Kenshiki Labs

Reference

Kenshiki Labs Glossary

A first-pass reference for the terms that recur most often across the site. The entries below are seeded from scanner outputs in packages/sire-scanner/output and then curated against the live product, architecture, and tool pages.

20 source documents scanned
830 cross-page term edges
27 curated terms

Core Surfaces

Terms in this section are here because they recur across the site and carry a lot of the product's meaning. The coverage badges show how broadly the term appears in the scanner output.

Boundary Gate

665 cross-links

The Boundary Gate is the final emission checkpoint. It reads the Claim Ledger result and decides whether the response is authorized, partial, narrative-only, blocked, or needs tighter specification.

Why It Matters

The Ledger can score claims, but the Gate is what turns those scores into enforcement. It keeps unsupported decision-grade claims from leaving the system as if they were verified.

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Claim Ledger

807 cross-links

The Claim Ledger decomposes a response into atomic claims and checks each one against governed evidence. It records what held up, what failed, and why.

Why It Matters

This is the core verification surface in Kenshiki Labs. Without it, you only score whole responses and cannot explain which assertion broke under scrutiny.

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Clean Room is Kenshiki Labs' air-gapped deployment tier. Aurora-compatible database in your isolated environment. Documents ingested via secure media transfer. Zero network path. Full governance chain verifiable offline.

Why It Matters

Clean Room is for the highest-assurance contexts: defense, classified government, air-gapped financial systems. No compromise on isolation or auditability.

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Kadai

120 cross-links

Also seen as Kenshiki Kadai

Kadai is the caller-facing reasoning API. It orchestrates governed retrieval, generation, evaluation, and output-state assignment before returning a response.

Why It Matters

Kadai is how applications consume governed synthesis without talking directly to a model and inheriting all of that model's unchecked authority.

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Kura

777 cross-links

Also seen as Kenshiki Kura

Kura is Kenshiki Labs' governed evidence store. It ingests source material, preserves provenance and retrieval boundaries, and defines what downstream answers are allowed to rely on.

Why It Matters

If Kura is weak, everything downstream turns into retrieval theater. It is the boundary between source material and claims the system can actually defend.

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Oracle Foundry is the ingestion and relationship-discovery subsystem in Kenshiki Labs that processes evidence to extract SIRE identity, detect overlaps and conflicts across sources, and build the topology for multi-source governance.

Why It Matters

Without Oracle Foundry, evidence is just text. With it, evidence has declared identity, relationships to other sources, and policy-bearing structure that the rest of Kenshiki Labs can reason over.

Coverage derived from acronym-level scanner output

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Prompt Compiler

36 cross-links

The Prompt Compiler rewrites a loose request into a governed query before any generation layer sees it. It applies CFPO structure so evidence, policy, and output expectations stay mechanically enforceable.

Why It Matters

This is where Kenshiki Labs constrains the question up front instead of hoping post-generation scoring can repair a sloppy prompt after the fact.

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Refinery is Kenshiki Labs' private VPC deployment tier. Your infrastructure, Kenshiki Labs runs inside your network boundary. Ingestion endpoints are internal to your VPC. Same governance semantics as Workshop, with VPC-level isolation.

Why It Matters

Refinery is the middle path: full governance with data staying in your boundary, without the complexity of air-gap deployment.

Coverage derived from acronym-level scanner output

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Workshop is Kenshiki Labs' shared-infrastructure deployment tier. Kura and orchestration run on Kenshiki Labs-managed AWS with multi-tenant isolation. Evidence is tenant-scoped via row-level security. Deployment takes hours. Best for teams starting with governance.

Why It Matters

Workshop lets you prove governed inference works before committing to private infrastructure. Same governance semantics as Refinery and Clean Room.

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Governance Terms

Terms in this section are here because they recur across the site and carry a lot of the product's meaning. The coverage badges show how broadly the term appears in the scanner output.

Admissibility Gate

3 cross-links

The Admissibility Gate runs before retrieval to verify that the required approved evidence exists for the operation in question. It is separate from SIRE exclusion and separate from authorization.

Why It Matters

This gate lets Kenshiki Labs fail closed when evidence is missing, superseded, or not yet approved. That is a different control problem from retrieval relevance or access control.

Coverage derived from acronym-level scanner output

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CFPO stands for Content, Format, Policy, and Output. It is the structure the Prompt Compiler uses to organize evidence, constraints, and response expectations inside the compiled prompt.

Why It Matters

CFPO is one of the ways Kenshiki Labs turns prompt design from taste into machinery. It makes the prompt contract disciplined enough to audit and reproduce.

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Also seen as chain-of-custody for AI outputs

Chain-of-custody for AI is a complete, tamper-evident record of where evidence came from, what the model was allowed to see, what it claimed, whether claims were grounded, and why the output was released. It creates verifiable provenance for every answer.

Why It Matters

Without chain-of-custody, you cannot defend contested AI decisions. With it, you have cryptographic proof of what the system did and why.

Coverage derived from acronym-level scanner output

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Coverage is the fraction of eligible evidence examined during retrieval. High coverage (90%+) means the model had access to most relevant sources. Low coverage (<30%) means large gaps. Coverage is recorded in the Claim Ledger for every inference.

Why It Matters

Coverage is how you detect when the model made a decision on incomplete evidence. High coverage supports AUTHORIZED output states. Low coverage should degrade to PARTIAL.

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Evidence Boundary

153 cross-links

The evidence boundary is the line around what the system is allowed to use as real support for an answer. Everything inside it is governed, attributable, and scoped. Everything outside it is not authority.

Why It Matters

This is the conceptual center of the site. Kenshiki Labs exists to keep the model from quietly stepping beyond the evidence boundary and inventing certainty.

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Also seen as Gate, Kenshiki Gate

Gates are policy enforcement points in the Kenshiki Labs pipeline. Retrieval gates check authorization. Claim gates verify grounding. Output gates enforce policy. Gates fire before decisions leave the system, not after.

Why It Matters

Gates are what make governance structural rather than aspirational. They prevent policy violations, not just detect them.

Coverage derived from acronym-level scanner output

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Governed agency is the design pattern for autonomous AI agents that constrains evidence scope, tool access, and action authorization while leaving decision-making autonomous within those boundaries. Audit trail is recorded for every agent decision.

Why It Matters

Agents are powerful but risky. Governed agency lets them operate autonomously without constant human approval, while ensuring they cannot exceed their boundaries.

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Governed Evidence

188 cross-links

Governed evidence is source material that has been ingested, structured, scoped, and made admissible inside the Kenshiki Labs pipeline. It is not just retrieved text; it is evidence the system is prepared to defend.

Why It Matters

Kenshiki Labs' thesis depends on this distinction. The system does not treat every nearby chunk as authority just because it can retrieve it.

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Output State

54 cross-links

An output state is the explicit classification attached to every Kenshiki Labs response, such as AUTHORIZED, PARTIAL, REQUIRES_SPEC, NARRATIVE_ONLY, or BLOCKED.

Why It Matters

Output states make uncertainty legible. The reader does not have to infer whether a fluent answer is safe to use because the system says so directly.

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ReBAC

5 cross-links

Also seen as relationship-based access control, REBAC

ReBAC stands for relationship-based access control. In Kenshiki Labs, it scopes evidence by caller identity and document relationship so the model only sees material the caller is authorized to use.

Why It Matters

A governed answer is not just about whether evidence exists. It is also about whether this caller is allowed to use that evidence in the first place.

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Also seen as runtime AI governance

Runtime AI governance is the enforcement of access, policy, and disclosure rules at the moment an AI system generates a response — rather than after the fact through audit or before the fact through policy documents alone. It requires governance to sit inside the inference pipeline.

Why It Matters

Audit-after and policy-before are both incomplete. Runtime governance makes policy operational at the point of decision.

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Also seen as Subject, Included, Relevant, Excluded

SIRE stands for Subject, Included, Relevant, and Excluded. It is the identity metadata that governs what a source covers, how it connects to other sources, and what it must never be used to answer.

Why It Matters

SIRE gives Kenshiki Labs a deterministic identity layer for evidence. It is one of the main reasons the system can reproduce retrieval decisions instead of treating retrieval as a fuzzy side effect.

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The three-way absence distinction recognizes that absence of evidence can mean three different things: (1) Does not exist (the fact is false), (2) Not retrieved (the fact may exist but was outside scope), (3) Not authorized (the fact exists but the caller cannot access it). Correct policy response depends on which one occurred.

Why It Matters

Many AI systems treat all evidence gaps as equivalent. Kenshiki Labs distinguishes them so that policy can respond appropriately: return not-found vs. return degraded vs. return unauthorized.

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Architecture Terms

Terms in this section are here because they recur across the site and carry a lot of the product's meaning. The coverage badges show how broadly the term appears in the scanner output.

Also seen as bounded synthesis

The bounded-synthesis pipeline is the end-to-end flow from identity and compilation through retrieval, generation, evaluation, and emission. Every stage operates inside a governed boundary.

Why It Matters

This is the runtime contract behind Kenshiki Labs' thesis. The system is not just retrieving documents or scoring answers; it is constraining synthesis step by step.

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Control Plane

153 cross-links

The control plane is the part of Kenshiki Labs that governs what the generation layer may see, what claims it may emit, and what policies apply across the system.

Why It Matters

Kenshiki Labs positions itself as a control plane rather than just another model wrapper. The term explains where authority lives in the architecture.

Coverage derived from acronym-level scanner output

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Cross-plane policy propagation means governance rules defined in the control plane keep applying as requests move through build and orchestration layers instead of stopping at one integration boundary.

Why It Matters

This is Kenshiki Labs' argument against safety theater. Policy is supposed to survive the whole trip from evidence selection to final emission.

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Portable agent identity is Kenshiki Labs' idea that the identity and scope rules attached to evidence should travel with the runtime rather than being reinvented at each layer or deployment tier.

Why It Matters

This is part of how Kenshiki Labs keeps the Workshop, Refinery, and Clean Room contract recognizable even as the assurance boundary changes.

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Kenshiki Labs describes itself as a three-plane architecture: build, orchestration, and control. Build shapes evidence and prompts, orchestration runs inference, and control verifies and gates what leaves.

Why It Matters

The phrase explains how Kenshiki Labs separates concerns without leaving governance stranded as a bolt-on afterthought.

Coverage derived from acronym-level scanner output

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