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reproduce the Hungarian article demo on the canonical fast route
Roadmap Position
Phase: Phase 6. Close demos and benchmark claims
Sequence: article-gap closure after TAS-156A
Owned-route boundary: any canonical article route referenced here means the psionic-transformer-based route established by TAS-156A / TAS-160, not a reintroduced mixed implementation spread across model or runtime crates.
Claim posture: necessary for article-equivalent closure, but not sufficient by itself to widen public capability claims
Description
bind the article-style 10x10 Hungarian path to:
canonical source
canonical Transformer-backed fast route
exact output
throughput floor
no-tool proof
Why This Matters
the article opens with Hungarian and shows concrete runtime numbers
Primary Surfaces
psionic-transformer (canonical owned article-route base for this issue)
psionic-serve
psionic-eval
psionic-research
Validation
Hungarian article parity report
throughput parity or declared floor
direct-proof parity
Claim Discipline
Keep machine-legible boundaries explicit; partial progress must not be presented as full article equivalence.
Preserve typed refusal, fallback, blocked, and suppressed posture where closure is still incomplete.
Keep public language bounded to the declared article envelope rather than implying generic arbitrary-program closure from a partial green result.
Done When
Hungarian is green on the canonical article route with the declared floor
Summary
Roadmap Position
TAS-156Apsionic-transformer-based route established byTAS-156A/TAS-160, not a reintroduced mixed implementation spread across model or runtime crates.Description
Why This Matters
Primary Surfaces
psionic-transformer(canonical owned article-route base for this issue)psionic-servepsionic-evalpsionic-researchValidation
Claim Discipline
Done When