rhiA glue layer for computers.

Removing boundaries between you and your computer.

normalize ●

Structural code intelligence. AST-aware navigation, editing, and analysis across 98 languages.

Grammar inference. Detect syntactic traits and synthesize tree-sitter grammars.

Structural math exploration. Cross-field translation and invariant detection.

Petgraph-native structural / network-science mining. Graphlet census, GDV/GDD, motifs, null models, kernels, directed graphlets.

Constructive media. Procedural meshes, audio, textures, vector art, and rigging.

Minimal expression language. One source condenses into every backend.

Game design primitives. State machines, character controllers, camera systems.

Connective substrate. Intents in, snapshots out, authority semantics.

Sketch-level creative environment. Games, art, notes, and interactive pieces — editor and runtime dissolve into one.

Pipeline orchestrator. Type-driven route planning for asset conversion.

Lossless document conversion. Rich IR preserves formatting across ~50 formats.

API bindings IR. Unified representation for cross-language codegen.

Binary format analysis. Iterative structure extraction from opaque binary data.

Legacy lifting. Extract and transform software from obsolete runtimes.

Lua runtime with plugin system for the rhi ecosystem.

Universal UI with control plane. View, mutate, and control any data source.

Comprehensive LuaJIT ecosystem. Stdlib, typechecker, vendor-first package manager.

Unified file workspace. Browse, view, edit, share — one surface, no mode switching.

Unified tool configuration and project scaffolding from seeds.

Standard library interfaces. Capability-based APIs inspired by WASI.

Lua-based tools, seeds, and orchestration scripts for the ecosystem.

Composable derive macros. Progressive disclosure from zero-config to full control.

Flexible orchestration. Pausable, inspectable, composable.