Technical articles, release notes, and insights about TerminusDB, graph databases, and data collaboration.
TerminusDB 12 introduces high-precision decimals for financial applications, unstructured JSON support with git-for-data versioning, and significant WOQL language improvements.
How TerminusDB handles schema evolution with weakening and strengthening operations, enabling change management across branches and merges.
A white paper written by Matthijs van Otterdijk, Gavin Mendel-Gleason, & Kevin Feeney detailing succinct data structures & delta encoding.
Part 3 of TerminusDB Internals looks at how we sort data lexically and how we have overcome some of the issues that come with this approach.
Part 2 of TerminusDB Internals looks at how we deal with mutating data with succinct data structures and graph storage.
Part 1 of TerminusDB Internals, looks at the guts and how we've built an in-memory graph database to avoid thrashing and slow performance.
Exploring blank nodes in RDF and why TerminusDB uses skolemization to avoid graph isomorphism challenges in linked data management.
Announcing TerminusDB v10.1 with document diff, capture IDs, type inference, and unconstrained JSON for building distributed knowledge graphs.
Learn how to model data with provenance and time-scoping to merge duplicate records from multiple sources using paraconsistent logic.
Learn how TerminusDB simplifies URI generation with lexical, hash, random, and value hash key strategies for RDF and linked data management.
The journey from TerminusDB to TerminusX cloud service, simplifying versioned knowledge graphs with JSON-first document interface and improved developer experience.
Exploring the future of version control with structured storage, AST-based diffs, and how syntactic awareness could revolutionize code collaboration.
Discover how TerminusDB combines MongoDB's JSON document paradigm with Neo4j's graph capabilities for a unified document graph database.
A philosophical exploration of data collaboration using Kripke semantics, examining how Git, databases, CRDTs, and OTs handle distributed state.
How JSON diff and patch enable distributed data collaboration for Web3, offering multi-master updates without complex protocols or locks.