Graphiquity CMS — Graph-Native Content Management

Dependency-Aware Builds

When something changes, the system traverses dependency edges and rebuilds only what's affected. Not the entire site. Not a cache invalidation. A precise, graph-driven recompilation.

Everything Is a Node

Content types, fields, templates, queries, routes, views, workflows, permissions — all nodes and edges. The graph is the single source of truth. No config files, no string enums.

Static by Default

All output is precomputed HTML, JSON, XML, or RSS. Served from a CDN. Lambda functions are escape hatches for forms, search, and dynamic features.

Three User Tiers

Content editors create content and hit publish — they never see the graph. Site builders design content types and templates visually. Developers get raw Cypher, Lambda transforms, and MCP.

Build Traceability

Every output artifact knows exactly what created it. Trace dependency edges to answer: Why did this page rebuild? What will this change impact? What contributed to this output?

Temporal by Inheritance

Every content change is automatically versioned by the underlying graph engine. Point-in-time recovery, full audit trail, and diff between any two publishes — for free.

The Compiler Analogy

A CMS is a compiler for content.

Traditional CMSes render pages on every request or invalidate caches by guessing. Graphiquity CMS works like a compiler: it resolves dependencies, transforms source content, and emits static artifacts. When something changes, it rebuilds only the affected outputs — the same way an incremental compiler only recompiles modified translation units.

The content graph is the dependency graph. Templates are code generation. A publish is a compilation pass. The output is a set of artifacts ready for deployment.

CMS-to-Compiler Mapping

CMS Concept		Compiler Concept
Content graph	→	Dependency graph
Queries	→	Data resolution
Templates	→	Code generation
Build	→	Compilation
Output	→	Artifacts
Incremental builds	→	Incremental compilation

Content, compiled.