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Horizon, forgiveness, and the direction of AI innovation. A theoretical account of why rapid imitation can redirect frontier research toward capabilities that are difficult to certify and copy.
AI tasks differ on two economically distinct margins: the length of the action chain they require and how much they forgive errors through retries, monitoring, or rollback. Serial tasks with retries generate a two-dimensional task frontier rather than a single quality ladder. Imitation is also directional. A successful trajectory can reveal a plan, while certifying a rare failure rate requires many independent trials. In the paper's certification-and-entry equilibrium, an entrant with less transferable and deployment evidence can test harder yet certify later. Competition prices each capability lead through that imitation window. A longer reliability annuity and complementarity between the two task boundaries then make an optimizing research program invest in horizon first and rotate toward reliability. Repeated racing can make laboratories herd on that margin. Liability and public verification both affect reliability, but their effects on frontier incentives, entry, and market structure differ.
The latest internal top-five desk screen recommends sending the manuscript to external referees. That is a screening judgment, not a journal decision or an acceptance claim. The paper has survived a proof-level rebuild: the task environment now retains primitive heterogeneity; the certification lag comes from an entry and verification problem; rotation is solved as an optimizing research program; state-dependent lags and total program size are allowed; racing is a renewal game; and welfare and market structure use exact accounting.
The main remaining publication risks are explicit. The paper composes conditional equilibrium modules rather than one global Markov-perfect equilibrium; the direction-specific certification lag is not directly measured; the mapping from program scale to observed training expenditure is qualitative; and the paper is broad. The manuscript treats these as scope and falsification limits rather than disguising them. Read the latest desk screen, its response, and the submission-readiness memorandum.
The theory is frozen at the audited 51-page candidate. It will be reopened only for a demonstrated error, a dated factual refresh, a mandatory journal rule, or actual editor/referee feedback.
The executable preflight passes all 7 technical and package gates: complete hashes, 132/0 mathematics, an independent three-pass build, and clean PDF structure.
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An O-ring task with retries yields a horizon and a fragility requirement. A scalar quality ladder exists exactly when task requirements form a chain; heterogeneous forgiveness supplies a robust route to nonnested tasks.
Task-by-task Bertrand competition makes frontier profit the boundary-value integral over the capability gap to the best alternative. A task can be valuable and widely served while generating no frontier rent.
Behavior-only certification at failure rate ε needs Ω(1/ε) observations. Firms choose verification and entry; incomplete transfer and deployment evidence create an endogenous entrant lag, while public evidence lowers costs and can induce entry.
A capability increment earns a lag-window boundary value plus a post-absorption remainder. A solved research program is horizon-first and then reliability; a signed curl preserves the ordering with state-dependent annuities and endogenous program size.
Faster horizon imitation alone reduces research scale; an expanding reliability annuity raises it. Repeated direction choice yields moat herding, horizon herding, differentiation, or coordination under explicit renewal-game inequalities.
Private value differs from social value because imitation transfers the post-absorption stream. Liability raises reliability investment and leader task share; public verification accelerates diffusion and entry while weakening frontier incentives.
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The PDF, LaTeX source, research architecture, evidence files, derivations, and math checker are synchronized with the current July 2026 audited manuscript. The checker reports 132 passes and 0 failures.