JEPA-Anything profile verification

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

Verification

I checked all ten axes in the memory profile, including their unit scopes, positive findings, evidence bases and coverage assessments. The comparison boundary concerns use-produced products, maintained provenance and retained numerical state. Static Skill methodology, enclosing host internals and current-call rollout outputs do not become accumulated memory merely because they influence execution. I used the handed reconciliation to resolve the two variance-history supersessions; the profile cites the canonical memory declarations rather than counting the epistemic declarations again. No frozen-source reads, new quotations or replacement records were needed.

• Storage substrate: Filesystem products and optional reports, repository manifest metadata, tensor buffers and model parameters have the stated storage witnesses. The configuration/package inventory remains partial rather than claiming that mixed containers resolve every operative part. Local numerical storage does not assert durable checkpoint reload. See RT-OBJ-design-config, RT-OBJ-scaffold-manifest, MEM-OBJ-online-variance-tracker, MEM-CMP-target-encoder and MEM-OBJ-checkpoint-manifest.
• Representational form: Prose assumptions, fixed-rule mappings/constants, sufficient statistics and learned numerical parameters retain distinct consumption accounts. Numerical encoding alone does not make Welford statistics parametric. Fixed projection rows are assessed at their specified linear-algebra consumer; the learnable basis and encoder parameters have separate parametric findings. Unknown module-dependent buffers remain unresolved. See MEM-OBJ-compiler-assumptions, MEM-RTE-streaming-monitor, RT-CMP-orthogonal-factor-projection and MEM-CMP-target-encoder.
• Lineage: Requested host authorship/import is not upgraded to implemented or observed authorship. Literal specialization, diagnostic derivation, Welford accumulation, caller-supplied numerical initialization and subsequent EMA/retraction retain separate warrants. Known transformations do not settle original sample or training provenance. See RT-RTE-task-compilation, EPI-RTE-template-specialization, EPI-RTE-design-diagnostics, MEM-RTE-streaming-monitor and MEM-CMP-target-encoder.
• Behavioral authority: Persisted mode constants route callbacks, and retained contract criteria validate and locally enforce conformity when invoked. Those findings do not certify measurements or constrain bypassing callbacks. Diagnostic repair has only claimed feedback/learning authority; historical statistics supply information to the penalty calculation, while external optimizer consumption is only afforded. The profile does not assign these authorities to unconsumed assumptions or opaque parameter parts. See RT-BAP-generated-contract, EPI-RTE-evidence-envelope, EPI-RTE-measurement-checks, RT-RTE-task-compilation and MEM-RTE-streaming-monitor.
• Write agency: Requested model repair, software admission, numerical updates and explicit human editing are distinguished. Starting a workflow or choosing an input does not establish per-content human approval. CLI and direct-render admissions retain their different conditions; initial numerical admission remains unknown. See RT-RTE-scaffold-admission, RT-RTE-core-projection, MEM-CMP-target-encoder and MEM-RTE-streaming-monitor.
• Curation operations: Requested design repair supports claimed evolution. Welford merging supports reduced historical representation and revision; reset supports forgetting, not age-based decay or history-preserving invalidation. EMA and QR support revision without evidence of improved quality. Rendering and integrity checking are not promoted to curation merely because they write files or replace a directory. See RT-RTE-task-compilation, MEM-RTE-streaming-monitor, MEM-CMP-target-encoder and RT-RTE-core-projection.
• Read-back direction and signal: Explicit path loads, imports, module calls and verification requests support pull. Delivery inside those requests is not a second push operation. The future verify-before-load consumer is afforded, not a wired loader. Unestablished semantic reload/report consumers keep direction partial and signal not-determinable; request identifiers do not establish identifier-based push. See RT-RTE-scaffold-admission, RT-BAP-generated-contract, MEM-RTE-streaming-monitor, MEM-OBJ-checkpoint-manifest and MEM-OBJ-compiler-assumptions.
• Trace learning and trace source: The claimed positive has a complete declared chain: validator execution feedback reaches host repair, repair changes a retained design, rendering produces durable contracts, and subsequent imports/calls consume those contracts. Tool execution feedback supports tool-traces at that same claimed layer. The definitions require neither new knowledge nor improvement, and do not exclude a durable external product with an established later consumer. This therefore does not conflict with the records' refusal to infer compiler learning, revised Skill methodology or self-improvement. Numerical sample origins, upstream optimization and durable numeric writes remain unresolved rather than becoming a system-wide negative. See RT-RTE-task-compilation, EPI-RTE-design-diagnostics, RT-RTE-scaffold-admission, RT-BAP-generated-contract, MEM-RTE-streaming-monitor and MEM-CMP-target-encoder.

I also checked the missing diagnostic, executable-contract and file-list part declarations identified by reconciliation against the profile's dependent passages. The profile preserves supported distinctions using the existing records and leaves affected inventories partial; it neither invents the missing records nor claims complete system coverage from the containers. Its remaining unknowns are explicitly scoped uncertainties, not unsupported absence findings. No finding requires a publication blocker or an additional verification limit.

Blockers

none

Limits

none