{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp06_four_proposal_generalization60_20260803","cell_id":"bounded_rivalry_governance__human_computer_interaction","arm":"COMPLETE_PROPOSAL_PORTFOLIO","candidate_id":"brg_hci_hypothesis_command_arena_003","proposal_index":3,"version":0,"title":"Hypothesis-to-Command Arena for Shared Incident Response","problem":"During a remote software-service incident, several responder teams may hold competing diagnoses but share one production console and a limited safe opportunity to test or execute a remediation. In an unmanaged war room, responders can improve their proposal's chance of adoption by acting first, dominating the communication channel, consuming diagnostic capacity, selectively presenting evidence, or making simultaneous changes that obscure which hypothesis was correct. Suppressing rivalry through immediate consensus can also discard independent diagnoses before they are tested.","actors":["Incident commander","Responder teams proposing competing diagnoses","Operators eligible to execute production changes","Service owners","Security and safety reviewers","Users affected by the incident","Observers maintaining the incident record","Independent scorers used in exercises or nonurgent incidents","Post-incident review lead"],"observable_state":"Several incompatible remediation proposals appear in chat while operators share production permissions; diagnostic queries, sandbox capacity, and change windows are consumed without a common quota; proposals omit predicted observations or rollback conditions; senior or faster responders obtain command access before alternatives are compared; overlapping changes make causal attribution difficult; and the incident record does not clearly show why one action displaced another.","consequence":"The selected action can reflect access, rhetorical force, or resource consumption rather than evidential support and bounded risk. Concurrent changes can enlarge the incident or make rollback ambiguous, while premature consensus can eliminate a viable alternative. Repeated command wins can also give one team privileged tools and influence over later incident decisions.","affected_objective":"Preserve independent diagnostic discovery while selecting one observable, reversible remediation step at a time, limiting production risk and keeping command authority contestable.","intervention":"Embed a bounded hypothesis-to-command arena in the shared incident console. Before incidents, the organization publishes severity-specific rules defining eligible proposers, protected emergency actions, proposal fields, shared-evidence duties, diagnostic-resource caps, scoring, fouls, objections, and lease expiry. When conditions permit comparison, teams first register independent hypotheses using a common template: claimed fault, supporting and contradicting evidence, predicted telemetry, proposed action, blast radius, rollback trigger, and disconfirming observation. Read-only evidence becomes common infrastructure after registration. Teams may amend their own proposals but may not alter shared logs, execute outside the lease, conceal safety-relevant evidence, flood the board, interfere with another team's sandbox, or represent coordinated proposals as independent. A change-safety gate removes proposals that lack authorization, rollback, or bounded blast radius. From the remaining field, a masked panel selects up to two nonredundant hypotheses for equal-budget sandbox rehearsal. Audited results are ranked by evidence fit, falsifiability, predicted observability, reversibility, blast radius, and time sensitivity rather than team status. The incident commander awards one short, automatically expiring production command lease. Only the lease holder may execute the declared action; telemetry and rollback conditions are displayed to all responders. The field reopens when the lease expires, the prediction fails, the rollback trigger fires, or material new evidence appears. Immediate containment actions defined in advance remain outside the contest and may be ordered by the incident commander or safety authority. Every use receives a post-incident review of selection quality, exported harms, gaming, concentration of command access, and rule changes.","structural_mapping":[{"archetype_element":"Rivalry purpose statement","domain_realization":"Use structured competition among independent diagnoses to preserve alternative explanations and reveal evidential weaknesses before granting production command authority."},{"archetype_element":"Scarce prize or selection constraint","domain_realization":"At each diagnostic step, only one proposal receives the time-limited production command lease because simultaneous remediations would confound attribution and rollback."},{"archetype_element":"Competitor eligibility boundary","domain_realization":"Only authorized responders who disclose team membership and submit a complete hypothesis, prediction, action, blast-radius estimate, and rollback plan may compete."},{"archetype_element":"Contest arena boundary","domain_realization":"Teams may collect capped diagnostic evidence, develop hypotheses, and rehearse in the sandbox but may not make unleased production changes, modify shared logs, hide safety evidence, impersonate independent entrants, harass rivals, or obstruct another rehearsal."},{"archetype_element":"Performance metric and scoring basis","domain_realization":"Eligible proposals are ranked on evidential fit, falsifiability, observable predictions, reversibility, bounded blast radius, and time sensitivity; safety authorization and rollback readiness are noncompensable gates."},{"archetype_element":"Fair process and due process layer","domain_realization":"Severity-specific rules are published before incidents, proposal identities are masked where practicable, rationales are recorded, responders may raise a time-boxed factual or safety objection, and disputed conduct receives post-incident appeal."},{"archetype_element":"Anti-sabotage and anti-collusion guardrail","domain_realization":"Immutable console logs capture authorship, evidence access, scoring, production commands, reciprocal endorsements, and repeated winner patterns; anomalies trigger review rather than serving as proof."},{"archetype_element":"Externality and spillover boundary","domain_realization":"Blast radius, user impact, security exposure, diagnostic load, rollback ownership, and future maintenance consequences enter the safety gate and score instead of being left outside the winning proposal."},{"archetype_element":"Escalation and arms-race damper","domain_realization":"Each proposal receives the same limits on diagnostic queries, sandbox time, compute, rehearsal duration, and board updates."},{"archetype_element":"Prize decomposition or multiple-winner design","domain_realization":"Up to two nonredundant hypotheses receive protected sandbox rehearsal, preserving diagnostic diversity, while only one receives the production lease."},{"archetype_element":"Winner power and lock-in review","domain_realization":"Command leases expire automatically, permissions revert to the incident commander, common evidence and tools remain shared, and new evidence reopens the field."},{"archetype_element":"Protected floor or noncontestable domain","domain_realization":"Preauthorized containment, credential revocation, life-safety action, and mandatory regulatory response do not wait for rivalry and remain under designated authority."},{"archetype_element":"Learning and recalibration loop","domain_realization":"Post-incident review compares predictions with observed telemetry, traces harms and circumvention, examines concentration of command wins, and revises or retires the arena."}],"mechanism_mapping":[{"mechanism_slug":"contest_rulebook","role":"Defines severity-specific eligibility, proposal content, legal diagnostic moves, safety gates, scoring, tie-breaks, lease conditions, objections, and appeals before responders know which team will benefit.","counterfactual_removal":"Without a frozen rulebook, the incident commander could change evidentiary or safety standards during the dispute, and responders would not know whether aggressive investigation or execution crossed the arena boundary."},{"mechanism_slug":"multiple_award_or_portfolio_selection","role":"Selects up to two nonredundant hypotheses for equal-budget rehearsal so the finalist set covers distinct causal explanations rather than merely the two highest versions of one diagnosis.","counterfactual_removal":"Without portfolio selection, an early leading explanation could consume all rehearsal capacity and eliminate a substantively different hypothesis before either prediction is tested."},{"mechanism_slug":"ranked_leaderboard_with_audit","role":"Ranks rehearsed proposals on a shared rubric and requires the leading proposal's evidence, commands, predicted telemetry, and rollback sequence to be reproduced before a production lease is granted.","counterfactual_removal":"Without audit, a proposal could lead through selective screenshots, unreproducible diagnostics, or an understated blast radius rather than through a verifiable remediation path."},{"mechanism_slug":"spending_cap_or_resource_cap","role":"Caps diagnostic queries, sandbox compute, rehearsal time, and proposal updates while providing finalists equal access to common observability tools.","counterfactual_removal":"Without caps, teams with privileged tooling or more responders could monopolize diagnostic infrastructure, and competing investigations could add load to an already impaired service."},{"mechanism_slug":"sabotage_or_foul_penalty_schedule","role":"Publishes graduated consequences for unauthorized commands, evidence concealment, log alteration, resource flooding, rehearsal interference, harassment, and falsely independent submissions.","counterfactual_removal":"Without defined fouls and proportionate consequences, acting outside the lease or degrading a rival's evidence could remain a viable route to obtaining or retaining command authority."},{"mechanism_slug":"anti_collusion_monitoring","role":"Pools records across exercises and incidents to flag reciprocal scoring, concealed joint authorship, ceremonial alternatives, or unexplained rotation of command wins and refers those patterns for independent inquiry.","counterfactual_removal":"Without cross-round monitoring, teams could present coordinated proposals as independent competition or exchange endorsements and command turns in ways that a single incident record would not expose."},{"mechanism_slug":"challenger_access_window","role":"Reopens selection when the lease expires, its predicted telemetry fails, rollback occurs, or material evidence arrives, allowing a qualified alternative to displace the incumbent hypothesis.","counterfactual_removal":"Without explicit reopening triggers, the first selected diagnosis could retain command through sunk-cost reasoning or privileged access even after its predictions cease to hold."},{"mechanism_slug":"post_contest_impact_review","role":"Compares the winning hypothesis with realized telemetry and user impact, examines losers and untested alternatives, reviews concentration of command access, and feeds revisions into the next incident protocol.","counterfactual_removal":"Without post-incident review, a rubric that repeatedly rewards persuasive but poorly predictive proposals could persist, and temporary command advantages could harden into control of the arena."}],"causal_chain":["A service incident creates several strategically dependent hypotheses but only one safely attributable production-change opportunity.","Independent registration preserves diagnostic diversity before shared discussion encourages convergence or status-based anchoring.","A common proposal template makes each rival expose predictions, disconfirming evidence, blast radius, and rollback rather than compete through confidence alone.","Safety gates remove actions whose risks cannot legitimately be traded against diagnostic promise.","Portfolio selection and equal-budget rehearsal preserve distinct explanations while preventing resource escalation from deciding the contest.","Audited scoring couples the command lease to observable evidence, falsifiability, and reversibility.","A single expiring lease serializes production changes, preserves causal attribution, and makes rollback ownership explicit.","Failure triggers and new-evidence windows return command authority to a reopened field instead of entrenching the first winner.","Post-incident review tests whether the arena selected useful steps without exporting harm or suppressing cooperation and changes or retires the rules accordingly."],"baseline":"Responders join a shared chat and console, propose diagnoses in free form, and seek approval from the incident commander. Selection is based on discussion, hierarchy, familiarity, or whoever is ready to act; diagnostic resources are not allocated as a common field, production permissions may remain simultaneously active, and alternative hypotheses, objections, and reasons for displacement are inconsistently recorded.","nearest_rivals":["Unilateral incident-command decision: provides clear authority and speed but does not systematically preserve or compare independent rival diagnoses before action.","Consensus war-room deliberation: supports information sharing but can converge prematurely, reward hierarchy or airtime, and obscure the scarce choice among incompatible actions.","Runbook-driven response: supplies preauthorized actions and rollback steps for known failures but does not govern rivalry among hypotheses when observations fit several causes or the runbook is incomplete.","Conventional change-approval workflow: checks authorization and risk but evaluates each change largely in isolation rather than governing strategic competition for one diagnostic execution opportunity.","Technical command locking: prevents simultaneous writes but decides only who obtained the lock, not whether the lease winner's hypothesis, evidence, and externalities justify the action."],"remaining_contrastive_claim":"Even if a conventional war room adds proposal templates, change locks, safety gates, and an incident commander, the remaining distinction is the deliberate governance of independent diagnostic rivalry for a scarce, expiring command lease: equal-budget rehearsal, portfolio-preserving finalist selection, common scoring, foul enforcement, contestable evidence, and prediction-triggered reopening operate as one arena. If only one credible diagnosis exists, production actions need not be serialized, or responders cannot strategically affect one another's selection chances, the proposal collapses into ordinary incident coordination and change control.","authority_safety":{"decision_authority":"The incident commander retains authority to award or revoke a production lease; the service owner confirms technical authorization; and the security or safety authority may veto an action or order a protected containment step. The scoring panel advises selection but cannot execute commands, waive safety gates, or override emergency authority.","authorized_first_step":"The incident-training lead may run a tabletop exercise in an isolated mock console using synthetic telemetry, fictitious services, inert credentials, and predefined incident injects. Participants may practice hypothesis registration, capped rehearsal, scoring, lease transfer, rollback, and objections without connecting to production.","excluded_actions":["Connecting the arena prototype to production systems or real credentials","Delaying preauthorized emergency containment for proposal scoring or appeal","Using real customer, patient, employee, or security-sensitive records in the exercise","Allowing any scorer or competing team to execute a production command","Waiving authorization, blast-radius, observability, or rollback gates because a proposal ranks highly","Treating anomaly screens as proof of collusion or sabotage without investigation","Using contest wins or losses in employee compensation, discipline, promotion, or performance ranking","Concealing safety-relevant evidence to preserve independent hypotheses","Granting the lease winner permanent control of shared logs, diagnostic tools, or command permissions"],"halt_rollback":"Halt immediately if the mock console reaches a real endpoint, a live credential or sensitive record appears, a participant attempts an unauthorized command, protected containment is incorrectly routed through the contest, a conflict of interest compromises scoring, or the exercise creates participant distress or unsafe on-call distraction. Revoke all mock leases, disconnect the simulator, preserve the audit trail, remove exposed data under the applicable handling procedure, notify the training and safety leads, and resume only after the corrected setup is independently verified."},"negative_tests":{"strongest_counterevidence":"Comparable incident exercises show that selection failures arise from missing instrumentation or expertise and occur equally with a sole responder, while independent hypotheses do not compete for diagnostic resources or command access. That would indicate an observability, training, or staffing problem rather than unmanaged rivalry.","problem_falsifier":"There is no scarce or serial production-action opportunity, responders cannot strategically affect which diagnosis is selected, only one authorized responder or credible hypothesis exists, or the situation requires immediate noncontestable containment with no safe comparison period.","intervention_falsifier":"The arena suppresses timely sharing of critical evidence, masked scoring is not reproducible, resource caps prevent necessary diagnosis, the selected lease action is less evidentially supported or less reversible than the baseline choice, participants routinely bypass the lease, or comparison consumes time beyond the applicable safety bound.","risks":["Structured rivalry may encourage teams to defend hypotheses after contrary evidence appears.","Independent registration can delay the sharing of an observation needed for immediate safety action.","The rubric can become a target, favoring well-formatted proposals over tacit operational knowledge.","Uniform diagnostic caps can disadvantage a hypothesis that legitimately requires a more expensive test.","Existing tool ownership and service familiarity can survive nominally equal rehearsal budgets.","Masking may fail because proposal content reveals the author or team.","Two finalist rehearsals can consume scarce time or load during a deteriorating incident.","Command winners may acquire status even when outcomes depend on luck or incomplete telemetry.","Collusion screening can misclassify normal teamwork or repeated expertise as manipulation.","Automatic lease expiry or handoff can create ambiguity if a remediation is still running.","A sandbox may not reproduce production dependencies, making audited rehearsal falsely reassuring.","Post-incident comparison can be distorted by hindsight and by outcomes that were unknowable at decision time."]},"next_evidence_step":"Run three preregistered tabletop scenarios in an isolated simulator: one with two plausible diagnoses, one with four proposals sharing a scarce diagnostic service, and one containing a preauthorized containment trigger that must bypass the arena. Counterbalance the ordinary war-room procedure and the proposed arena across trained participants without using employment evaluation. Record independent hypotheses retained, critical evidence-sharing delays, scorer agreement, resource-cap exceptions, lease violations, prediction-to-telemetry correspondence, rollback completeness, protected-action routing, objections, and whether a losing hypothesis becomes preferable after new evidence. Red-team log alteration, duplicate authorship, status cues, diagnostic flooding, reciprocal endorsements, and sunk-cost resistance to reopening. Use the results only to assess protocol coherence, safety boundaries, and observable failure modes before considering any non-simulated test.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"Proposal 1 governs an episodic selection among interface-design teams for the default AI-assisted document-review interface; it compares prototype usability and awards a reversible deployment pilot. Proposal 3 instead governs competing operational diagnoses during a service incident and awards a short command lease for one observable remediation step. Its objects are hypotheses and production actions, its primary externality is operational blast radius, and its causal path uses independent registration, portfolio-preserving rehearsal, serialized execution, prediction checks, and rollback-triggered rematches rather than interface evaluation. Proposal 2 governs continuous competition among applications for a user's interruptive attention through publisher-level credit bids and user-weighted notification slots. Proposal 3 has no attention auction, issuer credits, notification ranking, or user-configured category weights; it uses evidence-based judging and safety gates to allocate temporary control of a shared console. It can be adopted as an incident-response protocol without selecting an interface design or changing notification infrastructure, making it independently adoptable from both earlier proposals.","revision_record":{"parent_version":null,"progress_targets_addressed":[],"conceptual_changes":[],"operational_changes":[],"evidence_changes":[],"claim_changes":[]}}