sqz synthesis verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

The handed public synthesis is supported as a bounded source-level account. I read the complete supplied boundary, runtime, memory, epistemic, workflow, reconciliation, synthesis, both preceding verifications and the empty synthesis answers. I checked substantive assertions against their cited records, applied the reconciliation's session-object supersession and assessed the public text without assuming readers had read the supporting members. No frozen-source reads, additional evidence or record corrections were needed. This judgment concerns meaning and qualification, not a repetition of deterministic content checks.

Evidence and architectural boundary. The opening distinguishes sqz's representation work from an external agent's next-action loop. Its whole-system coverage, frozen revision, cutoff, source layers and deployment exclusions match the boundary. It explicitly denies exhaustive module inspection and separates implementation from observed operation and causal benefit. The preceding verifications each declare no blockers or additional limits; the synthesis accurately reports those judgments without treating them as execution evidence.

Native progression and guarantee scope. The file-tool account preserves decoding, selection and caps before cache admission, and distinguishes the prepared body from original file bytes. It does not turn the lossless file-tool branch into unconditional whole-file fidelity. The CLI account separates formatter and final abbreviation paths from engine candidate verification. Its description of fallback preserves sampled checks and the absence of a mandatory all-checks-pass return barrier. These statements agree with RT-RTE-file-read, RT-RTE-cli-compress, RT-RTE-engine-compress, EPI-RTE-preservation-check and EPI-RTE-fallback-select. The text does not infer a risk-router bypass from explicit Aggressive mode or filesystem authorization from compression.

Retention, selection and withdrawal. The synthesis distinguishes original bytes, compressed representations and access metadata; recall search is not conflated with hash expansion. Captured-original and surviving-storage conditions remain visible beside recovery claims, while index exclusions prevent an exhaustive searchability inference. Timestamp/pin policy, persistent path hints and predictive admission are not presented as proof of model-window residence. The delta-baseline qualification is preserved rather than subsumed under exact-reference freshness. These dispositions follow MEM-OBJ-cache-original, MEM-OBJ-cache-compressed, MEM-OBJ-known-files, MEM-RTE-recall-search and MEM-RTE-dependency-precache. CLI no-cache, lower-level admission, pinning, compact and reset remain route-specific; MEM-RTE-cache-maintenance supports withholding blanket privacy, host eviction and hard storage-ceiling guarantees.

Workflow and recovery ownership. The proxy narrative faithfully compresses the workflow account: upstream command and request-ID coordination, eligible text transformation, process-local lazy documentation, stdout delivery, panic passthrough and explicit local recovery. It retains the distinction between subprocess mediation and model delegation or sandboxing. Storage before declined replacement and side effects surviving passthrough remain explicit. The public reader is told that proxy expansion is a decoded text channel, a missing entry does not trigger automatic upstream re-execution, and the host owns recognition of missing evidence and task completion. This does not widen RT-RTE-mcp-proxy or RT-RTE-cache-recovery into reliable task delivery.

Session continuity and alternatives. The public account uses the surviving MEM-OBJ-session identity and preserves structural rather than truth admission. Explicit/latest selection, clipped turns, guide omission, non-project-scoped latest selection and synthetic-row loading failures remain visible. The installed hook is described as a route to stdout, not observed model injection. MEM-RTE-session-continuity, MEM-OBJ-snapshot and EPI-RTE-resume-guide support the crucial distinction between direct session projection and afforded checkpoint storage/load. No complete ordinary capture-to-checkpoint-to-restoration chain is inferred. Browser/WASM, JavaScript, IDE and HTTP paths retain separate controls and evidence gaps; the text does not transfer native recovery or verification to them. Auxiliary APIs are not invented live consumers (RT-RTE-browser-compress, RT-RTE-request-transform, MEM-CMP-library-stores, MEM-CMP-context-controls).

Learning, theory properties and evaluation. The trace-fed contribution is stated positively before its unresolved extensions: automatic tool-result transformation into durable derived context with later consumers. This agrees with the handed profile verification's local wired assessment and the paths in MEM-OBJ-cache-compressed. It does not become a claim of improved capacity, weight training or a closed production-policy adaptation chain. MEM-OBJ-operation-metadata supports the distinction between raw signals, separate recommendations and a live adaptive consumer. Theory-builder conditions are not asserted as a completed pathway, and learning from criticism, reflection, autonomous theory building and self-improvement remain independently unestablished rather than inferred absent. The runtime provides no separate affirmative condition-by-condition pathway that the public text suppresses (RT-BAP-host-guidance, RT-RTE-preset-reload, epistemic conclusion). Fixture measurement and test disposition are kept separate from production answer verification, source truth and causal model benefit (EPI-RTE-fixture-check, EPI-RTE-regression-gate, EPI-CLM-fact-recall).

Limitations and materiality. I checked the Limitations table against all reconciliation qualifications and the two preceding verifications. No unresolved conflict or declared predecessor limit requires additional carriage. The table preserves missing execution/causal evidence, route-specific preservation, heuristic residency, incomplete continuity, selective withdrawal, alternate implementation coverage and unresolved broader learning properties, with prevented conclusions and resolving evidence. The scenario assessment and proposed assessment-changing evidence stay within those bounds. Existing uncertainty is faithfully scoped; it is not an additional defect merely because more source inspection or a more detailed inventory is possible. No unsupported comparison value, strengthened guarantee, central misleading omission or local unresolved record fault requiring a new publication limit was found.

Blockers

none

Limits

none