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Overview and reading guide

Purpose

This set of documents specifies how to build Sea Suite — Agentic Management Systems, the harness that runs the management layer of an organization. The product thesis, roster, deployment modes and requirements live in the PRD; these docs are the engineering counterpart: schemas, state machines, rule tables, edge cases, control loops and runbooks, written so a small team can build the system without re-deriving the decisions.

Scope / Non-scope

  • In scope: everything between an owner's direction and a person's work — the Org Model, the harness, the manager agents, the policy engine, the decision pipeline, risk controls, escalation, communication rules, integrations, Atoms mode, security/privacy, evaluation, observability and rollout.
  • Out of scope: the marketing site, the Seachonks IP itself (characters, series), model training, and any product that replaces IC labor rather than managing it.

The system in one paragraph

Sea Suite models a company as a versioned graph (the Org Model). A scheduler (the Harness) runs role-scoped agents (the Chonks) on cadences and events. Every consequential action passes through one decision pipeline — Observe → Propose → Pre-check → Act or route to a human → Verify → Record — where a policy engine assigns an autonomy class (AUTONOMOUS, PROPOSE_CONFIRM, HUMAN_ONLY) that the harness enforces, never the prompt. Deterministic function services do the math (planning, capacity, scheduling, budget, calibration). Every decision carries receipts and lands in a hash-chained audit log. Risk is managed as closed loops — Detect → Contain → Correct → Learn — backed by circuit breakers, a global kill switch, a per-tenant trust budget, and graduation from shadow mode to autonomy per function. People being managed always have a guaranteed escalation path to a named human, the manager of record.

Reading order

If you are… Read first Then
Deciding whether to build this PRD, 01 Architecture, 07 Closed-loop risk 16 Rollout
Building the core 02 Org Model, 03 Harness, 05 Policy engine, 06 Decision pipeline 17 Data model & API, 04 Manager agents
Writing rules and reviewing safety 05 Policy engine, 07 Closed-loop risk, 08 Edge-case catalog, 09 Escalation 13 Security & compliance
Building the IC and owner experience 04 Manager agents, 10 Communication rules 09 Escalation
Connecting systems 11 Integrations, 12 Atoms mode 15 Observability & runbooks
Running it in production 14 Evaluation & testing, 15 Observability & runbooks, 16 Rollout 07 Closed-loop risk

Document map

Doc What it settles
01 System architecture Components, boundaries, data flows, tenancy, failure domains, provider abstraction.
02 Org Model spec The graph schema, invariants, versioning, identity merging, offboarding, worked examples.
03 Harness and orchestration Run lifecycle, triggers, idempotency, retries, event sourcing, budgets, listening period, graduation state.
04 Manager agents Role charters, sub-agents, tool allowlists, prompt contract, memory rules, tone dial, handoffs.
05 Policy and rule engine Rule DSL, autonomy lattice, hard lines, precedence, versioning, testing, default rule set.
06 Decision pipeline The mandatory Observe→Record pipeline, receipts, confidence, novelty, blast radius, compensation.
07 Closed-loop risk mitigation Risk taxonomy with Detect/Contain/Correct/Learn loops, incidents, trust budget, breakers, kill switch.
08 Edge-case catalog 100+ hard cases across planning, outreach, scheduling, approvals, people, time, data, adversarial, legal.
09 Escalation and human-in-the-loop Escalation classes, SLAs, safe defaults, quorum, approvals inbox, IC escalation right, overrides.
10 Communication engine rules Channels, quiet hours, outreach caps, storm prevention, tone dial, candor and grounding rules, templates.
11 Integrations spec Connector contract, sync model, canonical mappings, write-back, degradation, health scoring.
12 Atoms mode spec Scheduling solver, shift lifecycle, SMS flows, location health, checklists, voice line, safety path.
13 Security, privacy, compliance Tenancy, data classes, read boundaries, retention, access, audit log, employment-law guardrails.
14 Evaluation and testing Simulation orgs, scenario suites, replay, property tests, red team, shadow evaluation, CI gates.
15 Observability and runbooks SLOs, golden signals, dashboards, alerting, and runbooks for the known failure modes.
16 Rollout and operations Onboarding flow, listening period, graduation criteria, tenant config, change management, cadence.
17 Data model and API reference Types, event catalog, endpoints, webhooks, error codes.
18 Glossary and ADRs Vocabulary and the architecture decision records behind the design.

Conventions used across the set

  • IDs. Edge cases are EC-<DOMAIN>-<nnn>; rules are R-<DOMAIN>-<nnn>; breakers are BRK-<name>; runbooks are RB-<nn>; risks are RISK-<nn>; escalation classes are E0…E5; kill-switch levels are KS-L0…L3.
  • Autonomy classes are written in caps: AUTONOMOUS, PROPOSE_CONFIRM, HUMAN_ONLY. Graduation states: SHADOW → PROPOSE → AUTONOMOUS.
  • Control loops are always written as Detect / Contain / Correct / Learn with an owner and a metric. A control without a Learn step is incomplete by definition.
  • Simulation orgs referenced in tests: chonk-test-co (40-person software company) and chowder-house (3-location restaurant group). Doc 02 also carries fuller worked examples under the names Lanternfish Software and Harbor Table Group; treat those as the same two shapes.
  • Where sibling docs use slightly different event or action names (e.g. graduation.advanced vs graduation.promoted), doc 17's event catalog is the source of truth; a naming reconciliation pass is tracked in the open questions below.

Status

All docs are draft v0.1, written 2026-09-03 as the initial build spec. They are deliberately opinionated so that disagreement is concrete: change the doc, not the vocabulary.

Open questions

  • Reconcile event/action identifiers across docs 03, 05, 07, 09, 15, 16 against doc 17's catalog.
  • Decide whether the Owner Console ships as a separate product line (see PRD §16).
  • Confirm the override reason codes that carry no trust debit (doc 16 §3.4 vs doc 07).