KCC 03

Vocabulary

KCC makes the operating model searchable by giving recurring work, risk, and governance concepts stable names.

ArchitectureGlossaryTerminologyKernelCells
Created 2026-06-08 · v0.4.0

Vocabulary and Terminology

Precise vocabulary matters because the words encode the architecture. The model uses specific terms consistently. Synonyms are explicitly rejected because they imply different architectures and produce drift in implementation.

3.1 Core Architectural Terms

TermDefinitionReject these
KernelThe shared contract all agents implement; the small, opinionated, slow-changing standards bodyHub, core, center, platform, controller
CapabilitiesVersioned reusable agents in the shared catalog, governed by a maturity ladderModules (in prose), services, plugins, components
CellsTeam-owned compositions of kernel + capabilities + custom agentsSpokes, instances, teams (overloaded), projects, deployments
CatalogThe set of L2 and L3 capabilities available to all cellsLibrary, marketplace, registry, store
Custom AgentsCell-local agents that are not in the shared catalogLocal capabilities, internal agents
Capability FamilyOne logical capability that declares variant axes and dispatches to stack-specific dialect variantsMega-capability, branching capability
DialectA stack-specific variant document within a capability familyProfile, flavor, preset
WorkspaceAn optional thin composition above cells recording multi-cell / multi-repo topology; not a fourth layerProject, monorepo, super-cell

3.2 Agent Contract Terms

TermDefinition
SurfacesThe nine fields of the agent contract that every agent declares
Surface 1: Identityname, version, capability binding, maturity, owner
Surface 2: Input SchemaStructured declaration of what the agent accepts
Surface 3: Output SchemaStructured declaration of what the agent produces
Surface 4: Declared ToolsExhaustive list of external tools, APIs, side effects
Surface 5: Cost EnvelopeDeclared resource budgets and ceilings per invocation
Surface 6: HITL/HOTLTrust mode: human-in-the-loop or human-on-the-loop
Surface 7: ObservabilityCommitment to emitting structured telemetry
Surface 8: ConfidenceComputed confidence in output, with sources and limitations
Surface 9: Decision TraceStructured record of how the agent arrived at its output
Cognitive LayerSurfaces 8 and 9 together — the layer that makes agent decisions observable
Autonomy EnvelopeA pre-declared budget of conditions under which an agent may proceed without checking in
Escalation GateThe universal ritual: pause, four-way choice (approve / revise / escalate / abort), record, resume
Confidence GateThe three-layer separation — contract, threshold, gate
Calibration LoopComparing claimed confidence against observed outcomes to detect drift
BackchannelThe append-only JSON Lines reference transport for decision-trace events

See Section 05 — The Agent Contract for the specification of each surface.

3.3 Meta-Agent Terms

TermDefinition
Meta-agentsAgents that govern other agents; the Butler and the Token Guard
ButlerThe meta-agent that makes per-invocation gating decisions (HITL vs HOTL)
Token GuardThe meta-agent that enforces cost envelopes and blast-radius limits
HITLHuman-in-the-loop: invocation requires human review before action
HOTLHuman-on-the-loop: agent acts autonomously; humans intervene only on signal
GatingDeciding whether a specific invocation runs HITL or HOTL
Blast RadiusThe maximum impact an agent's actions can have if they go wrong

See Section 06 — Meta-Agents.

3.4 Pipeline and Maturity Terms

TermDefinition
Inspector PipelineThe five-stage process by which patterns mature into shared standards
Observe / Detect / Propose / Review / PromoteThe five stages, from reading traces to entering the catalog
L1 (Experimental)Active development, used by 1-2 cells
L2 (Proven)Stable, in catalog, named maintainer
L3 (Golden Path)Organization's recommended approach
PromotionMovement of a capability up the maturity ladder

See Section 07 — The Inspector Pipeline and Section 08 — The Maturity Ladder.

3.5 Organizational Maturity Terms

TermDefinition
Phase 1 (Adoption)AI assists humans; per-individual gains
Phase 2 (Maturing)SDLC restructured; per-team gains compound within team
Phase 3 (AI-Native)Agents are first-class; gains compound across teams
Phase CeilingThe metric that defines what each phase can and cannot deliver
Phase TransitionMovement between phases; the 2-to-3 transition is the hardest

See Section 09 — The Phase Model.

3.6 Special Concern Terms

TermDefinition
Lethal TrifectaUntrusted content + private data + external communication
WorkslopContent that passes automated gates but provides no real value
BypassEngineers routing around the sanctioned platform
Attention BudgetThe finite human cognitive capacity for review work
Context EfficiencyThe proportion of context window available for working space
Functional VerificationThe unsolved problem of proving agent outputs are correct
Environment Mutation BoundaryThe line between observing the environment and mutating the host

See Section 10 — Special Concerns.

3.7 Operational Terms

TermDefinition
Kernel MaintainerMember of the 3-7 person group that owns the kernel
Capability MaintainerNamed individual responsible for a specific capability
Cell OwnerThe team or its representative (engineering manager or tech lead)
Inspector OperatorThe 1-3 named individuals operating the Inspector Pipeline
ADRArchitectural Decision Record; the standard format for kernel-level decisions
Sunset DateThe date by which a deprecated capability or declared exception must be resolved

See Section 12 — Operational Layer.

3.8 Work Lifecycle Terms

TermDefinition
Work LifecycleIdea → Spec → Plan → Implement → Verify → Review, the path a unit of work travels in a cell
Solution OnboardingThe optional brownfield prelude producing a read-only baseline of an existing codebase
Epic / Story / EnablerA spec; a user-visible slice of value; foundational work with no direct user value
WaveA parallelization plan declaring which stories/enablers run in parallel
Deploy StageThe optional postlude after Review; gated and never auto-executed

See Section 12.6 — The Work Lifecycle.

3.9 The Canonical Phrasings

One kernel. Many capabilities. Many cells. The kernel doesn't run the cells. It defines the contract they all honor. Three layers. Three owners. Three change cadences. Observe. Detect. Propose. Review. Promote. Trust is behavior, not title. Boring engineering is what keeps you sleeping at night.