Architecture
Platonic Agentic Architecture, rebuilt as 4D manufacturing.
The platform maps agents to vertices and communication contracts to edges. The topology is not decoration. It is the coordination primitive.
hypertetrahedron
Pentachoron
5 tetrahedra
A compact revenue cell for one painful workflow: research, sales ops, support, or analysis.
5 agents
10 edges
5 tetrahedra
1 hop
hypercube
Octachoron
8 cubes
A production swarm for parallel lanes, QA, routing, and measurable throughput.
16 agents
32 edges
8 cubes
4 hops
600-cell
Hexacosichoron
600 tetrahedra
An enterprise control plane for many specialized agents with audit, policy, and topology governance.
120 agents
720 edges
600 tetrahedra
5 hops
Machine layers
What NumenBox manufactures.
A fleet is not a pile of prompts. It is a versioned machine with geometry, contracts, tools, and runtime evidence.
Layer 01
Blueprint
Mission, output schema, success metrics, risk bounds, model policy, and allowed tools.
Layer 02
Agents
Typed workers with role prompts, context budgets, memory scopes, tool permissions, and tests.
Layer 03
Edges
Explicit handoff contracts. Edges carry tasks, proofs, critiques, artifacts, and telemetry.
Layer 04
Runtime
A deployable machine with traces, replay, versioning, rollback, and topology health checks.
$ numenbox start
> choose: cell | swarm | fleet
$ choose swarm
> 16 agents, 32 edges, 8 cubes
$ describe mission "turn inbound leads into qualified meetings"
> roles minted: scout, enricher, writer, critic, router
$ deploy
> revenue machine online. trace id: af_oct_16_001
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Operating model
Every fleet should be inspectable.
Graph diameter
Bounds how far an insight must travel before every agent can incorporate it.
Vertex degree
Controls how many direct collaborators each agent must coordinate with.
Cells
Create natural subteams for parallel work, review loops, and redundant execution.
Dual views
Let operators switch between worker topology and management topology.
The product promise
Describe a business mission. NumenBox returns a manufactured fleet: agents, topology, tools, evals, observability, and deployment commands.