{"schema_version":1,"experiment_id":"eoa_inverse_innovation_exp06_four_proposal_generalization60_20260803","cell_id":"catalytic_pathway_enablement__human_computer_interaction","arm":"COMPLETE_PROPOSAL_PORTFOLIO","candidate_id":"hci_verified_resumption_packet_broker","proposal_index":2,"version":0,"title":"Verified Resumption Packets for Shifted Digital Casework","problem":"When responsibility for an in-progress digital case passes between workers, returns after an interruption, or escalates from automation to a person, the receiving operator must reconstruct the case goal, completed actions, current interface state, unresolved exceptions, external commitments, and permissible next steps from activity logs, open views, and informal notes. Resuming the case is already feasible and authorized, but every transfer repeatedly incurs this reconstruction burden.","actors":["Outgoing case operator","Receiving or returning case operator","Workflow-automation service","Operations supervisor","Workflow application owner","Privacy and security reviewers","Resumption-service steward"],"observable_state":"At a control-transfer event, the workflow contains a long event history but lacks a verified statement of the current goal, completed and failed steps, pending commitments, unresolved exceptions, provenance, and next authorized decision. The receiver rereads logs, asks the outgoing operator for clarification, repeats a completed action, overlooks a pending item, or reopens multiple interface views before proceeding.","consequence":"Cases remain idle during reorientation, scarce overlap time is consumed by live explanation, and receivers can duplicate, reverse, or omit work because the technically available history does not provide an actionable resumption state.","affected_objective":"Reduce the time and reconstruction effort needed for an authorized operator to regain correct situational awareness at a digital-work transfer while preserving the complete audit record, human decision authority, privacy boundaries, and workflow requirements.","intervention":"Introduce a workflow-specific resumption broker at the control-transfer boundary. For eligible cases, a versioned state compiler reads only declared workflow events and fields, combines them with a required outgoing-actor confirmation or automation status record, and produces a compact packet containing the case objective, last verified state, completed and failed steps, pending commitments, unresolved exceptions, provenance links, and the next decision requiring human judgment. The receiver must verify the packet against linked evidence before acting. Unsupported, internally inconsistent, sensitive, or novel cases bypass the broker and use full-history review or a live handoff. After release, the broker clears transient compilation state, records the cycle outcome, checks its workflow mappings, and returns ready for another transfer. Capacity, packet accuracy, bypasses, receiver corrections, and downstream queueing determine admission, refresh, or shutdown.","structural_mapping":[{"archetype_element":"Target transformation specification","domain_realization":"Transform an eligible suspended or transferred digital case into a verified, human-readable resumption state from which an authorized receiver can identify the current goal, evidence, open obligations, and next decision."},{"archetype_element":"Activation barrier","domain_realization":"The receiver must repeatedly search and interpret distributed event history, UI state, comments, and automation output before reconstructing where legitimate work can resume."},{"archetype_element":"Permitted pathway boundary","domain_realization":"The broker may organize and expose already authorized case state; it may not decide the case, execute the next step, omit required review, reinterpret policy, or replace the underlying audit history."},{"archetype_element":"Eligible substrate","domain_realization":"Cases using a versioned workflow with declared state transitions, attributable events, a named receiving role, and no unresolved category that requires discretionary interpretation before summarization."},{"archetype_element":"Reusable facilitator","domain_realization":"A persistent state compiler and packet service that processes successive case transfers without becoming part of the transferred case or supplying the receiving operator's substantive judgment."},{"archetype_element":"Facilitator–substrate interface","domain_realization":"A handoff contract declares required state fields, provenance links, outgoing confirmation, receiving role, packet schema, release conditions, and the cases that must bypass compilation."},{"archetype_element":"Selectivity rule","domain_realization":"Only internally consistent cases covered by the current workflow grammar enter the compiled path; conflicting events, missing provenance, protected content, unexpected state transitions, and novel exceptions route to full-history review."},{"archetype_element":"Cofactor system","domain_realization":"The broker requires current event provenance, an authoritative workflow-state map, identity and authorization data, and confirmation of unresolved commitments. These complements enable compilation but remain distinct from the reusable compiler."},{"archetype_element":"Release condition","domain_realization":"A packet is released when required fields and provenance checks pass. It becomes usable only after the receiving operator acknowledges its limitations and verifies the decision-relevant evidence."},{"archetype_element":"Regeneration cycle","domain_realization":"After packet release or bypass, transient compilation context is cleared, outcome telemetry is separated from case content, and state mappings are checked; drift or repeated corrections trigger revalidation, refresh, or retirement."},{"archetype_element":"Turnover capacity","domain_realization":"Capacity is represented by verified handoff packets per service instance and time window, together with compilation time, queue depth, bypass rate, correction work, recovery time, and mapping degradation."},{"archetype_element":"Inhibition and poisoning","domain_realization":"Stale workflow schemas, unattributed actions, conflicting event order, incomplete automation status, excessive free text, authorization changes, or protected information can block or corrupt compilation."},{"archetype_element":"Downstream recipient and load","domain_realization":"The receiving operator consumes the packet and performs the existing review or decision. Broker admission is capped so it does not create more resumable cases than receiving teams can safely absorb."},{"archetype_element":"Equilibrium neutrality","domain_realization":"The broker accelerates reconstruction of an already available and authorized work state; it does not resolve missing authority, staffing, objective conflicts, infeasible tasks, or substantive case uncertainty."},{"archetype_element":"Accountable steward and deactivation","domain_realization":"A named workflow-service owner maintains mappings, access rules, capacity, correction audits, incident response, and refresh, while operations, privacy, and security owners can suspend the compiled path."}],"mechanism_mapping":[{"mechanism_slug":"interface_contract_design","role":"Defines eligible workflow states, required evidence, packet guarantees, receiver obligations, versioning, and the protected boundary around substantive decisions.","counterfactual_removal":"Without a stable contract, each application and receiver must renegotiate what a handoff contains, recreating the interpretation barrier and permitting silent scope expansion."},{"mechanism_slug":"prevalidated_transformation_template","role":"Encodes the approved mapping from workflow events and state fields to packet sections while locking policy-sensitive content and exposing only permitted case variables.","counterfactual_removal":"Without a prevalidated template, the broker must improvise the meaning and organization of each transferred case, weakening repeatability and provenance."},{"mechanism_slug":"workflow_automation_or_macro","role":"Acts as the reusable facilitator by compiling declared events, validating provenance, assembling the packet, linking evidence, and logging each cycle.","counterfactual_removal":"Without the compiler, an outgoing or receiving operator must manually reconstruct and format the resumption state for every transfer."},{"mechanism_slug":"catalyst_cofactor_system","role":"Makes authoritative workflow mappings, attributable event data, identity authorization, and outgoing confirmation explicit prerequisites rather than hidden supplies.","counterfactual_removal":"Without cofactor checks, the broker can appear operational while compiling from stale mappings, unauthenticated actions, or insufficient state evidence."},{"mechanism_slug":"inhibitor_and_poison_screen","role":"Detects inconsistent state transitions, missing provenance, protected content, stale versions, and unsupported exceptions before compilation.","counterfactual_removal":"Without upstream screening, an incompatible case can yield a confident but false packet or contaminate the broker's operating context."},{"mechanism_slug":"active_site_capacity_dashboard","role":"Displays compilation occupancy, queue depth, cycle time, bypasses, receiver corrections, mapping alarms, and downstream intake so saturation is distinguishable from degradation.","counterfactual_removal":"Without this view, operators may send additional transfers through a saturated or drifting broker and mistake utilization for healthy service."},{"mechanism_slug":"catalyst_regeneration_protocol","role":"Clears transient case context after every cycle, revalidates mappings after correction signals, and pauses or retires versions that cannot be restored.","counterfactual_removal":"Without regeneration and retirement, cross-case residue and schema drift can accumulate while the broker remains nominally available."},{"mechanism_slug":"turnover_and_selectivity_assay","role":"Measures correctly verified resumption packets per broker cycle against ordinary handoff, including omissions, false state claims, corrections, bypasses, and degradation over the test window.","counterfactual_removal":"Without the assay, faster-looking handoffs could be credited to the broker despite easier case selection, incomplete packets, or shifted reconstruction work."},{"mechanism_slug":"small_safe_to_fail_probe","role":"Confines initial use to a low-consequence, reversible workflow and compares broker-on with ordinary resumption under predeclared pass and stop conditions.","counterfactual_removal":"Without a bounded comparison, erroneous packets or workflow-specific misfit could influence consequential work before the barrier-lowering effect is established."}],"causal_chain":["An eligible digital case reaches a declared interruption, shift-transfer, or automation-escalation boundary.","The interface contract identifies the receiving role and requests the required outgoing confirmation or automation status record.","The poison screen checks workflow version, provenance, authorization, state consistency, and prohibited content; failed cases bypass to full-history review.","The reusable compiler maps validated events and fields into the prevalidated resumption template.","The packet presents objective, verified state, completed and failed actions, pending commitments, unresolved exceptions, provenance links, and the next human decision without recommending its outcome.","The receiving operator verifies decision-relevant evidence, corrects or rejects the packet, and resumes through the unchanged workflow.","Packet verification, corrections, bypasses, queueing, and subsequent state reversals update turnover, selectivity, and capacity records.","Transient compilation state is cleared; correction patterns or schema changes trigger mapping refresh, quarantine, or retirement.","Comparison with ordinary handoff tests whether reusable compilation reduced reconstruction burden without transferring error, authority, or workload elsewhere."],"baseline":"The outgoing worker leaves free-form notes when possible, while the receiver restores application views, reads the chronological audit log, inspects comments and automation messages, and asks for clarification before reconstructing the current case state. Eligibility, staffing, receiving authority, workflow requirements, and access to the complete history remain unchanged in the comparison.","nearest_rivals":["A chronological activity log, which preserves evidence but requires the receiver to reconstruct the actionable state from raw events.","Autosave or session restoration, which restores documents and interface views but does not verify goals, commitments, exceptions, provenance, or the next decision boundary.","A mandatory human handoff checklist, which can produce a similar artifact but consumes outgoing-worker effort per case and depends on timely, accurate manual completion.","Scheduled overlap or live verbal handoff, which provides contextual explanation by adding recurring staff time rather than using a reusable state-transformation service.","A general-purpose summarizer, which may condense text but lacks a workflow contract, state-transition validation, selective bypass rules, provenance guarantees, and a regeneration regime."],"remaining_contrastive_claim":"The proposal tests a governed catalytic cycle at an operational control-transfer boundary: verified workflow state enters a reusable compiler, a resumption packet is released to an authorized human, and the compiler clears and revalidates itself for another case. Its claim does not depend on replacing judgment, shortening the audit record, increasing staffing, or merely displaying existing activity.","authority_safety":{"decision_authority":"The operations manager and workflow application owner may jointly authorize the bounded shadow pilot after privacy and security review. Receiving operators retain authority over all substantive actions and may reject the packet. Privacy, security, and operations owners may independently suspend the broker.","authorized_first_step":"Run broker-on and ordinary-resumption conditions across at most 20 transfers in one low-consequence internal catalog-maintenance workflow. Keep the complete event history available, require receiver verification before action, and have the workflow steward review every generated packet during the probe.","excluded_actions":["Automatic execution of a next step or substantive case decision","Replacing, truncating, or altering the authoritative audit history","Compilation from undeclared applications, private messages, or protected fields","Inferring intent, policy meaning, or case status when the workflow record is ambiguous","Making broker use the only lawful handoff route","Using packet or correction telemetry for individual performance evaluation during the probe","Expanding to safety-critical, financial, employment, health, or rights-affecting workflows","Increasing pilot scope without a separate authorization decision"],"halt_rollback":"Disable packet generation and route all transfers to the ordinary process if a packet asserts an unsupported state, omits a decision-relevant commitment, exposes prohibited information, crosses authorization boundaries, carries residue from another case, or cannot link material claims to authoritative evidence. Quarantine affected packets, preserve only authorized incident records, clear transient broker state, restore the ordinary handoff UI, and require joint workflow, privacy, and security review before restart."},"negative_tests":{"strongest_counterevidence":"Matched transfers show that receivers using the complete activity log or ordinary notes regain correct state with equal or less time and correction work, while broker packets introduce omissions, false certainty, privacy exposure, verification overhead, or downstream queueing.","problem_falsifier":"Observation shows that receivers already reconstruct case state promptly and correctly, and that the real delay is missing decision authority, unavailable downstream staff, unresolved objectives, or infeasible next actions rather than repeated state reconstruction.","intervention_falsifier":"The broker does not improve correct state reconstruction under held-constant eligibility and authority, requires manual packet repair approximately proportional to each transfer, exceeds predeclared error or privacy boundaries, or cannot be reliably reset and refreshed across cycles.","risks":["A concise packet may create false confidence and discourage examination of linked evidence.","The compiler may omit an exceptional commitment that is visible only in free text or another application.","Workflow-schema drift may produce plausible but stale state descriptions.","Packet eligibility may exclude unusual work patterns and shift reconstruction burden onto less-supported operators.","Authorization or privacy metadata may be outdated at compilation time.","Correction telemetry could be repurposed for worker surveillance.","High transfer volume may saturate verification or downstream operators.","Outgoing workers may stop writing useful contextual notes because they assume the broker captures everything.","The steward may become a gatekeeper over which workflows and cases receive accelerated resumption."]},"next_evidence_step":"Predeclare the 20-transfer probe's eligible states, packet schema, comparison assignment, correctness rubric, privacy boundary, and stop rules. For broker-on and ordinary-resumption transfers, record time until the receiver can correctly state the objective, verified current state, pending commitments, unresolved exceptions, and next authorized decision; also record omitted or invented claims, evidence-link use, clarification requests, repeated or reversed actions, packet corrections and rejection, bypasses, compiler and human work, queue depth, prohibited-content events, cross-case residue, reset verification, and downstream workload. Interpret the result only for the tested workflow and broker version.","prior_art_status":"UNSEARCHED","diversity_from_prior_proposals":"Proposal 1 addresses retrospective translation of a user's interface breakdown into a privacy-safe artifact for product investigation; its substrate is a reported interaction failure, its primary barrier is loss of diagnostic context across user-to-product communication, and its output is a replay capsule for researchers or engineers. Proposal 2 addresses live continuity of authorized digital casework at a control-transfer boundary; its substrate is an in-progress workflow state, its barrier is receiver reorientation across distributed operational history, and its output is a verified resumption packet for the next operator. The second intervention is independently adoptable within workflow software, does not collect user breakdown reports, does not support usability diagnosis, and follows a distinct causal path from state compilation to correct work resumption.","revision_record":{"parent_version":null,"progress_targets_addressed":["Material separation from the earlier retrospective interaction-reporting problem","Complete catalytic cycle for live digital-work resumption","Explicit baseline, rivals, authority limits, regeneration, falsifiers, and bounded comparative evidence"],"conceptual_changes":[],"operational_changes":[],"evidence_changes":[],"claim_changes":[]}}