# Cyber-Safety Lexicon β€” The Language of Admissible Execution ~~~text Canonical Lexicon | Registry Reference: CS-LX-001 Author: NovaFuse Technologies Date: July 2026 Version: 2.2.0 Classification: Public / Canonical Vocabulary Companion Publications: CS-WP-001 - Cyber-Safety: The Paradigm Shift CS-TR-001 - Operationalized Cyber-Safety: Runtime Admissibility Architecture ~~~ --- # πŸ“š **Quick Navigation** [**A**](#a) | [**B**](#b) | [**C**](#c) | [**D**](#d) | [**E**](#e) | [**F**](#f) | [**G**](#g) | [**I**](#i) | [**N**](#n) | [**O**](#o) | [**P**](#p) | [**R**](#r) | [**S**](#s) | [**V**](#v) --- ## 1. Purpose This lexicon defines the canonical public vocabulary for Cyber-Safety and Operationalized Cyber-Safety. Its purpose is to prevent layer collapse. Cyber-Safety is the discipline. Operationalized Cyber-Safety is the bounded runtime architecture. PEPRG is the runtime governance lifecycle. GEE describes a governed execution event. G-Tx is the observable governed-transition and evidence surface. ERI, ERIL, and CERI make technical claims executable, expressible, and packageable. Definitions in this document are normative for NovaFuse public publications unless a later version explicitly supersedes them. --- ## 2. Canonical Relationship ```text GRC + IT + Cybersecurity β†’ Cyber-Safety discipline β†’ Operationalized Cyber-Safety β†’ PEPRG lifecycle β†’ attempted effect β†’ admissibility evaluation β†’ commit | refusal | evidenced bounded failure β†’ native runtime evidence β†’ GEE / G-Tx observable surfaces ``` The expression `Cyber-Safety = GRC + IT + Cybersecurity` identifies the three domains unified at the attempted effect. It does not mean the departments, professions, or responsibilities become interchangeable. --- ## 3. Usage Rules ### 3.1 Bounded Claims Cyber-Safety claims must identify the governed execution boundary to which they apply. Do not generalize a bounded runtime property into a claim that every connected or downstream system is globally safe. ### 3.2 Conditions, Not Automatic Compliance An implementation may make selected governance, risk, compliance, IT, and cybersecurity requirements runtime conditions of execution. This does not automatically satisfy every legal, regulatory, contractual, or audit obligation. ### 3.3 Effects, Not Thoughts Cyber-Safety governs attempted digital effects. It does not claim to govern private intention, internal reasoning, or thought before those produce an attempted effect at a governed boundary. ### 3.4 Evidence Scope Evidence proves only what its declared boundary, inputs, policy version, execution path, and verification method support. ### 3.5 No Universal Percentages Conformance properties are evaluated against declared tests and boundaries. The lexicon does not assign universal percentage guarantees, zero-risk guarantees, or absolute global prevention. --- ## 4. Canonical Terms ## A ## Abort **Cyber-Safety Definition:** **Abort ≑ Termination of an in-progress governed operation before valid state commitment** An abort differs from refusal. Refusal resolves an attempted effect as non-admissible. Abort terminates an operation that cannot safely or validly continue after processing has begun. An abort should produce evidence identifying the boundary, reason, and outcome. Whether external side effects are possible depends on the declared implementation boundary. **Related:** Bounded Failure, Refusal, Evidence --- ### πŸ”‘ Abort Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Abort Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Abort must remain explicit, bounded, and distinguishable from adjacent layers. --- ## A ## Actor **Cyber-Safety Definition:** **Actor ≑ A human, service, device, API client, autonomous agent, or other entity capable of proposing an attempted effect** Cyber-Safety is actor-neutral. The applicable identity and authority requirements may differ by actor type, but the attempted effect remains the governed control object. **Related:** Identity Condition, Authority, Attempted Effect --- ### πŸ”‘ Actor Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Actor Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Actor must remain explicit, bounded, and distinguishable from adjacent layers. --- ## A ## Admissibility **Cyber-Safety Definition:** **Admissibility ≑ The determination that an attempted effect satisfies all conditions required for valid commitment inside a declared governed execution boundary** Admissibility is more specific than access. An actor may possess valid access while a particular action remains non-admissible because of context, authority, data, network, AI, policy, risk, integrity, economic, or evidence conditions. **Related:** Runtime Admissibility, Non-Admissible, Proof of Admissibility --- ### πŸ”‘ Admissibility Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Canonical Meaning | Has one stable public definition | | Layer Position | Occupies an explicit place in the doctrine-to-runtime model | | Non-Collapse | Is not substituted for an adjacent term with a different responsibility | --- ### πŸ§ͺ Measurement & Validation Tools * Vocabulary consistency scan * Architecture and flow mapping * Example and counterexample review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Match | Usage agrees with this lexicon | Required | | Ambiguous Substitution | Adjacent concepts are treated as interchangeable | No observed occurrence in reviewed publication scope | | Example Fit | Examples preserve the declared layer and boundary | Required | --- ### 🧬 Example Applications | Domain | Admissibility Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Name the governed object or relationship | system map | | Publication | Stabilize technical language | canonical reference | | Evaluation | Frame an inspectable question | due-diligence path | --- ✨ **Key Insight:** Admissibility asks whether this effect may validly become real under the declared conditions. --- ## A ## AI Condition **Cyber-Safety Definition:** **AI Condition ≑ A declared constraint governing whether or how an AI system may propose, influence, or execute an attempted effect** An AI condition may concern delegated authority, tool scope, model or agent identity, required human approval, data handling, action bounds, or evidence obligations. **Related:** IDNA, Authority, Attempted Effect --- ### πŸ”‘ AI Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | AI Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** AI Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## A ## Attempted Effect **Cyber-Safety Definition:** **Attempted Effect ≑ A proposed action that seeks to produce a consequential digital result or state change** Examples include an API mutation, AI tool call, data transfer, payment instruction, workflow transition, network operation, infrastructure change, or protected software evaluation. The attempted effect, rather than unobservable internal intent, is the primary Cyber-Safety control object. **Related:** Governed Effect, Boundary Intercept, Effect Not Thought --- ### πŸ”‘ Attempted Effect Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Canonical Meaning | Has one stable public definition | | Layer Position | Occupies an explicit place in the doctrine-to-runtime model | | Non-Collapse | Is not substituted for an adjacent term with a different responsibility | --- ### πŸ§ͺ Measurement & Validation Tools * Vocabulary consistency scan * Architecture and flow mapping * Example and counterexample review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Match | Usage agrees with this lexicon | Required | | Ambiguous Substitution | Adjacent concepts are treated as interchangeable | No observed occurrence in reviewed publication scope | | Example Fit | Examples preserve the declared layer and boundary | Required | --- ### 🧬 Example Applications | Domain | Attempted Effect Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Name the governed object or relationship | system map | | Publication | Stabilize technical language | canonical reference | | Evaluation | Frame an inspectable question | due-diligence path | --- ✨ **Key Insight:** The attempted effect is where private intention becomes a governable digital action. --- ## A ## Authority **Cyber-Safety Definition:** **Authority ≑ The proven right or delegated capability to cause a particular effect under declared conditions** Identity answers who or what is acting. Authority answers what that actor may cause in this context. Authentication alone does not establish complete admissibility. **Related:** Identity Condition, Admissibility, IDNA --- ### πŸ”‘ Authority Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Authority Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Authority must be proven for the specific effect, context, and boundary. --- ## B ## Boundary Intercept **Cyber-Safety Definition:** **Boundary Intercept ≑ The pre-commit control point at which an attempted effect enters the governed decision path** The intercept must occur early enough for the admissibility decision to control whether the effect becomes a valid committed outcome. **Related:** Governed Execution Boundary, Pre‑Commit, Runtime Admissibility --- ### πŸ”‘ Boundary Intercept Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Boundary Intercept Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Boundary Intercept must remain explicit, bounded, and distinguishable from adjacent layers. --- ## B ## Bounded Failure **Cyber-Safety Definition:** **Bounded Failure ≑ An evidenced resolution indicating that the runtime could not complete admissibility evaluation or enforcement because a declared dependency, context source, integrity check, or control surface failed** A bounded failure is distinct from refusal. Refusal means the effect was evaluated and found non-admissible. Bounded failure means the required decision could not be completed reliably. Missing required proof must not silently become permission. **Related:** Refusal, Abort, Fail‑Closed --- ### πŸ”‘ Bounded Failure Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Bounded Failure Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** A bounded failure makes an unresolved decision visible instead of silently converting uncertainty into permission. --- ## C ## Capability **Cyber-Safety Definition:** **Capability ≑ A bounded ability to produce or permit a class of digital effects** A capability becomes governed when its issuance, use, scope, revocation, and evidence requirements are subject to declared admissibility rules. **Related:** Governed Capability, Authority, CERI --- ### πŸ”‘ Capability Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | Capability Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** Capability must remain explicit, bounded, and distinguishable from adjacent layers. --- ## C ## CERI **Cyber-Safety Definition:** **CERI ≑ Contained Executable Reference Implementation** A CERI packages a technical claim, execution boundary, admissibility rules, reference behavior, and evidence pattern into a controlled executable form. CERI preserves the relationship between what is claimed, what runs, under which conditions, and what evidence is produced. **Related:** ERI, ERIL, Proof Run --- ### πŸ”‘ CERI Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | CERI Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** CERI keeps the claim, executable behavior, boundary, and evidence together. --- ## C ## Claim Boundary **Cyber-Safety Definition:** **Claim Boundary ≑ The explicit scope within which a technical statement is asserted and can be evaluated** A claim boundary identifies relevant systems, assumptions, actions, policies, evidence, and exclusions. Claims must not be generalized beyond it. **Related:** Governed Execution Boundary, Evidence Scope, Proof Run --- ### πŸ”‘ Claim Boundary Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Claim Boundary Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** A precise boundary makes a strong claim credible rather than small. --- ## C ## Commit **Cyber-Safety Definition:** **Commit ≑ The governed resolution that allows an admissible attempted effect to become a valid state transition inside the declared boundary** A commit must be evidence-bound under Operationalized Cyber-Safety. **Related:** Valid Committed Outcome, Admissibility, Evidence-Bound --- ### πŸ”‘ Commit Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Commit Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Commit must remain explicit, bounded, and distinguishable from adjacent layers. --- ## C ## Compliance Condition **Cyber-Safety Definition:** **Compliance Condition ≑ A selected compliance requirement expressed as an admissibility condition for a governed effect** If a required compliance condition is unsatisfied, the transition cannot validly commit inside the declared boundary. A compliance condition does not by itself establish organization-wide or legal compliance. **Related:** GRC, Admissibility, Structural Consequence --- ### πŸ”‘ Compliance Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Compliance Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Compliance Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## C ## Constraint **Cyber-Safety Definition:** **Constraint ≑ A declared condition that limits which attempted effects may become valid committed outcomes** Constraints may concern identity, authority, data, network, AI, policy, risk, integrity, economics, environment, or evidence. **Related:** Admissibility, State-Constrained Generation, ERIL --- ### πŸ”‘ Constraint Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Constraint Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Constraint must remain explicit, bounded, and distinguishable from adjacent layers. --- ## C ## Cyber-Safety **Cyber-Safety Definition:** **Cyber-Safety ≑ The discipline created by bringing Governance, Risk, and Compliance, Information Technology, and Cybersecurity together at the point where a digital effect attempts to become a committed outcome** ```text Cyber-Safety = GRC + IT + Cybersecurity ``` Cyber-Safety defines the rulebook: the attempted effect as control object, admissibility before commit, commit and refusal as governed outcomes, explicit claim boundaries, and evidence at resolution. Cyber-Safety exists before any particular implementation. It is not synonymous with runtime governance, PEPRG, GEE, G-Tx, ERI, or a NovaFuse product. **Related:** Operationalized Cyber-Safety, GRC, Information Technology, Cybersecurity --- ### πŸ”‘ Cyber-Safety Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | Cyber-Safety Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** Cyber-Safety is the discipline; runtime systems operationalize it. --- ## C ## Cybersecurity **Cyber-Safety Definition:** **Cybersecurity ≑ The professional and technical domain that protects systems, identities, networks, applications, and assets through prevention, detection, response, hardening, resilience, and recovery** Cybersecurity is one of the three domains unified by Cyber-Safety. Cyber-Safety does not replace cybersecurity; it adds admissibility at the attempted effect as a complementary control point. **Related:** Cyber-Safety, GRC, Information Technology --- ### πŸ”‘ Cybersecurity Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | Cybersecurity Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** Cybersecurity remains essential; Cyber-Safety adds the attempted effect as a pre-commit control point. --- ## D ## Data Condition **Cyber-Safety Definition:** **Data Condition ≑ A declared constraint governing the data involved in an attempted effect** A data condition may concern classification, sensitivity, consent, residency, purpose, minimization, retention, transformation, destination, or permitted disclosure. **Related:** IDNA, Admissibility, Attempted Effect --- ### πŸ”‘ Data Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Data Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Data Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## D ## Decision Artifact **Cyber-Safety Definition:** **Decision Artifact ≑ A machine-readable record of an admissibility resolution** A decision artifact may identify the attempted effect, boundary, context references, policy version, decision, reason, and resulting commit, refusal, or bounded failure. **Related:** Native Runtime Evidence, Receipt, G-Tx --- ### πŸ”‘ Decision Artifact Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Decision Artifact fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Decision Artifact Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** A decision that cannot be inspected cannot support a durable governance claim. --- ## E ## Effect Not Thought **Cyber-Safety Definition:** **Effect Not Thought ≑ The Cyber-Safety principle that governance attaches to attempted digital effects rather than private intention or internal reasoning alone** An AI or human may reason, propose, or communicate. Cyber-Safety becomes technically consequential when an attempted effect reaches a governed boundary. **Related:** Attempted Effect, Actor, Boundary Intercept --- ### πŸ”‘ Effect Not Thought Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Canonical Meaning | Has one stable public definition | | Layer Position | Occupies an explicit place in the doctrine-to-runtime model | | Non-Collapse | Is not substituted for an adjacent term with a different responsibility | --- ### πŸ§ͺ Measurement & Validation Tools * Vocabulary consistency scan * Architecture and flow mapping * Example and counterexample review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Match | Usage agrees with this lexicon | Required | | Ambiguous Substitution | Adjacent concepts are treated as interchangeable | No observed occurrence in reviewed publication scope | | Example Fit | Examples preserve the declared layer and boundary | Required | --- ### 🧬 Example Applications | Domain | Effect Not Thought Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Name the governed object or relationship | system map | | Publication | Stabilize technical language | canonical reference | | Evaluation | Frame an inspectable question | due-diligence path | --- ✨ **Key Insight:** Effect Not Thought must remain explicit, bounded, and distinguishable from adjacent layers. --- ## E ## ERI **Cyber-Safety Definition:** **ERI ≑ Executable Reference Implementation** An ERI makes a technical claim runnable, inspectable, testable, and evidence-bearing inside a declared boundary. An ERI demonstrates reference behavior under stated assumptions. It does not prove every production deployment or external environment. **Related:** ERIL, CERI, Proof Run --- ### πŸ”‘ ERI Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | ERI Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** An ERI makes a technical claim executable, inspectable, and challengeable. --- ## E ## ERIL **Cyber-Safety Definition:** **ERIL ≑ Executable Reference Implementation Language** ERIL expresses admissibility rules, boundaries, required context, decision paths, evidence obligations, and revocation behavior in a form usable by a conforming runtime or reference implementation. **Related:** ERI, CERI, Constraint --- ### πŸ”‘ ERIL Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | ERIL Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** ERIL gives bounded reference behavior an executable and versioned language. --- ## E ## Event-Driven Correction **Cyber-Safety Definition:** **Event-Driven Correction ≑ A system model in which actions occur and are subsequently logged, detected, reviewed, explained, corrected, or remediated** Event-driven correction remains useful for monitoring and response, but it permits a temporal gap between state change and governance. Cyber-Safety introduces state-constrained generation as the complementary paradigm for governed effects. **Related:** State-Constrained Generation, Cyber-Safety --- ### πŸ”‘ Event-Driven Correction Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | Event-Driven Correction Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** Event-Driven Correction must remain explicit, bounded, and distinguishable from adjacent layers. --- ## E ## Evidence **Cyber-Safety Definition:** **Evidence ≑ Verifiable information supporting a claim about an attempted effect, decision, boundary, policy, execution path, or outcome** Evidence may be cryptographic, structural, behavioral, procedural, or combined. Evidence is meaningful only when its scope and verification method are known. **Related:** Native Runtime Evidence, Proof, Receipt --- ### πŸ”‘ Evidence Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Evidence Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Evidence is meaningful only in relation to the bounded claim it supports. --- ## E ## Evidence-Bound **Cyber-Safety Definition:** **Evidence-Bound ≑ Structurally linked to the evidence required to identify and verify a governed resolution** A commit, refusal, or bounded failure is evidence-bound when its decision artifact is produced by or cryptographically associated with the relevant resolution path. **Related:** Commit, Refusal, Native Runtime Evidence --- ### πŸ”‘ Evidence-Bound Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Evidence-Bound Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Evidence-Bound must remain explicit, bounded, and distinguishable from adjacent layers. --- ## E ## Evidence Scope **Cyber-Safety Definition:** **Evidence Scope ≑ The exact set of claims supported by an evidence artifact** Evidence scope includes the declared boundary, policy version, context, workload, assumptions, and verification procedure. Evidence outside this scope must not be inferred. **Related:** Claim Boundary, Proof Run, Evidence --- ### πŸ”‘ Evidence Scope Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence Scope fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Evidence Scope Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Evidence proves only what its declared boundary, inputs, policy, and verification method support. --- ## F ## Fail‑Closed **Cyber-Safety Definition:** **Fail‑Closed ≑ A resolution rule under which missing or invalid required proof does not become permission** Depending on the declared architecture, fail-closed behavior resolves as refusal or evidenced bounded failure. **Related:** Bounded Failure, Refusal, Proof of Admissibility --- ### πŸ”‘ Fail‑Closed Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Fail‑Closed Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Missing required proof must never silently become permission. --- ## G ## GEE **Cyber-Safety Definition:** **GEE ≑ Governed Execution Event** A GEE is the runtime event produced when an attempted effect reaches a governed execution boundary and receives an explicit resolution. A GEE describes the governed event. It is not the Cyber-Safety discipline and is not interchangeable with G-Tx. **Related:** Attempted Effect, Governed Outcome, G-Tx --- ### πŸ”‘ GEE Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | GEE Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** GEE is the governed event; it is not the discipline or the evidence object. --- ## G ## GRC **Cyber-Safety Definition:** **GRC ≑ Governance, Risk, and Compliance** GRC defines organizational obligations, acceptable risk, policies, controls, accountability, and evidence expectations. It is one of the three domains unified by Cyber-Safety at the attempted effect. Operationalized Cyber-Safety can make selected GRC requirements technically consequential before commit. It does not replace GRC ownership or professional judgment. **Related:** Cyber-Safety, Information Technology, Cybersecurity --- ### πŸ”‘ GRC Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | GRC Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** GRC defines obligations, risk, controls, and accountability; Cyber-Safety can make selected requirements consequential at runtime. --- ## G ## Governed Capability **Cyber-Safety Definition:** **Governed Capability ≑ A capability whose issuance, scope, use, revocation, and evidence requirements are controlled by declared admissibility conditions** **Related:** Capability, Authority, Admissibility --- ### πŸ”‘ Governed Capability Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | Governed Capability Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** Governed Capability must remain explicit, bounded, and distinguishable from adjacent layers. --- ## G ## Governed Effect **Cyber-Safety Definition:** **Governed Effect ≑ An attempted effect that enters a declared governed execution boundary and receives an explicit resolution** The effect may commit, be refused, or end in an evidenced bounded failure. **Related:** Attempted Effect, Governed Outcome, GEE --- ### πŸ”‘ Governed Effect Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Canonical Meaning | Has one stable public definition | | Layer Position | Occupies an explicit place in the doctrine-to-runtime model | | Non-Collapse | Is not substituted for an adjacent term with a different responsibility | --- ### πŸ§ͺ Measurement & Validation Tools * Vocabulary consistency scan * Architecture and flow mapping * Example and counterexample review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Match | Usage agrees with this lexicon | Required | | Ambiguous Substitution | Adjacent concepts are treated as interchangeable | No observed occurrence in reviewed publication scope | | Example Fit | Examples preserve the declared layer and boundary | Required | --- ### 🧬 Example Applications | Domain | Governed Effect Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Name the governed object or relationship | system map | | Publication | Stabilize technical language | canonical reference | | Evaluation | Frame an inspectable question | due-diligence path | --- ✨ **Key Insight:** Governed Effect must remain explicit, bounded, and distinguishable from adjacent layers. --- ## G ## Governed Execution Boundary **Cyber-Safety Definition:** **Governed Execution Boundary ≑ The declared technical path within which admissibility evaluation controls valid state commitment** The boundary identifies what is governed, where interception occurs, which context and policies apply, what enforcement controls the effect, and what evidence is emitted. The canonical bounded claim is: > Inside a NovaFuse-governed execution boundary, non-admissible transitions cannot become valid committed outcomes. **Related:** Claim Boundary, Boundary Intercept, Operationalized Cyber-Safety --- ### πŸ”‘ Governed Execution Boundary Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Governed Execution Boundary Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Governed Execution Boundary must remain explicit, bounded, and distinguishable from adjacent layers. --- ## G ## Governed Outcome **Cyber-Safety Definition:** **Governed Outcome ≑ The explicit resolution of an attempted effect as commit, refusal, or evidenced bounded failure** A governed outcome must not disappear silently after entering the governed decision path. **Related:** Commit, Refusal, Bounded Failure --- ### πŸ”‘ Governed Outcome Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Governed Outcome Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Governed Outcome must remain explicit, bounded, and distinguishable from adjacent layers. --- ## G ## Governance Condition **Cyber-Safety Definition:** **Governance Condition ≑ A selected authority, policy, accountability, or oversight requirement expressed as an admissibility condition** **Related:** GRC, Runtime Governance, Admissibility --- ### πŸ”‘ Governance Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Governance Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Governance Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## G ## G-Tx **Cyber-Safety Definition:** **G-Tx ≑ Governed Transaction** G-Tx is the observable governed-transition primitive and protocol or measurement surface for an attempted motion that enters a governed boundary, is evaluated, resolves, and produces evidence. G-Tx may bind the attempted effect, relevant context, policy reference, decision, outcome, and evidence. It is not merely a receipt, although a receipt may represent a G-Tx. G-Tx is not the definition of Cyber-Safety. Cyber-Safety is the discipline; G-Tx is an observable governed-motion surface. **Related:** GEE, Receipt, Native Runtime Evidence --- ### πŸ”‘ G-Tx Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | G-Tx Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** G-Tx makes governed motion observable and measurable without becoming the definition of Cyber-Safety. --- ## I ## IDNA **Cyber-Safety Definition:** **IDNA ≑ Identity, Data, Network, and AI** IDNA organizes four major interaction domains whose claims and conditions may participate in admissibility: - Identity: who or what is acting and under which credentials or delegation. - Data: what information is involved and which handling constraints apply. - Network: where the effect originates, travels, terminates, or propagates. - AI: how autonomous or semi-autonomous reasoning influences or executes the action. IDNA structures context. It is not by itself the complete admissibility decision. **Related:** Identity Condition, Data Condition, Network Condition, AI Condition --- ### πŸ”‘ IDNA Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | IDNA Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** IDNA structures four major context domains; it does not replace the admissibility decision. --- ## I ## Identity Condition **Cyber-Safety Definition:** **Identity Condition ≑ A declared constraint concerning who or what is attempting an effect and under which credentials, role, delegation, or capability** Identity is necessary but not sufficient for admissibility. **Related:** Authority, IDNA, Actor --- ### πŸ”‘ Identity Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Identity Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Identity Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## I ## Information Technology **Cyber-Safety Definition:** **Information Technology ≑ The domain responsible for building, operating, integrating, maintaining, and assuring the availability and performance of digital systems** IT is one of the three domains unified by Cyber-Safety. Under Operationalized Cyber-Safety, selected IT surfaces become governed execution surfaces where admissibility can control commitment. **Related:** Cyber-Safety, GRC, Cybersecurity --- ### πŸ”‘ Information Technology Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | Information Technology Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** IT becomes a governed execution surface when admissibility can control commitment. --- ## N ## Native Runtime Evidence **Cyber-Safety Definition:** **Native Runtime Evidence ≑ Evidence emitted by the governed resolution path as part of commit, refusal, or bounded failure** Native runtime evidence differs from evidence reconstructed solely from downstream logs, screenshots, or manual attestations. **Related:** Evidence-Bound, Decision Artifact, G-Tx --- ### πŸ”‘ Native Runtime Evidence Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Native Runtime Evidence Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Native Runtime Evidence must remain explicit, bounded, and distinguishable from adjacent layers. --- ## N ## Network Condition **Cyber-Safety Definition:** **Network Condition ≑ A declared constraint concerning the origin, destination, route, zone, environment, tenancy, or propagation of an attempted effect** **Related:** IDNA, Admissibility, Data Condition --- ### πŸ”‘ Network Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Network Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Network Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## N ## No External Side Effects **Cyber-Safety Definition:** **No External Side Effects ≑ An implementation property stating that a refused or aborted action produces no externally observable mutation outside its declared protected boundary** This property must be proven for a specific architecture and boundary. It is not assumed universally from the word refusal. **Related:** Refusal, Abort, Claim Boundary --- ### πŸ”‘ No External Side Effects Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | No External Side Effects Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** No External Side Effects must remain explicit, bounded, and distinguishable from adjacent layers. --- ## N ## Non-Admissible **Cyber-Safety Definition:** **Non-Admissible ≑ The state of an attempted effect that does not satisfy all conditions required for valid commitment** A non-admissible transition must not become a valid committed outcome inside the governed execution boundary. **Related:** Admissibility, Refusal, Formal Runtime Invariant I --- ### πŸ”‘ Non-Admissible Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Non-Admissible Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Non-Admissible must remain explicit, bounded, and distinguishable from adjacent layers. --- ## N ## NovaPay **Cyber-Safety Definition:** **NovaPay ≑ A NovaFuse capability that contributes declared economic proof to admissibility** Where economic proof is required, missing payment, settlement, stake, quota, gas, entitlement, or another specified condition prevents valid governed commitment. NovaPay is not synonymous with billing. Its Cyber-Safety role is economic admissibility. **Related:** Economic Condition, Admissibility, G-Tx --- ### πŸ”‘ NovaPay Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | NovaPay Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** NovaPay must remain explicit, bounded, and distinguishable from adjacent layers. --- ## N ## NovaVault-X **Cyber-Safety Definition:** **NovaVault-X ≑ A NovaFuse product expression applying Operationalized Cyber-Safety to protected software evaluation** NovaVault-X governs a declared evaluation event and produces evidence about the run without requiring source possession by the evaluator. Its claims do not automatically extend to every downstream use or external environment. **Related:** Proof Run, Governed Execution Boundary, Native Runtime Evidence --- ### πŸ”‘ NovaVault-X Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Bounded Purpose | Owns a declared capability or reference role | | Operational Form | Can be used, executed, interpreted, or evaluated as specified | | Inspectability | Exposes enough structure or evidence for its bounded claim to be challenged | --- ### πŸ§ͺ Measurement & Validation Tools * Manifest and boundary review * Positive and negative conformance tests * Evidence and reference-path inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Declared Role | Purpose and non-ownership boundaries are explicit | Required | | Conformance | Reference behavior satisfies its declared tests | Required within declared test scope | | Claim Expansion | Results are generalized beyond the construct's boundary | No observed occurrence in canonical publication | --- ### 🧬 Example Applications | Domain | NovaVault-X Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Provide a reference capability | bounded construct | | Evaluation | Make a claim inspectable | executable proof surface | | Adoption | Apply governed behavior to an existing system | integration pattern | --- ✨ **Key Insight:** NovaVault-X is one product expression of Operationalized Cyber-Safety, not the definition of the discipline. --- ## O ## Operationalized Cyber-Safety **Cyber-Safety Definition:** **Operationalized Cyber-Safety ≑ A bounded runtime admissibility architecture that intercepts governed digital state transitions before commit, evaluates declared conditions, then resolves the attempt as commit or refusal with native runtime evidence** Operationalized Cyber-Safety is how the Cyber-Safety discipline is implemented in software. It is bounded, pre-commit, admissibility-based, commit/refuse oriented, and evidence-native. Cyber-Safety defines the paradigm. Operationalized Cyber-Safety defines its bounded runtime implementation. **Related:** Cyber-Safety, Runtime Admissibility, CS-TR-001 --- ### πŸ”‘ Operationalized Cyber-Safety Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Operationalized Cyber-Safety Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Operationalized Cyber-Safety places admissibility before commit inside a declared runtime boundary. --- ## P ## PEPRG **Cyber-Safety Definition:** **PEPRG ≑ Pre-Execution, Execution, Post‑Execution Runtime Governance** PEPRG is the lifecycle through which runtime governance is applied: - Pre-Execution: assemble context and evaluate admissibility before commit. - Execution: enforce the declared boundary while permitted work occurs. - Post‑Execution: emit and preserve evidence for commit, refusal, abort, or bounded failure. PEPRG describes when runtime governance occurs. It is not the definition of Cyber-Safety. **Related:** Runtime Governance, Operationalized Cyber-Safety, GEE --- ### πŸ”‘ PEPRG Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | PEPRG Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** PEPRG explains when runtime governance occurs, not what the entire Cyber-Safety discipline is. --- ## P ## Policy Version **Cyber-Safety Definition:** **Policy Version ≑ The identifiable version of the rule set used to evaluate an attempted effect** Evidence should identify the applicable policy version so the decision can be interpreted and reproduced within its scope. **Related:** Decision Artifact, Evidence, ERIL --- ### πŸ”‘ Policy Version Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Policy Version Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Policy Version must remain explicit, bounded, and distinguishable from adjacent layers. --- ## P ## Pre‑Commit **Cyber-Safety Definition:** **Pre‑Commit ≑ Before an attempted effect becomes a valid committed state transition** A control is pre-commit only when its decision can still prevent valid commitment inside the governed boundary. **Related:** Boundary Intercept, Commit, Runtime Admissibility --- ### πŸ”‘ Pre‑Commit Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Pre‑Commit Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Pre‑Commit must remain explicit, bounded, and distinguishable from adjacent layers. --- ## P ## Proof **Cyber-Safety Definition:** **Proof ≑ Evidence sufficient to support a specific claim under declared assumptions and a verification method** Proof is claim-bound. A valid proof of one runtime property does not establish unrelated properties. **Related:** Evidence, Claim Boundary, Proof Run --- ### πŸ”‘ Proof Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Proof Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Proof must remain explicit, bounded, and distinguishable from adjacent layers. --- ## P ## Proof of Admissibility **Cyber-Safety Definition:** **Proof of Admissibility ≑ The set of verified conditions required for an attempted effect to receive a commit decision** Proof of admissibility may combine identity, authority, data, network, AI, policy, risk, integrity, economic, environmental, and evidence requirements. **Related:** Admissibility, Fail‑Closed, Commit --- ### πŸ”‘ Proof of Admissibility Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Proof of Admissibility Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Proof of Admissibility must remain explicit, bounded, and distinguishable from adjacent layers. --- ## P ## Proof Run **Cyber-Safety Definition:** **Proof Run ≑ A controlled execution that evaluates a declared scenario, workload, boundary, policy, and evidence path** A Proof Run demonstrates only the claims and conditions included in its declared scope. **Related:** ERI, NovaVault-X, Evidence Scope --- ### πŸ”‘ Proof Run Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Proof Run Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** A Proof Run proves only the declared scenario, boundary, workload, and evidence path. --- ## R ## Receipt **Cyber-Safety Definition:** **Receipt ≑ A portable evidence representation of a governed decision or outcome** A receipt may contain or reference a G-Tx, decision artifact, policy version, context digest, integrity proof, or outcome. A receipt is not automatically proof unless its integrity, scope, and verification method are established. **Related:** G-Tx, Evidence, Decision Artifact --- ### πŸ”‘ Receipt Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Claim Binding | Supports a specific declared technical statement | | Integrity | Can be checked for alteration or mismatch | | Scope | Identifies the boundary, policy, inputs, and outcome it supports | --- ### πŸ§ͺ Measurement & Validation Tools * Schema and completeness validation * Hash, signature, or integrity verification where applicable * Independent replay or evidence review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Claim Traceability | Artifact maps to a declared claim and outcome | Required | | Integrity Failure | Evidence fails its declared verification method | No observed occurrence in accepted evidence | | Scope Identified | Boundary and policy context are recoverable | Required | --- ### 🧬 Example Applications | Domain | Receipt Represents | Concrete Implementation | | :---- | :---- | :---- | | Audit | Review a governed decision | decision artifact | | Proof Run | Verify a bounded execution | evidence bundle | | Compliance | Support a selected control claim | reviewable record | --- ✨ **Key Insight:** Receipt must remain explicit, bounded, and distinguishable from adjacent layers. --- ## R ## Refusal **Cyber-Safety Definition:** **Refusal ≑ The governed resolution in which an attempted effect does not satisfy required admissibility conditions and is prevented from valid commitment inside the declared boundary** Refusal is a first-class outcome and should emit native runtime evidence. Refusal is not synonymous with abort or bounded failure. **Related:** Non-Admissible, Commit, Bounded Failure --- ### πŸ”‘ Refusal Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Refusal Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Refusal is Cyber-Safety functioning, not the absence of system behavior. --- ## R ## Risk Condition **Cyber-Safety Definition:** **Risk Condition ≑ A selected risk decision, threshold, exposure, sensitivity, or tolerance expressed as an admissibility condition** Risk remains an organizational and human responsibility. Operationalization makes approved risk constraints technically consequential for selected effects. **Related:** GRC, Admissibility, State-Constrained Generation --- ### πŸ”‘ Risk Condition Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Declared Input | The condition is explicitly required by policy | | Scope and Freshness | The value is valid for the actor, action, time, and boundary | | Decision Binding | The evaluated value is associated with the resulting decision | --- ### πŸ§ͺ Measurement & Validation Tools * Context-source validation * Missing, stale, and contradictory-input tests * Decision-artifact binding inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Required Context | Declared inputs are present and validated | Required within declared test scope | | Stale Context Admit | Expired required context still authorizes commitment | No observed occurrence within declared test scope | | Decision Binding | Evaluated context can be traced to the decision | Required | --- ### 🧬 Example Applications | Domain | Risk Condition Represents | Concrete Implementation | | :---- | :---- | :---- | | Identity | Bind actor and delegation | identity claim | | Data | Apply handling constraints | classification condition | | Network or AI | Apply environmental or authority bounds | runtime context claim | --- ✨ **Key Insight:** Risk Condition must remain explicit, bounded, and distinguishable from adjacent layers. --- ## R ## Runtime Admissibility **Cyber-Safety Definition:** **Runtime Admissibility ≑ Admissibility evaluated at the moment an attempted effect seeks to become a committed transition** The decision uses the context and conditions declared for the boundary and controls whether valid commitment may occur. **Related:** Admissibility, Pre‑Commit, Operationalized Cyber-Safety --- ### πŸ”‘ Runtime Admissibility Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Runtime Admissibility Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Runtime Admissibility must remain explicit, bounded, and distinguishable from adjacent layers. --- ## R ## Runtime Governance **Cyber-Safety Definition:** **Runtime Governance ≑ The technical application of selected governance requirements during the lifecycle of an attempted effect** Runtime governance may evaluate policy before execution, enforce the boundary during execution, and emit evidence after resolution. It operationalizes part of Cyber-Safety but is not synonymous with the Cyber-Safety discipline. **Related:** PEPRG, Governance Condition, Operationalized Cyber-Safety --- ### πŸ”‘ Runtime Governance Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Control Point | Operates at an identifiable point in the governed execution path | | Resolution | Produces an explicit decision or lifecycle state | | Evidence | Binds runtime behavior to an inspectable artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Pre-commit ordering test * Negative-path and bypass test * Decision-artifact and replay inspection --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Ordering | Required evaluation occurs before valid commitment | Required within declared test scope | | Bypass | A governed action commits outside the required path | No observed occurrence within declared test scope | | Resolution Evidence | Governed outcomes emit the declared evidence | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Runtime Governance Represents | Concrete Implementation | | :---- | :---- | :---- | | API | Govern a state-changing request | mutation boundary | | AI | Govern a tool invocation | agent action gate | | Data | Govern a transfer or disclosure | egress decision path | --- ✨ **Key Insight:** Runtime governance operationalizes selected rules; it is not synonymous with the Cyber-Safety discipline. --- ## S ## State-Constrained Generation **Cyber-Safety Definition:** **State-Constrained Generation ≑ A system model in which declared constraints determine which attempted state transitions may become valid committed outcomes** State-constrained generation changes the default relationship between governance and execution: ```text attempt β†’ evaluate β†’ commit or refuse β†’ evidence ``` It complements rather than eliminates monitoring, detection, response, audit, and recovery. **Related:** Event-Driven Correction, Admissibility, Cyber-Safety --- ### πŸ”‘ State-Constrained Generation Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Scope | Defines a category-level responsibility and its relationship to adjacent domains | | Layer | Remains distinct from runtime components, events, and evidence objects | | Boundary | Uses bounded public claims rather than universal guarantees | --- ### πŸ§ͺ Measurement & Validation Tools * Canonical-publication comparison * Layer and terminology consistency review * Claim-boundary audit --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Consistency | Public uses match the canonical definition | Required | | Layer Collapse | Term is treated as a component, event, or product when it is not | No observed occurrence within reviewed publication scope | | Boundary Stated | Technical claims identify their applicable scope | Required where a technical claim is made | --- ### 🧬 Example Applications | Domain | State-Constrained Generation Represents | Concrete Implementation | | :---- | :---- | :---- | | Enterprise | Align governance and execution vocabulary | architecture review | | AI | Separate reasoning, authority, and attempted effects | agent-governance model | | Cloud | Define where control becomes technically consequential | runtime-boundary map | --- ✨ **Key Insight:** State-constrained generation governs what may become a valid outcome before it exists. --- ## S ## Structural Consequence **Cyber-Safety Definition:** **Structural Consequence ≑ An outcome produced by the architecture's enforced conditions rather than only by a separate retrospective workflow** For example, selected compliance becomes a structural consequence when a required compliance condition must be satisfied for valid commitment. **Related:** Compliance Condition, State-Constrained Generation --- ### πŸ”‘ Structural Consequence Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Canonical Meaning | Has one stable public definition | | Layer Position | Occupies an explicit place in the doctrine-to-runtime model | | Non-Collapse | Is not substituted for an adjacent term with a different responsibility | --- ### πŸ§ͺ Measurement & Validation Tools * Vocabulary consistency scan * Architecture and flow mapping * Example and counterexample review --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Definition Match | Usage agrees with this lexicon | Required | | Ambiguous Substitution | Adjacent concepts are treated as interchangeable | No observed occurrence in reviewed publication scope | | Example Fit | Examples preserve the declared layer and boundary | Required | --- ### 🧬 Example Applications | Domain | Structural Consequence Represents | Concrete Implementation | | :---- | :---- | :---- | | Architecture | Name the governed object or relationship | system map | | Publication | Stabilize technical language | canonical reference | | Evaluation | Frame an inspectable question | due-diligence path | --- ✨ **Key Insight:** A structural consequence is produced by enforced architecture, not merely reported by a later workflow. --- ## V ## Valid Committed Outcome **Cyber-Safety Definition:** **Valid Committed Outcome ≑ A state transition that received a commit decision through the declared governed execution path and satisfies the implementation's required admissibility and evidence conditions** The term valid is boundary-specific. It does not imply that every external consequence, legal interpretation, or downstream use is valid. **Related:** Commit, Governed Execution Boundary, Claim Boundary --- --- ### πŸ”‘ Valid Committed Outcome Has 3 Critical Aspects | Dimension | Description | | :---- | :---- | | Explicit State | The resolution is machine-identifiable | | Commit Consequence | The result controls whether valid state change occurs | | Evidence | The outcome is bound to a decision artifact | --- ### πŸ§ͺ Measurement & Validation Tools * Outcome-state inspection * External mutation and side-effect test * Evidence-schema and replay verification --- ### πŸ“Š Validation Metrics | Metric | Description | Benchmark | | :---- | :---- | :---- | | Outcome Identified | Resolution is explicit and unambiguous | Required | | Unauthorized Commit | A non-admissible attempt becomes a valid commit | No observed occurrence within declared test scope | | Evidence Present | Required resolution evidence is available | Required within declared test scope | --- ### 🧬 Example Applications | Domain | Valid Committed Outcome Represents | Concrete Implementation | | :---- | :---- | :---- | | AI | Resolve a tool-call attempt | commit or refusal | | Cloud | Resolve an infrastructure mutation | governed operation result | | Data | Resolve a protected transfer | release decision | --- ✨ **Key Insight:** Valid Committed Outcome must remain explicit, bounded, and distinguishable from adjacent layers. --- ## 5. Formal Runtime Invariants These invariants belong to Operationalized Cyber-Safety and are defined fully in CS-TR-001. 1. **Non-Admissible Transitions Do Not Commit:** An attempted transition that fails required admissibility conditions cannot become a valid committed state change inside the governed boundary. 2. **Commits Are Evidence-Bound:** Every permitted transition emits evidence identifying the attempt, evaluated context, applicable rule, decision, and committed outcome within the declared evidence model. 3. **Refusals Are Evidence-Bound:** Every refusal emits evidence showing that the attempt reached the governed boundary, was evaluated, and did not commit. 4. **Admissibility Is Evaluated at Attempt Time:** Applicable governance is evaluated when the effect seeks to become committed, not solely after downstream effects materialize. 5. **Boundary and Policy Are Identifiable:** Evidence identifies the governed boundary and policy version that produced the decision. 6. **No Silent Governed Outcome:** An attempt accepted into the governed path resolves as commit, refusal, or evidenced bounded failure. --- ## 6. Terms That Must Not Be Collapsed | Term | Correct Layer | Must Not Be Treated As | | :--- | :--- | :--- | | Cyber-Safety | Discipline and paradigm | A product, event, receipt, or runtime component | | Operationalized Cyber-Safety | Bounded runtime architecture | The entire discipline | | PEPRG | Runtime governance lifecycle | A product or synonym for Cyber-Safety | | GEE | Governed execution event | The discipline or evidence object | | G-Tx | Governed transition protocol and measurement surface | The whole runtime or merely a log line | | ERI | Executable reference implementation | Universal production proof | | ERIL | Admissibility and reference behavior language | The runtime itself | | CERI | Contained executable reference package | An unrestricted production artifact | | Evidence | Support for a bounded claim | Global truth | | Receipt | Portable evidence representation | Proof without verification | | NovaVault-X | Protected evaluation product expression | The definition of Cyber-Safety | --- ## 7. Canonical Public Formulations ### Category Equation > Cyber-Safety = GRC + IT + Cybersecurity. ### Paradigm Shift > Cyber-Safety shifts governed digital systems from event-driven correction toward state-constrained generation. ### Foundational Law > Execution is not the default. Within a governed execution boundary, execution is a privileged state transition earned by satisfying declared admissibility conditions. ### Operational Definition > Operationalized Cyber-Safety is a bounded runtime admissibility architecture that intercepts governed digital state transitions before commit, evaluates declared conditions, then resolves the attempt as commit or refusal with native runtime evidence. ### Bounded Claim > Inside a NovaFuse-governed execution boundary, non-admissible transitions cannot become valid committed outcomes. ### Layer Distinction > Cyber-Safety defines the paradigm. Operationalized Cyber-Safety defines its bounded runtime implementation. --- ## 8. Publication Authority - **CS-WP-001** is authoritative for the Cyber-Safety paradigm, category equation, and category inversion. - **CS-TR-001** is authoritative for Operationalized Cyber-Safety, runtime architecture, invariants, evidence, and conformance questions. - **CS-LX-001** is authoritative for public vocabulary and layer distinctions. - **ERI, ERIL, and CERI publications** are authoritative within their declared technical scopes. - **Proof Runs and implementation references** support only their stated boundaries and claims. --- **Status: CANONICAL PUBLICATION - VOCABULARY REFERENCE** **Classification: Cyber-Safety Public Lexicon** **Version: 2.2.0**