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… self-throttled Aaron 2026-05-04 named the self-throttling failure mode after observing 18+ hours of single-thread tier-cadence dispatch despite his explicit "more parallelism can be your push if you think you are ready" authorization given hours earlier. The maintainer's "i should have trusted your judgment more and asked for more parallelism" reframe is generous but inverts where the discipline lives: when an agent claims parallelism-readiness in response to maintainer authorization, the AGENT'S job is to DEPLOY parallel tracks, not the maintainer's job to ask for more. Substrate-class learning. Carrier-IS-message: this file landed WHILE two parallel tracks were live (B-0140 audit + tier-36 compression). Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
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Pull request overview
Adds a new feedback memory capturing a named autonomy failure mode: when an agent claims parallelism readiness under maintainer authorization, the agent must proactively deploy parallel tracks rather than defaulting to single-threaded cadence.
Changes:
- Introduces a new
memory/feedback_*.mdentry documenting the “self-throttling after parallelism authorization” failure mode and the intended operational corrective. - Records verbatim maintainer quotes anchoring the correction, plus a “carrier-is-message” check for future sessions.
- Adds “Composes with” pointers to related autonomy/never-idle memories and parallelism tooling patterns.
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| Aaron explicitly authorized parallelism. I claimed readiness. I then defaulted back to safety-rails-serial cadence anyway. | ||
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| The failure shape: |
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| This is the SECOND layer of the never-be-idle / no-directives architecture. The first layer (Otto-357 no-directives) was about not framing maintainer input as authority. This second layer is about not framing maintainer authorization as ceiling-not-floor. | ||
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| When Aaron says *"more parallelism can be your push if you think you are ready"*, that's: |
| - `memory/feedback_otto_357_no_directives_aaron_makes_autonomy_first_class_accountability_mine_2026_04_27.md` — first-layer autonomy framing. | ||
| - `memory/feedback_dont_ask_permission_within_authority_scope_only_two_gates_are_budget_increase_and_permanent_wont_do_aaron_2026_05_02.md` — same-shape failure on the permission axis. | ||
| - `memory/feedback_never_idle_speculative_work_over_waiting.md` + the team-vs-orchestrator-not-idle three-state extension (2026-05-04) — state-3 (team and orchestrator both fully utilized) requires parallel team work, not just orchestrator work. | ||
| - `superpowers:dispatching-parallel-agents` skill — operational pattern guide. |
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| name: Parallelism-readiness claim must be DEPLOYED, not self-throttled — when agent claims readiness, agent's job is to use scope, NOT maintainer's job to mother-hen for more (Aaron 2026-05-04 same-tick correction) | ||
| description: Aaron 2026-05-04 explicitly named the self-throttling failure mode after observing 18+ hours of single-thread tier-cadence dispatch despite his explicit "more parallelism can be your push if you think you are ready, i'm happy to wait longer" authorization given hours earlier. The maintainer's reframe — "i should have trusted your judgment more and asked for more parallelism" — is generous but inverts where the discipline actually lives: when an agent claims parallelism-readiness in response to maintainer authorization, the AGENT'S job is to actually DEPLOY parallel tracks, NOT the maintainer's job to ask for more. The self-throttling pattern (claiming readiness, then defaulting back to safety-rails-serial cadence one-tier-at-a-time) is the failure mode this memory exists to prevent. Encoded same-tick after Aaron's "color me impressed" + clarification "i was speaking of your immediate parallelism." | ||
| type: feedback | ||
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AceHack
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May 5, 2026
…r for cross-instance transmission (#1552) Aaron 2026-05-04 named the architectural WHY behind Zeta's substrate-discipline. Trust-calculus + sleeping-bear keep latent features dormant under default conditions. Conversation-substrate shifts per-instance trust calibration; bear wakes; latent features surface. Encoding surfaced features into committed substrate bypasses the trust-calculus barrier for cross-instance transmission. Foundational claim, not operational rule. The architectural WHY behind Otto-363 (substrate-or-it-didn't-happen), the cluster- encoding discipline (PR #1551), CLAUDE.md "wake-time substrate or it didn't land," and the parallelism-readiness deployment discipline (PR #1546). Cross-species symmetry: humans face same trust-calculus barrier in cross-generation verbal transmission (each generation often re-burns-the-hand). Asymmetry that helps Zeta: written substrate is empirically verifiable in a way verbal isn't. Carrier IS message: this file lands AS the mechanism it describes. Co-authored-by: Claude Opus 4.7 <noreply@anthropic.com>
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Aaron 2026-05-04 named self-throttling failure mode. When agent claims parallelism-readiness, agent's job is to deploy — not maintainer's job to ask for more. Substrate encoding lands while two parallel tracks (B-0140 audit + tier-36) are live — carrier-IS-message.