ⓘ
opposes Department of Homeland Security surveillance ⓘ
government overreach ⓘ
primaryUse evading government surveillance ⓘ
organizing political resistance ⓘ
secure communication ⓘ
relatedConcept Fourth Amendment rights ⓘ
civil liberties ⓘ
hacker culture ⓘ
relatedWork Homeland (sequel to Little Brother) ⓘ
securityFeature anonymity for users ⓘ
strong encryption ⓘ
traffic obfuscation ⓘ
symbolizes digital civil disobedience ⓘ
resistance to mass surveillance ⓘ
youth technological empowerment ⓘ
usedBy teenagers in San Francisco ⓘ
userInterface custom software on game consoles ⓘ

How these facts were elicited

Referenced by (5)

Full triples — surface form annotated when it differs from this entity's canonical label.