Document 47

SEBoK *Configuration Management*, Distilled

framework

SEBoK Configuration Management, Distilled

Next-40 distillation #8 (Batch 1/5). Configuration Management (CM) is the SEBoK technical-management process that "helps teams keep track of changes to a system over its life cycle" while ensuring consistency between built and planned states. The five activities (planning, identification, change management, status accounting, verification/audit) are universal-sibling lattice (Doc 572 Appendix D, fourteenth instance) at the CM rung; the page explicitly disclaims sequential execution. CM's three objectives — consistency, integrity-and-traceability, reproducibility — are pulverization (Doc 445) at the longitudinal rung: the configuration record is the substrate against which any state of the system can be backward-pulverized. The CCB structure is canonical multi-keeper composition (Doc 510 / Doc 604). Authority evacuation pitfalls are explicitly named. Six corpus forms bind.

I. Source

II. Source Read

CM is a technical-management process applying universally across system types (hardware, software, services, systems of systems), all life cycles, all development approaches, any complexity. Three objectives: (1) guarantee consistency between system and configuration information; (2) ensure integrity and traceability over time; (3) facilitate reproducibility. Five activities (interrelated, non-sequential): CM Planning and Management; Configuration Identification (with baselines); Configuration Change Management (CCB-driven); Configuration Status Accounting; Configuration Verification and Audit. Configuration: "interrelated functional and physical characteristics outlined in configuration information" (ISO 10007). CM contrasts with Information Management (IM): CM focuses on relevance to system evolution; IM on generation/collection/validation/dissemination. CCB structure: Change Review Board + Change Implementation Board, with Chair, Configuration Manager, Systems Engineer, domain experts, procurement specialists, vendor representatives. Pitfalls: shallow visibility, poor tailoring, limited perspective, insufficient training, absent CM plan, inadequate verification. Good practices: cross-functional communication, full-life-cycle perspective, early planning, requirements traceability, CCB hierarchy alignment, consistent identification, automated status accounting. Standards: ISO/IEC/IEEE 15288:2023, ISO 10007:2017, SAE EIA-649C, INCOSE Handbook v5.0, ISO 15289, GEIA-859B, ECSS-M-ST-40C. Position: Part 3 → Technical Management Processes; follows Risk Management; precedes Configuration Baselines. Lead authors: John Metcalf, Philip Hallenbeck, Sandrine Gonthier; contributing: Garry Roedler.

III. Structural Read

Form III (extension) — Lattice Extension of the Ladder (Doc 572), Appendix D fourteenth instance. Five CM activities (planning, identification, change management, status accounting, verification/audit) are universal-sibling lattice at the CM-process rung; the page's "interrelated, non-sequential" disclaimer is explicit Appendix D structure plus Appendix C temporal-concurrency.

Form VI — Pulverization (Doc 445), at the longitudinal rung. CM's three objectives are exactly pulverization-discipline applied longitudinally: consistency (the present-state can be backward-pulverized against its specifications), integrity-and-traceability (the change-history is the audit reference), reproducibility (forward-pulverization: the state can be reconstructed from the record). The configuration record is the canonical substrate for paired V&V (Doc 445 Refinement A); CM is the discipline of maintaining that substrate uncorrupted over time.

Form III — Substrate-and-Keeper Composition (Doc 510) with Doc 604 multi-keeper extension. The CCB is canonical multi-keeper composition: CCB Chair, Configuration Manager, Systems Engineer, domain experts (software, mechanical, cyber), procurement, vendor reps. Subordination-by-domain rule (Doc 604) applies: each domain expert co-keeps their domain's CM scope; the Configuration Manager reconciles. Sixth Cluster B instance.

Form XII — Authority Evacuation (Doc 574), with explicit named pitfalls. SEBoK's named pitfalls map directly to Doc 574 patterns. "Shallow visibility (insufficient discipline involvement)" is Pattern A authority decay. "Absence of formal CM plan" is missing-pin installation. "Inadequate CM verification" is Pattern B simulated-pin (CM is documented but not audited; the substrate routes around). The page's good practices are the authority-installation discipline made explicit.

Form X — Institutional Ground (Doc 571). ISO 10007, EIA-649C, GEIA-859B, ECSS-M-ST-40C are multiple institutional grounds; each ground codifies CM for its sector (general, defense, data, space). §X.5 organization-vs-enterprise applies: standards live at organization-component; practiced CM lives at enterprise-component (the project's accumulated configuration tradition).

Form II — Affordance Gap (Doc 530). CM preserves the keeper-substrate dyad's coherence over time. Without CM, the substrate's rung-1 state drifts away from the keeper-side rung-2 specification; the affordance contract dissolves. CM is the longitudinal discipline that holds the gap-crossing valid across time.

IV. Tier-Tags

  • CM definition and three objectives — π / α.
  • Five activities — π / α as cited; μ / β under corpus as Doc 572 Appendix D fourteenth instance.
  • "Interrelated, non-sequential" execution — π / α as cited; μ / β under corpus as Doc 572 Appendix C.
  • CCB structure and composition — π / α as cited; μ / β under corpus as Doc 510 / Doc 604 multi-keeper sixth instance.
  • Named pitfalls (shallow visibility, absent plan, inadequate verification) — π / α as cited; μ / β under corpus as Doc 574 authority-evacuation patterns.
  • Multi-standard pluralism (ISO 10007, EIA-649C, etc.) — π / α as cited; μ / β under corpus as Doc 571 multi-ground.

V. Residuals

No structural residuals. The page is unusually rich and binds densely across six forms.

VI. Provisional Refinements

CM as canonical longitudinal-pulverization worked example. Doc 445's apparatus has worked examples for backward-pulverization (SE-029 validation) and forward-pulverization (SE-035 risk, SE-043 reliability-centered maintenance). CM is the longitudinal-pulverization case: the discipline of maintaining the pulverization-substrate uncorrupted across time. Worth recording as a third Doc 445 dimension alongside backward and forward.

Cluster B (multi-keeper composition) rises to six instances. SE-039 had five Cluster B members; CCB structure adds the sixth canonical instance. Cluster B is past synthesis threshold (already synthesized in Doc 604, but new members keep depositing).

Cluster A reaches fourteen instances; cluster-level synthesis is well past due.

VII. Cross-Links

Form documents. Doc 572 (Lattice Extension, Appendix D fourteenth + Appendix C non-sequential), Doc 445 (Pulverization, longitudinal-pulverization candidate dimension), Doc 510 / Doc 604 (Multi-keeper composition, sixth instance), Doc 574 (Authority Evacuation, multi-pattern instance), Doc 571 (Institutional Ground, multi-ground), Doc 530 (Affordance Gap, longitudinal preservation).

Part-level reformulation. SE-006 (Part 3 — SE & Management, Technical Management Processes).

Related distillations. SE-035 (Risk Management — adjacent technical management process). SE-036 (Decision Management — adjacent technical management process). Doc 604 (Multi-keeper composition synthesis).

Adjacent SEBoK concepts (per source). Configuration Baselines, Configuration Management Implementation, Risk Management, Information Management, Measurement.

Methodology refinement candidates. Doc 445 longitudinal-pulverization as third dimension alongside backward and forward; Cluster A synthesis successor doc.

Appendix: Originating Prompt

"Let's do the next 40 most likely articles to be most load bearing (at the top of the hierarchy) my conjecture is that this will inform the next 40."

"It's ok to duplicate entries. It shows where the knowledge base folds back in on itself. Continue fanning out"

(SE-047 is one of the next-40 SEBoK distillations. Batch 1/5.)

Referenced Documents

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