# Runtime-C Full Technical Architecture Audit Comprehensive engineering audit compiled from the Runtime-C architecture inspection, forensic ledger, retrieval configuration, run history, tool manifests, pod configuration, stage matrix, workspace contracts, and extensive audit session. # **Executive Summary** Runtime-C is an execution engine embedded within Factory-XYZ. It accepts buildsheets, resolves execution pods, orchestrates six worker lanes, injects retrieval context, streams execution, validates output, merges artifacts, records proof, telemetry and TPS, and publishes final artifacts. ![][image1] # **Architecture Layers** Runtime-C consists of: submit server, queue, runner, pod resolver, pod authority, worker lanes WA-WF, retrieval layer, streaming layer, quality gates, merge layer, promotion layer, telemetry, proof generation, publication. # **Execution Contract** The inspected README establishes Runner responsibilities (queue, scheduling, checkpoints, validation, imports) while Pod authority owns factory rules, toolbelt, workspace, LLM resource, artifact generation and proof generation. # **Filesystem** Discuss runtime root, sandbox/runs, sandbox/artifacts, restore-points, workspace-seed, pods, tools/runtime-c-lab, warehouse, families, products, web-public, golden, quarantine. Include forbidden runtime roots (/srv/eila, /mnt/eila-hot-sidecar, /opt/eila-os/job\_site) from the contract and note historical exceptions in the forensic audit. # **Pod System** Document Pod A, B and C. Pod A: qwen3:8b on 100.105.163.20:11435. Pod B: qwen2.5-coder:32b. Pod C: local qwen2.5-coder:14b. Explain handoff scripts, rootfs, golden rules, toolbelt, artifact ownership. # **Retrieval** Describe LanceDB configuration, runtime\_c\_assets table, top\_k=5, max chars, resource maps, Qwen indexes, runtime-c-assets warehouse, 5M+ indexed assets, external retrieval sources. # **Tool Inventory** Summarize inspected runtime-c-lab inventory including submit server, runner, lane-real, streaming orchestrator, compare-runs, verify tools, publish, metrics, TPS writer, telemetry writer, route context, repair loop, bulk scheduler, context enricher, quality gate, regression gate, export tools and diagnostics. | Subsystem | Representative Tools | | :---- | :---- | | Execution | runtime-c-runner, submit-server, resolve-pod, exec-pod-authority | | Generation | lane-real, compose, persist-fragments | | Streaming | streaming-orchestrator, stream-status, stream-append | | Validation | quality-gate, regression-gate, verify-run | | Publishing | write-index, publish-full-repo, publish-from-base | | Telemetry | write-metrics, write-telemetry, write-tps | | Repair | repair-loop, queue-janitor, compare-runs | # **Run Lifecycle** Describe buildsheet creation, pod resolution, prompt generation, WA-WF execution, receipts, stream logs, merge, verification, metrics, TPS, proof, publish. Include observed run folders Betty's Buns and Big Balls Bowling. # **Evidence Produced** List PROMPT\_\*.json, LLM\_RECEIPT\_\*.json, EVENT\_LOG.jsonl, LANE\_TELEMETRY.json, TEMPORAL\_LINEAGE.json, VERIFY\_RUN.json, QUALITY\_GATE.json, REGRESSION\_GATE.json, RUNTIME\_METRICS.json, merged\_product, output, proof. # **Forensic Findings** Summarize the inspected ledger: TPS fallback bug, premature RUN\_DONE, stale telemetry timing, stale /opt roots, missing publish tool, stale latest.json, UI using job\_site, duplicate pod truth sources, nginx pollution, retrieval path concerns. # **Architecture Assessment** Strengths: auditable execution, reproducibility, separation of concerns, retrieval integration, proof-first design. Weaknesses: legacy path drift, duplicate authorities, backup size, stale publication chain. # **Recommendations** Normalize runtime paths, unify pod authority source, separate source from run history, clean publication pipeline, document architecture diagrams, create release packaging profiles, continue graph mapping. # **Appendix A: Observed Run Layout** Runtime-C run folders preserve prompts, receipts, streams, metrics, telemetry, merged product, output, proof, worker packets, lineage and TPS. This provides deterministic replay and forensic traceability. # **Appendix B: Overall Verdict** Runtime-C is a production-style orchestration engine rather than a simple prompt runner. The inspected architecture demonstrates explicit separation between orchestration, execution authority, retrieval, quality control, proof generation and publication. The next engineering milestone is path normalization and graphing the complete execution DAG. [image1]: