https://cohesive.sh/library/articles/ Long-form articles about semantic system graphs, compiler tooling, and software architecture from Cohesive Systems. en-us Sun, 11 Oct 2026 00:00:00 GMT Cohesive Systems https://cohesive.sh/library/articles/which-architecture-patterns-survive-ai/ https://cohesive.sh/library/articles/which-architecture-patterns-survive-ai/ How AI changes the economics of architecture patterns, and why coordination, failure, and operational requirements still shape their realizations. Leo Gorodinski Wed, 23 Sep 2026 00:00:00 GMT AI Architecture patterns Realization https://cohesive.sh/library/articles/from-software-factories-to-semantic-systems/ https://cohesive.sh/library/articles/from-software-factories-to-semantic-systems/ Why AI software factories need a language for specifying systems, with primitives for identity, state changes, invariants, and coordination. Leo Gorodinski Thu, 30 Jul 2026 00:00:00 GMT Software factories Semantic systems Software evolution https://cohesive.sh/library/articles/semantic-system-graph/ https://cohesive.sh/library/articles/semantic-system-graph/ How readable semantic source accumulates into a connected graph that links intent, requirements, realizations, and runtime evidence. Leo Gorodinski Wed, 29 Jul 2026 00:00:00 GMT Semantic system graphs System modeling Compiler tooling https://cohesive.sh/library/articles/commoditizing-determinism/ https://cohesive.sh/library/articles/commoditizing-determinism/ Why cheaper code moves the bottleneck to trusted system change, and how accepted semantic source and deterministic compilation restore coherence. Leo Gorodinski Wed, 01 Jul 2026 00:00:00 GMT AI Semantic system graphs Architecture https://cohesive.sh/library/articles/persistence-coordination-patterns/ https://cohesive.sh/library/articles/persistence-coordination-patterns/ How to choose outbox, inbox, event sourcing, workflows, and other mechanisms from commit, delivery, and recovery requirements. Leo Gorodinski Mon, 29 Jun 2026 00:00:00 GMT Persistence Coordination Architecture patterns https://cohesive.sh/library/articles/capability-closure-not-lowest-common-denominator/ https://cohesive.sh/library/articles/capability-closure-not-lowest-common-denominator/ How capability closure keeps provider-independent requirements intact while Cohesive matches them to target evidence, composes realizations, and reports gaps. Leo Gorodinski Thu, 18 Jun 2026 00:00:00 GMT Abstraction Compiler tooling Backend targets