
Ustj V3n1
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This issue of the Urbit Systems Technical Journal unveils technical descriptions of significant milestones in Urbit's ongoing development: - The design and implementation of Urbit's named data networking scheme, Directed Messaging, a core component of the "Neo-Urbit" vision. - "Subject knowledge analysis" for Hoon static analysis. - Comet cryptography, a portion of the Groundwire proposal for a revision of Urbit's peer-to-peer schema beyond Azimuth. - The serialization mechanism for nouns. - Obelisk, a return to E. F. Codd's relational algebra and SQL. The Urbit Systems Technical Journal publi...
This issue of the Urbit Systems Technical Journal unveils technical descriptions of significant milestones in Urbit's ongoing development: - The design and implementation of Urbit's named data networking scheme, Directed Messaging, a core component of the "Neo-Urbit" vision. - "Subject knowledge analysis" for Hoon static analysis. - Comet cryptography, a portion of the Groundwire proposal for a revision of Urbit's peer-to-peer schema beyond Azimuth. - The serialization mechanism for nouns. - Obelisk, a return to E. F. Codd's relational algebra and SQL. The Urbit Systems Technical Journal publishes articles on the ongoing development of Urbit and on solid-state computing more. Like the famous Bell System Technical Journal on which it is modeled, the Urbit Systems Technical Journal aims to document the engineering work necessary to realize the vision of computing as sovereign, deterministic, and grounded on solid first principles. In so doing, we hope that these technical problems come to interest and benefit the broader developer community. Functional (as in programming) engineers are often on the leading edge of software development, and the solutions they undertake have required large-scale innovations in the field of computer science generally. The volume of USTJ which you hold in your hand highlights developments in the Nock computing system which underlies Urbit and Nockchain. We welcome submissions from those engaged in making computing more solid-state.