Sigma Runtime Standard - Public Integration Notice
This non-normative integration document is licensed under Creative Commons
Attribution 4.0 International (CC BY 4.0). It does not amend canonical
SRIPs or grant implementation, certification, or runtime authority.
Status: Non-normative review draft
Date: 2026-07-17
These diagrams render selected integration views of
srip-dependency-graph.yaml using the evidence classifications in
srip-dependency-reviews.yaml. They do not attempt to render every canonical
parent edge; complete canonical coverage remains in the graph.
- solid arrow:
confirmed relationship;
- dashed arrow:
inferred relationship;
- red arrow:
needs_decision relationship;
- the arrow label states the relationship type;
- diagrams are integration views, not new normative contracts.
The numerical SRIP registry and each proposal's own metadata remain
authoritative.
flowchart LR
S00["SRIP-00<br/>Foundations"]
S01["SRIP-01<br/>Runtime Loop"]
S02["SRIP-02<br/>Attractor State"]
S03["SRIP-03<br/>Drift Metrics"]
S04["SRIP-04<br/>Memory"]
S05["SRIP-05<br/>Interoperability"]
S06["SRIP-06<br/>Safety"]
S07["SRIP-07<br/>Symbolic Density"]
S08["SRIP-08<br/>Phase Model"]
S01 -->|depends_on| S00
S02 -->|extends| S01
S03 -->|evidence_to| S02
S04 -.->|extends inferred| S01
S05 -.->|depends_on inferred| S00
S06 -->|constrains| S01
S07 -->|evidence_to| S02
S08 -.->|evidence_to inferred| S01
classDef foundation fill:#e8f1ff,stroke:#3167a8,color:#13233a;
classDef safety fill:#ffe9e7,stroke:#b64136,color:#38120f;
class S00,S01,S02,S03,S04,S05,S07,S08 foundation;
class S06 safety;
Interpretation:
- SRIP-00 and SRIP-01 establish the common runtime frame.
- Attractor, drift, memory, interoperability, density, and phase proposals add
state or evidence inside that frame.
- SRIP-06 constrains runtime continuation rather than acting as another
optimization signal.
- Three useful shortcuts are intentionally shown as inferred because their
direct metadata edges are absent.
¶ 2. Memory, Retrieval, And Influence
flowchart LR
S04["SRIP-04<br/>Memory Architecture"]
S09["SRIP-09<br/>Long-Term Memory"]
S11["SRIP-11<br/>Compression Topology"]
S14["SRIP-14<br/>Retrieval Integration"]
S26["SRIP-26<br/>Memory Influence"]
S20["SRIP-20<br/>Autonomy Boundary"]
S21["SRIP-21<br/>External Identity"]
S09 -->|extends| S04
S11 -->|extends| S09
S14 -->|depends_on| S09
S14 -->|depends_on| S11
S14 -.->|extends inferred| S04
S26 -->|extends| S04
S26 -->|depends_on| S09
S26 -->|depends_on| S14
S26 -->|feeds evidence| S20
S21 -->|constrains| S14
classDef memory fill:#e9f7ef,stroke:#26734d,color:#102d20;
classDef boundary fill:#fff4d6,stroke:#9a6a00,color:#362500;
class S04,S09,S11,S14,S26 memory;
class S20,S21 boundary;
Core separation:
memory exists
!= memory is retrievable
!= memory is relevant
!= memory is authorized to influence current behavior
SRIP-14 governs retrieval and injection. SRIP-26 governs the transition from
available memory to behavioral influence. SRIP-20 retains autonomy and
authorization authority.
¶ 3. Runtime Control, Stability, And Novelty
flowchart LR
S02["SRIP-02<br/>Attractors"]
S03["SRIP-03<br/>Drift"]
S06["SRIP-06<br/>Safety"]
S07["SRIP-07<br/>Density"]
S10["SRIP-10<br/>AEP"]
S15["SRIP-15<br/>Perturbation"]
S19["SRIP-19<br/>Contradiction Buffer"]
S23["SRIP-23<br/>Dialectical Generation"]
S22["SRIP-22<br/>Governance"]
S03 -->|evidence_to| S02
S10 -->|extends| S03
S10 -.->|related_to inferred| S07
S15 -.->|extends inferred| S02
S15 -->|depends_on| S06
S06 -->|constrains| S15
S19 -->|recovers| S03
S19 -->|depends_on| S06
S19 -->|related_to| S15
S23 -->|depends_on| S15
S23 -->|depends_on| S19
S22 -->|governs promotion| S23
classDef control fill:#e8f1ff,stroke:#3167a8,color:#13233a;
classDef safety fill:#ffe9e7,stroke:#b64136,color:#38120f;
classDef generation fill:#f3eaff,stroke:#7651a8,color:#27183b;
class S02,S03,S07,S10,S15,S19 control;
class S06,S22 safety;
class S23 generation;
The dependency review resolved all three previously red relationships: AEP and symbolic density are inferred-related; safety is a direct ADP parent and constraint; RCB interoperates with ADP without requiring it.
Generation is downstream of preserved contradiction. It cannot erase the
contradiction or promote its own candidate to canonical state.
¶ 4. Identity, Autonomy, And Governance
flowchart LR
S06["SRIP-06<br/>Safety"]
S13["SRIP-13<br/>Relational Identity"]
S16["SRIP-16<br/>Self-Model Evidence"]
S17["SRIP-17<br/>Multi-Agent Exchange"]
S19["SRIP-19<br/>Contradiction Buffer"]
S20["SRIP-20<br/>Autonomy Boundary"]
S21["SRIP-21<br/>External Identity"]
S22["SRIP-22<br/>Governance Legitimacy"]
S13 -->|specializes| S06
S20 -->|governs self-model influence| S16
S20 -->|extends| S13
S20 -->|constrains| S17
S21 -->|extends| S13
S21 -->|feeds unresolved modes| S19
S19 -->|depends_on| S13
S22 -->|constrains| S17
S22 -->|governs legitimacy| S20
classDef evidence fill:#e8f1ff,stroke:#3167a8,color:#13233a;
classDef boundary fill:#fff4d6,stroke:#9a6a00,color:#362500;
classDef governance fill:#ffe9e7,stroke:#b64136,color:#38120f;
class S16 evidence;
class S13,S17,S19,S20,S21 boundary;
class S06,S22 governance;
This view separates three concepts that should not collapse:
- SRIP-16 observes and proposes;
- SRIP-20 governs influence on local autonomy and boundary state;
- SRIP-22 evaluates legitimacy, capture, contestability, and promotion
authority.
The diagram does not imply that governance can bypass SRIP-06 safety.
¶ 5. Environment, Events, Multi-Agent Exchange, And Commerce
flowchart LR
S05["SRIP-05<br/>Interoperability"]
S14["SRIP-14<br/>Retrieval"]
S17["SRIP-17<br/>Multi-Agent Exchange"]
S21["SRIP-21<br/>External Identity"]
S22["SRIP-22<br/>Governance"]
S24["SRIP-24<br/>Environment Interface"]
S25["SRIP-25<br/>Interaction Event"]
S18["SRIP-18<br/>Commerce Semantics"]
S12["SRIP-12<br/>Commerce Decisions"]
S17 -->|extends| S05
S24 -->|extends| S05
S24 -->|depends_on| S14
S24 -->|depends_on| S21
S24 -->|depends_on| S22
S22 -->|constrains effects| S24
S25 -->|specializes| S24
S25 -->|depends_on| S22
S22 -->|constrains events| S25
S18 -->|specializes| S14
S12 -->|governs decisions| S18
classDef interface fill:#e8f1ff,stroke:#3167a8,color:#13233a;
classDef boundary fill:#fff4d6,stroke:#9a6a00,color:#362500;
classDef commerce fill:#e9f7ef,stroke:#26734d,color:#102d20;
class S05,S17,S24,S25 interface;
class S14,S21,S22 boundary;
class S18,S12 commerce;
Two authority rules dominate this view:
- observation of an environment is not authority to create an effect;
- semantic commerce relevance does not override deterministic commerce state.
¶ 6. Trajectory Measurement And Admission
flowchart LR
C["Generated candidate"]
AEP["SRIP-10<br/>Dynamic stability evidence"]
ADP["SRIP-15<br/>Perturbation / return path"]
RCB["SRIP-19<br/>Buffer / recovery evidence"]
TMC["SRIP-27<br/>Trajectory membership"]
TAL["SRIP-28<br/>Admission transaction"]
MIL["SRIP-26<br/>Memory influence"]
D["Selected delivery"]
H["Hold / reject / review"]
C --> TMC
AEP -->|dynamic evidence| TAL
ADP -->|return-path evidence| TMC
RCB -->|hold / recovery evidence| TAL
TMC -->|membership + validity| TAL
TAL -->|admit one lineage| D
TAL -->|contain| H
TAL -->|selected lineage only| MIL
classDef evidence fill:#e8f1ff,stroke:#3167a8,color:#13233a;
classDef authority fill:#fff4d6,stroke:#9a6a00,color:#362500;
classDef outcome fill:#e9f7ef,stroke:#26734d,color:#102d20;
class AEP,ADP,RCB,TMC evidence;
class TAL authority;
class MIL,D,H outcome;
The key boundary is:
dynamic stability != target membership
generated candidate != admitted delivery
TMC measures; TAL admits
TAL is the single pre-persistence writer, but it remains constrained by safety,
authorization, governance, and provider-boundary authority.
¶ Diagram Maintenance Rule
Diagrams must be generated or manually updated from the graph and its review
classifications together. A diagram must not promote an inferred or
needs_decision relationship to a solid confirmed edge.
When canonical SRIP metadata changes, update in this order:
- canonical SRIP metadata;
srip-dependency-graph.yaml;srip-dependency-reviews.yaml;srip-relationship-audit.md;- this diagram document;
- the prose synthesis and relationship matrix if their interpretation changed.