Video advertising campaign governance independent evidence guide

Video Ad Campaign: Hook, Completion and Conversion Framework

Direct answer: Video advertising campaign governance connects format, creative, player delivery, accessibility, measurement and correction without guaranteeing reach, completion or conversion. The review below makes scope, evidence, downside, correction and transfer explicit.

Which business decision should the video campaign support?

Which business decision should the video campaign support? is controlled by the video-mandate-charter. The video-mandate-charter requires audience question, accepted business event, decision owner, budget boundary, and stop condition, exposes video production started without a decision, limits action to plan, narrow, or decline, and transfers evidence through the campaign approval.

The video-mandate-charter converts campaign mandate into a campaign control. It identifies audience question, accepted business event, decision owner, budget boundary, and stop condition before production, trafficking, or spend changes. The video-mandate-charter exposes video production started without a decision and restricts the authorized next step to plan, narrow, or decline. The completed campaign approval keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks campaign mandate through audience question, accepted business event, decision owner, budget boundary, and stop condition. The video-mandate-charter separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When video production started without a decision blocks readback, the video-mandate-charter pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible campaign mandate test freezes one asset and one destination inside the video-mandate-charter. The operator observes delivery, controls, interaction, accepted events, and errors, then records plan, narrow, or decline. A creative replacement, player failure, accessibility problem, or destination change becomes video production started without a decision. The final campaign approval gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: campaign mandate
Control record: video-mandate-charter
Required readback: audience question, accepted business event, decision owner, budget boundary, and stop condition
Blocking condition: video production started without a decision
Permitted decision: plan, narrow, or decline
Transfer artifact: campaign approval

Video Ad Campaign: Hook, Completion and Conversion Framework implementation workflow

How should the video format be selected?

How should the video format be selected? is controlled by the video-format-map. The video-format-map requires owner description, placement, initiation, skip state, message length, and device context, exposes one format assumed equivalent to another, limits action to select, test, or exclude, and transfers evidence through the format signoff.

The video-format-map converts format selection into a campaign control. It identifies owner description, placement, initiation, skip state, message length, and device context before production, trafficking, or spend changes. The video-format-map exposes one format assumed equivalent to another and restricts the authorized next step to select, test, or exclude. The completed format signoff keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks format selection through owner description, placement, initiation, skip state, message length, and device context. The video-format-map separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When one format assumed equivalent to another blocks readback, the video-format-map pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible format selection test freezes one asset and one destination inside the video-format-map. The operator observes delivery, controls, interaction, accepted events, and errors, then records select, test, or exclude. A creative replacement, player failure, accessibility problem, or destination change becomes one format assumed equivalent to another. The final format signoff gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: format selection
Control record: video-format-map
Required readback: owner description, placement, initiation, skip state, message length, and device context
Blocking condition: one format assumed equivalent to another
Permitted decision: select, test, or exclude
Transfer artifact: format signoff

Video Ad Campaign: Hook, Completion and Conversion Framework decision matrix

Which creative evidence belongs in review?

Which creative evidence belongs in review? is controlled by the video-creative-docket. The video-creative-docket requires script claim, visual proof, audio statement, asset hash, disclosure, and expiry, exposes a visual implication without support, limits action to approve, qualify, or reject, and transfers evidence through the creative approval.

The video-creative-docket converts creative integrity into a campaign control. It identifies script claim, visual proof, audio statement, asset hash, disclosure, and expiry before production, trafficking, or spend changes. The video-creative-docket exposes a visual implication without support and restricts the authorized next step to approve, qualify, or reject. The completed creative approval keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks creative integrity through script claim, visual proof, audio statement, asset hash, disclosure, and expiry. The video-creative-docket separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When a visual implication without support blocks readback, the video-creative-docket pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible creative integrity test freezes one asset and one destination inside the video-creative-docket. The operator observes delivery, controls, interaction, accepted events, and errors, then records approve, qualify, or reject. A creative replacement, player failure, accessibility problem, or destination change becomes a visual implication without support. The final creative approval gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: creative integrity
Control record: video-creative-docket
Required readback: script claim, visual proof, audio statement, asset hash, disclosure, and expiry
Blocking condition: a visual implication without support
Permitted decision: approve, qualify, or reject
Transfer artifact: creative approval

How should captions and controls be checked?

How should captions and controls be checked? is controlled by the video-access-readback. The video-access-readback requires captions, transcript, audio alternative, player label, keyboard control, and focus state, exposes meaning available only through uncaptioned audio, limits action to pass, repair, or replace, and transfers evidence through the access exception.

The video-access-readback converts video accessibility into a campaign control. It identifies captions, transcript, audio alternative, player label, keyboard control, and focus state before production, trafficking, or spend changes. The video-access-readback exposes meaning available only through uncaptioned audio and restricts the authorized next step to pass, repair, or replace. The completed access exception keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks video accessibility through captions, transcript, audio alternative, player label, keyboard control, and focus state. The video-access-readback separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When meaning available only through uncaptioned audio blocks readback, the video-access-readback pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible video accessibility test freezes one asset and one destination inside the video-access-readback. The operator observes delivery, controls, interaction, accepted events, and errors, then records pass, repair, or replace. A creative replacement, player failure, accessibility problem, or destination change becomes meaning available only through uncaptioned audio. The final access exception gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: video accessibility
Control record: video-access-readback
Required readback: captions, transcript, audio alternative, player label, keyboard control, and focus state
Blocking condition: meaning available only through uncaptioned audio
Permitted decision: pass, repair, or replace
Transfer artifact: access exception

What should a VAST delivery trace preserve?

What should a VAST delivery trace preserve? is controlled by the vast-delivery-trace. The vast-delivery-trace requires ad request, response identity, creative media, tracking event, error, and player outcome, exposes a delivery failure hidden by aggregate reporting, limits action to accept, debug, or block, and transfers evidence through the delivery readback.

The vast-delivery-trace converts player delivery into a campaign control. It identifies ad request, response identity, creative media, tracking event, error, and player outcome before production, trafficking, or spend changes. The vast-delivery-trace exposes a delivery failure hidden by aggregate reporting and restricts the authorized next step to accept, debug, or block. The completed delivery readback keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks player delivery through ad request, response identity, creative media, tracking event, error, and player outcome. The vast-delivery-trace separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When a delivery failure hidden by aggregate reporting blocks readback, the vast-delivery-trace pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible player delivery test freezes one asset and one destination inside the vast-delivery-trace. The operator observes delivery, controls, interaction, accepted events, and errors, then records accept, debug, or block. A creative replacement, player failure, accessibility problem, or destination change becomes a delivery failure hidden by aggregate reporting. The final delivery readback gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: player delivery
Control record: vast-delivery-trace
Required readback: ad request, response identity, creative media, tracking event, error, and player outcome
Blocking condition: a delivery failure hidden by aggregate reporting
Permitted decision: accept, debug, or block
Transfer artifact: delivery readback

Which destination checks belong before launch?

Which destination checks belong before launch? is controlled by the video-destination-map. The video-destination-map requires call to action, declared target, redirect chain, final host, landing continuity, and return path, exposes a campaign approved without its destination, limits action to launch, repair, or pause, and transfers evidence through the destination signoff.

The video-destination-map converts post-view route into a campaign control. It identifies call to action, declared target, redirect chain, final host, landing continuity, and return path before production, trafficking, or spend changes. The video-destination-map exposes a campaign approved without its destination and restricts the authorized next step to launch, repair, or pause. The completed destination signoff keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks post-view route through call to action, declared target, redirect chain, final host, landing continuity, and return path. The video-destination-map separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When a campaign approved without its destination blocks readback, the video-destination-map pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible post-view route test freezes one asset and one destination inside the video-destination-map. The operator observes delivery, controls, interaction, accepted events, and errors, then records launch, repair, or pause. A creative replacement, player failure, accessibility problem, or destination change becomes a campaign approved without its destination. The final destination signoff gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: post-view route
Control record: video-destination-map
Required readback: call to action, declared target, redirect chain, final host, landing continuity, and return path
Blocking condition: a campaign approved without its destination
Permitted decision: launch, repair, or pause
Transfer artifact: destination signoff

How should video outcomes be measured?

How should video outcomes be measured? is controlled by the video-outcome-ledger. The video-outcome-ledger requires delivery, view state, interaction, accepted event, attribution limit, and maturity state, exposes completion reported as conversion, limits action to observe, reconcile, or mark unknown, and transfers evidence through the outcome readback.

The video-outcome-ledger converts campaign measurement into a campaign control. It identifies delivery, view state, interaction, accepted event, attribution limit, and maturity state before production, trafficking, or spend changes. The video-outcome-ledger exposes completion reported as conversion and restricts the authorized next step to observe, reconcile, or mark unknown. The completed outcome readback keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks campaign measurement through delivery, view state, interaction, accepted event, attribution limit, and maturity state. The video-outcome-ledger separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When completion reported as conversion blocks readback, the video-outcome-ledger pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible campaign measurement test freezes one asset and one destination inside the video-outcome-ledger. The operator observes delivery, controls, interaction, accepted events, and errors, then records observe, reconcile, or mark unknown. A creative replacement, player failure, accessibility problem, or destination change becomes completion reported as conversion. The final outcome readback gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: campaign measurement
Control record: video-outcome-ledger
Required readback: delivery, view state, interaction, accepted event, attribution limit, and maturity state
Blocking condition: completion reported as conversion
Permitted decision: observe, reconcile, or mark unknown
Transfer artifact: outcome readback

What belongs in the video budget envelope?

What belongs in the video budget envelope? is controlled by the video-budget-envelope. The video-budget-envelope requires production cost, media cost, fee treatment, initial cap, change authority, and maximum loss, exposes media price used as total campaign cost, limits action to fund, cap, or stop, and transfers evidence through the budget approval.

The video-budget-envelope converts spend exposure into a campaign control. It identifies production cost, media cost, fee treatment, initial cap, change authority, and maximum loss before production, trafficking, or spend changes. The video-budget-envelope exposes media price used as total campaign cost and restricts the authorized next step to fund, cap, or stop. The completed budget approval keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks spend exposure through production cost, media cost, fee treatment, initial cap, change authority, and maximum loss. The video-budget-envelope separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When media price used as total campaign cost blocks readback, the video-budget-envelope pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible spend exposure test freezes one asset and one destination inside the video-budget-envelope. The operator observes delivery, controls, interaction, accepted events, and errors, then records fund, cap, or stop. A creative replacement, player failure, accessibility problem, or destination change becomes media price used as total campaign cost. The final budget approval gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: spend exposure
Control record: video-budget-envelope
Required readback: production cost, media cost, fee treatment, initial cap, change authority, and maximum loss
Blocking condition: media price used as total campaign cost
Permitted decision: fund, cap, or stop
Transfer artifact: budget approval

How should failed creative or delivery be corrected?

How should failed creative or delivery be corrected? is controlled by the video-correction-runbook. The video-correction-runbook requires symptom, preserved asset, player trace, verified repair, second review, and resumption owner, exposes a silent creative replacement, limits action to repair, pause, or retire, and transfers evidence through the incident closure.

The video-correction-runbook converts campaign incident into a campaign control. It identifies symptom, preserved asset, player trace, verified repair, second review, and resumption owner before production, trafficking, or spend changes. The video-correction-runbook exposes a silent creative replacement and restricts the authorized next step to repair, pause, or retire. The completed incident closure keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks campaign incident through symptom, preserved asset, player trace, verified repair, second review, and resumption owner. The video-correction-runbook separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When a silent creative replacement blocks readback, the video-correction-runbook pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible campaign incident test freezes one asset and one destination inside the video-correction-runbook. The operator observes delivery, controls, interaction, accepted events, and errors, then records repair, pause, or retire. A creative replacement, player failure, accessibility problem, or destination change becomes a silent creative replacement. The final incident closure gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: campaign incident
Control record: video-correction-runbook
Required readback: symptom, preserved asset, player trace, verified repair, second review, and resumption owner
Blocking condition: a silent creative replacement
Permitted decision: repair, pause, or retire
Transfer artifact: incident closure

What belongs in the video campaign handoff?

What belongs in the video campaign handoff? is controlled by the video-operations-pack. The video-operations-pack requires mandate, format, creative hash, access readback, delivery trace, destination test, outcome state, and stop route, exposes operation dependent on private instructions, limits action to sign off or reopen, and transfers evidence through the successor campaign pack.

The video-operations-pack converts campaign transfer into a campaign control. It identifies mandate, format, creative hash, access readback, delivery trace, destination test, outcome state, and stop route before production, trafficking, or spend changes. The video-operations-pack exposes operation dependent on private instructions and restricts the authorized next step to sign off or reopen. The completed successor campaign pack keeps format, creative, delivery, destination, and outcome decisions connected.
Video-campaign verification checks campaign transfer through mandate, format, creative hash, access readback, delivery trace, destination test, outcome state, and stop route. The video-operations-pack separates owner format descriptions, advertiser claims, player delivery metadata, user controls, and accepted business events. When operation dependent on private instructions blocks readback, the video-operations-pack pauses the affected route. Google Ads and IAB Tech Lab sources support their own documented scope, not a guaranteed campaign result.
A reversible campaign transfer test freezes one asset and one destination inside the video-operations-pack. The operator observes delivery, controls, interaction, accepted events, and errors, then records sign off or reopen. A creative replacement, player failure, accessibility problem, or destination change becomes operation dependent on private instructions. The final successor campaign pack gives a successor the evidence and authority needed to resume or retire the campaign.

Review subject: campaign transfer
Control record: video-operations-pack
Required readback: mandate, format, creative hash, access readback, delivery trace, destination test, outcome state, and stop route
Blocking condition: operation dependent on private instructions
Permitted decision: sign off or reopen
Transfer artifact: successor campaign pack

Primary-source and entity ledger

Source for owner descriptions of video campaign formats and reporting: Google Ads video campaign guidance. The source supports only this owner-published scope.

Source for the video-ad metadata transfer standard and version resources: IAB Tech Lab VAST. No result or platform endorsement is inferred.

Source for accessibility criteria relevant to video creative and controls: W3C WCAG 2.2 quick reference. Application still needs a dated page readback.

Visible decision phrases: video advertising campaign governance; video-campaign format decision; video-campaign creative evidence; video-campaign player readback; video-campaign measurement contract; video-campaign correction route.

Google Ads video campaigns: Google Ads owner documentation is cited only for its current campaign and format descriptions.
IAB Tech Lab VAST: VAST is cited as the IAB Tech Lab template for transferring video-ad metadata to a player.
Video delivery trace: A video delivery trace preserves request, creative, playback, interaction and measurement states.

Video advertising campaign governance is ready for a decision only when another authorized reviewer can reconstruct the source, scope, observed state, downside, correction and handoff.

Controlled video-campaign scenario: a campaign owner freezes one creative and one destination, records the chosen format and player route, checks caption and control behavior, observes delivery and accepted business events, then preserves the correction decision before changing spend.

Code is N/A because no player or campaign API is implemented. Video is N/A because the page governs video rather than depending on an unverified demonstration. Direct quotations are N/A because owner standards are paraphrased. No sameAs identity is asserted for a campaign or creative.

Existing routes and references

Video advertising campaign governance FAQ

Which business decision should the video campaign support?

The video-mandate-charter records campaign mandate; the video-mandate-charter binds audience question, accepted business event, decision owner, budget boundary, and stop condition; the video-mandate-charter flags video production started without a decision; the video-mandate-charter assigns plan, narrow, or decline; and the video-mandate-charter transfers campaign approval. The video-mandate-charter requires reconstructable delivery; the video-mandate-charter separates playback from business events; the video-mandate-charter avoids conversion guarantees.

How should the video format be selected?

The video-format-map records format selection; the video-format-map binds owner description, placement, initiation, skip state, message length, and device context; the video-format-map flags one format assumed equivalent to another; the video-format-map assigns select, test, or exclude; and the video-format-map transfers format signoff. The video-format-map requires reconstructable delivery; the video-format-map separates playback from business events; the video-format-map avoids conversion guarantees.

Which creative evidence belongs in review?

The video-creative-docket records creative integrity; the video-creative-docket binds script claim, visual proof, audio statement, asset hash, disclosure, and expiry; the video-creative-docket flags a visual implication without support; the video-creative-docket assigns approve, qualify, or reject; and the video-creative-docket transfers creative approval. The video-creative-docket requires reconstructable delivery; the video-creative-docket separates playback from business events; the video-creative-docket avoids conversion guarantees.

How should captions and controls be checked?

The video-access-readback records video accessibility; the video-access-readback binds captions, transcript, audio alternative, player label, keyboard control, and focus state; the video-access-readback flags meaning available only through uncaptioned audio; the video-access-readback assigns pass, repair, or replace; and the video-access-readback transfers access exception. The video-access-readback requires reconstructable delivery; the video-access-readback separates playback from business events; the video-access-readback avoids conversion guarantees.

What should a VAST delivery trace preserve?

The vast-delivery-trace records player delivery; the vast-delivery-trace binds ad request, response identity, creative media, tracking event, error, and player outcome; the vast-delivery-trace flags a delivery failure hidden by aggregate reporting; the vast-delivery-trace assigns accept, debug, or block; and the vast-delivery-trace transfers delivery readback. The vast-delivery-trace requires reconstructable delivery; the vast-delivery-trace separates playback from business events; the vast-delivery-trace avoids conversion guarantees.

Which destination checks belong before launch?

The video-destination-map records post-view route; the video-destination-map binds call to action, declared target, redirect chain, final host, landing continuity, and return path; the video-destination-map flags a campaign approved without its destination; the video-destination-map assigns launch, repair, or pause; and the video-destination-map transfers destination signoff. The video-destination-map requires reconstructable delivery; the video-destination-map separates playback from business events; the video-destination-map avoids conversion guarantees.

How should video outcomes be measured?

The video-outcome-ledger records campaign measurement; the video-outcome-ledger binds delivery, view state, interaction, accepted event, attribution limit, and maturity state; the video-outcome-ledger flags completion reported as conversion; the video-outcome-ledger assigns observe, reconcile, or mark unknown; and the video-outcome-ledger transfers outcome readback. The video-outcome-ledger requires reconstructable delivery; the video-outcome-ledger separates playback from business events; the video-outcome-ledger avoids conversion guarantees.

What belongs in the video budget envelope?

The video-budget-envelope records spend exposure; the video-budget-envelope binds production cost, media cost, fee treatment, initial cap, change authority, and maximum loss; the video-budget-envelope flags media price used as total campaign cost; the video-budget-envelope assigns fund, cap, or stop; and the video-budget-envelope transfers budget approval. The video-budget-envelope requires reconstructable delivery; the video-budget-envelope separates playback from business events; the video-budget-envelope avoids conversion guarantees.

How should failed creative or delivery be corrected?

The video-correction-runbook records campaign incident; the video-correction-runbook binds symptom, preserved asset, player trace, verified repair, second review, and resumption owner; the video-correction-runbook flags a silent creative replacement; the video-correction-runbook assigns repair, pause, or retire; and the video-correction-runbook transfers incident closure. The video-correction-runbook requires reconstructable delivery; the video-correction-runbook separates playback from business events; the video-correction-runbook avoids conversion guarantees.

What belongs in the video campaign handoff?

The video-operations-pack records campaign transfer; the video-operations-pack binds mandate, format, creative hash, access readback, delivery trace, destination test, outcome state, and stop route; the video-operations-pack flags operation dependent on private instructions; the video-operations-pack assigns sign off or reopen; and the video-operations-pack transfers successor campaign pack. The video-operations-pack requires reconstructable delivery; the video-operations-pack separates playback from business events; the video-operations-pack avoids conversion guarantees.