Part V — REFERENCE

13.Drawing the Stack

2 min read

The whole architecture on one page. Every term links to the section that teaches it.

The whole stack on one page
The whole architecture drawn as one stack, with validation cutting across it Layer 3 — Economy§10–12The marketplace: Ops, Cogs, Frames and Guards published,discovered, installed across sovereign Hubs. Tracks stay home.Interface — The Desktop Application§9Where knowledge workers run Ops, converse with Cogs,and compose and share Frames.Layer 2 — Execution§3–5Ops — installable, supervised jobsCogs — AI workers oriented by FramesFrames — organizational context, versioned and inheritableLayer 1 — Infrastructure§7–8Organizational Memory — the context the Hub accumulatesIntelligence Hub — the governed deployment perimeterNebari — curated open-source stack · Nebi — packaging and installsCompute, open-weight models, the organization's dataValidation§6cross-cuttingGuards: checkGates: decideTracks: record

The architecture drawn as one stack. Layer 1, Infrastructure (Sections 7 and 8): the open-source commons assembled into an organization-controlled Intelligence Hub, with Organizational Memory accumulating under the organization’s governance. Layer 2, Execution (Sections 3 to 5): Frames carry context, Cogs perform bounded work, Ops orchestrate complete jobs. The Interface (Section 9): the application through which knowledge workers run Ops and converse with Cogs. Layer 3, Economy (Sections 10 to 12): artifacts exchanged across independent Hubs. Cross-cutting Validation (Section 6) spans every layer: Guards check, Gates decide, Tracks preserve evidence.

View as text diagram
┌──────────────────────────────────────────────────────────────────┐
│ LAYER 3 — ECONOMY (§10–12)                                       │
│   The marketplace: Ops, Cogs, Frames, and Guards published,      │
│   discovered, installed across sovereign Hubs. Tracks stay home. │
├──────────────────────────────────────────────────────────────────┤
│ INTERFACE — The Desktop Application (§9)                         │
│   Where knowledge workers run Ops, converse with Cogs,           │
│   and compose and share Frames.                                  │
├──────────────────────────────────────────────────────────────────┤    ┌─────────────────┐
│ LAYER 2 — EXECUTION (§3–5)                                       │    │ VALIDATION (§6) │
│   Ops    — installable, supervised jobs                          │    │  cross-cutting  │
│   Cogs   — AI workers oriented by Frames                         │◄──►│  Guards: check  │
│   Frames — organizational context, versioned and inheritable     │    │  Gates:  decide │
├──────────────────────────────────────────────────────────────────┤    │  Tracks: record │
│ LAYER 1 — INFRASTRUCTURE (§7–8)                                  │    └─────────────────┘
│   Organizational Memory — the context the Hub accumulates        │
│   Intelligence Hub — the sovereign deployment perimeter          │
│   Nebari — curated open-source stack   Nebi — packaging/installs │
│   Compute, open-weight models, the organization's data           │
└──────────────────────────────────────────────────────────────────┘

Each layer, restated as the problem it exists to solve:

  • Infrastructure exists because rented intelligence leaks auditability and context (§1–2); the Hub is the perimeter where both stay home (§7), built from the open-source commons (§8).
  • Execution exists because models alone are capability without accountability: Frames capture the context that makes AI work valuable (§3), Cogs make the work assignable and auditable (§4), Ops make whole jobs installable and supervised (§5).
  • Validation exists because generation and verification are different things: Guards check, Gates decide, Tracks preserve the evidence (§6).
  • The economy exists because packaged + contextualized + verifiable = exchangeable (§10), and because open standards are how strangers come to trust each other's artifacts (§11).

The paper's six-verb summary is the whole system in one breath:

"Frames guide the work. Cogs perform the work. Ops orchestrate the work. Guards verify the work. Gates decide whether the work proceeds. Tracks make the work accountable."
— whitepaper, §5

Self-test, in the field-guide spirit: cover the diagram and explain to a colleague why an Op written by a stranger can be safely installed in your organization. If your answer touches a manifest, a Frame, a Guard, and a Track, you have the architecture.