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mo:os kernel

A categorical hypergraph rewriting kernel for distributed knowledge work. Go, stdlib-first.

What it is

mo:os is a semantic functorial network over distributed compute, where all components — hardware and programs — are considered categorically. The hypergraph (HG) is the source of truth; state is derived from a log of four primitive rewrites:

ADD    — create a node with typed properties
LINK   — create a relation (hyperedge) between two nodes via a typed port pair
MUTATE — change one property value on one existing node
UNLINK — remove a relation

state(t) = fold(log[0..t]). The log is append-only; the kernel is a fold over it. Replay is prospective-only.

The session is the centerpiece. A session is a 5-facet scoped context — (scope, purpose) × (host, owner, occupant) — where human and AI inference happens; its relations both make it findable (the G-direction adjunction observing surfaces like Drive, Gmail, Calendar, GitHub) and capable of writing the programs that pull the levers (the F-direction emitting envelopes through leaves). Leaves are whichever fluid structure surfaces values back to the session's open arguments.

What's in the box

Layer Path Role
internal/graph pure types Node, Relation, Property, Rewrite, Envelope, GraphState (with indexes), URN, Stratum, RewriteCategory. No IO.
internal/fold pure catamorphism Evaluate, Replay, EvaluateProgram. Maintains state indexes on ADD/LINK/UNLINK.
internal/operad type system Registry (ontology v3.13.0: 52 node types; WFs WF01–WF20 promoted, WF21 proposed in v3.14 candidate set; current typed RewriteCategory constants in internal/graph run through WF19), strict port-pair ValidateLINK, ValidateMUTATE, occupancy resolution, admin-capability walks.
internal/kernel effect layer Runtime, Store, LogStore/MemStore. §M11 session-liveness + §M12 admin-capability gates. Sweep loop emits WF13 governance proposals on t_hook.firing_state transitions.
internal/reactive predicate evaluator Watch / React / Guard engine; EvaluateThookPredicate covers 10+ §M14 predicate kinds.
internal/transport HTTP + SSE /state/* (e.g. /state/nodes, /state/relations), /log, /rewrites, /programs, /operad/* (e.g. /operad/node-types), /hdc/*, /t-hook/evaluate, /t-cone, /twin/ingest, /fold (with SSE), /healthz.
internal/hdc hyperdimensional computing spectral, fiber, crosswalk, encode, live-index.
internal/mcp MCP JSON-RPC SSE + stdio + Streamable HTTP.

Layer discipline: graph has no IO; fold is pure; only kernel has effects.

Running

go run ./cmd/moos \
  --ontology ../ffs0/kb/superset/ontology.json \
  --log /tmp/moos.log \
  --listen :8000 \
  --mcp-addr :8080 \
  --seed

Key flags:

Flag Default Purpose
--ontology (none) path to ontology.json; without it, ontology-backed type validation is disabled (the runtime falls back to an empty registry); §M11 + §M12 gates still run
--log (none) JSONL log path; in-memory if omitted
--listen :8000 HTTP transport
--mcp-addr :8080 MCP SSE
--sweep-interval 30s t-hook sweep cadence (0 disables)
--quic-addr (none) UDP/HTTP3 listener (requires --tls-cert + --tls-key)

Direct dependencies are stdlib-only except quic-go (gated behind --quic-addr); transitive dependencies include golang.org/x/net and golang.org/x/crypto via quic-go.

Testing

go test ./...

Race-detector requires cgo. Integration tests gated behind MOOS_INTEGRATION=1 (read sibling ffs0/kb/superset/ontology.json).

Runtime gates (live since T=171 round 11)

Every envelope passes two gates before fold:

  • §M11 liveness — emitter must have a session context. Explicit env.session_urn wins; fallback is reverse-has-occupant lookup from env.actor (single-session = pass; ambiguous or absent = reject).
  • §M12 admin-capability — admin-scope rewrites (ADDs on ontology-governed types, MUTATEs of authority_scope: kernel properties on non-kernel nodes) walk WF02 governs from actor through role:superadmin to verify capability.

System-internal allowlist (kernel-URN actors emitting infrastructure types) bypasses both. SeedIfAbsent additionally bypasses §M11 structurally for bootstrap.

Fold-time replay does not re-check liveness — pre-gate persisted logs rebuild identically.

Ontology

ffs0/kb/superset/ontology.json (private workspace) — v3.13.0 — 52 node types, WFs WF01–WF21. Loaded at boot; immutable thereafter.

Selected node types: session, program, purpose, agent, kernel, channel, knowledge_item, claim, t_hook, reactor, watcher, tool_call, tool_result, external_op, compute, storage, harness, workflow, group, role, gate, system_instruction, transport_binding, twin_link, governance_proposal, grammar_fragment.

WF categories include WF01 owns/owned-by, WF02 governs/delegates-to, WF12 provides-kb/kb-source, WF13 governance-proposes/proposed-by, WF18 scheduled-after/scheduled-before, WF19 opens-on/has-occupant + occupied-by/is-occupant-of, WF20 ceremony promotion.

Federation

Twin kernels ride the same hypervisor host via twin_link edges and the WF16 router (Collider-Data-Systems/moos-router). Cross-machine federation rides Cloudflare tunnels (Z440 ↔ hp-laptop). The router shards by URN prefix; each kernel keeps its own sovereign log.

Status

Round-11 closed at T=174 (April 24, 2026, just past midnight CEST). Round-12 active (T=175): five v3.14 grammar_fragment proposals expanding the ontology with derivation (reify session inference), clock (generalized time fabric — t_hook becomes a special case), WF21 causes/caused-by (causation distinct from succession), substrate property (where node-truth lives), and leaf-firing-state semantics.

MVP target: T=190 (May 10, 2026) — six gates (G1–G6) toward purpose:sam.mvp-sovereign-knowledge-os.

Repository layout

cmd/moos          # entry point
internal/...      # see "What's in the box" table
go.mod            # stdlib + quic-go only

Companion repositories

  • moos-router — WF16 federation gateway; URN-prefix shard routing
  • ffs0 — private workspace + doctrine notes + skill library + ontology source-of-truth

License

(TBD — assignment in progress)

Contact

Maintained by @Collider-Data-Systems. Two teams: Sam (kernels + delegates + most sessions), Moos (multimodal diary curation).

About

Categorical hypergraph rewriting kernel — semantic functorial network over distributed compute. Go, stdlib-first.

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