Build-Provenance Verification Coverage Research

Key stats

• 10 authoritative HTTPS sources
• One frozen observation window
• Two reviewers for a planned subset

Pre-register the decision and observation window

Build-Provenance Verification Coverage Research stage 1 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 1 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 1 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Define the eligible population

Build-Provenance Verification Coverage Research stage 2 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 2 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 2 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Preserve source lineage

Build-Provenance Verification Coverage Research stage 3 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 3 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 3 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Measure missing and late evidence

Build-Provenance Verification Coverage Research stage 4 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 4 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 4 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Blind a stratified review subset

Build-Provenance Verification Coverage Research stage 5 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 5 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 5 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Test alternative classifications

Build-Provenance Verification Coverage Research stage 6 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 6 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 6 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Quantify uncertainty without hiding counts

Build-Provenance Verification Coverage Research stage 7 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 7 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 7 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Audit access and privacy boundaries

Build-Provenance Verification Coverage Research stage 8 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 8 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 8 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Route contradictions to accountable owners

Build-Provenance Verification Coverage Research stage 9 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 9 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 9 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Reproduce and publish a bounded conclusion

Build-Provenance Verification Coverage Research stage 10 tests how often release decisions verify attestations against the artifact actually deployed. The eligible population is source revisions, builds, attestations, registries, approvals, deployments, and rollbacks. Freeze the decision rule, time window, inclusion criteria, exclusions, unit of analysis, and owner before inspecting outcomes. Retain stable identifiers for source events and transformations so reviewers can distinguish a real absence from collection loss, late arrival, or a changed definition. This protocol supports a bounded engineering decision; it does not certify a platform, vendor, team, or control.

Build-Provenance Verification Coverage Research stage 10 reports eligible, observed, excluded, unavailable, late, conflicting, and unresolved counts separately. Stratify by service, risk, environment, client, region, and outcome only where those fields were defined before analysis. Compare retained and missing records, repeat a planned subset with an independent reviewer, and publish disagreements rather than forcing consensus. Any correction appends a versioned note and preserves the earlier result.

Build-Provenance Verification Coverage Research stage 10 protects secrets and personal or customer data through approved references, minimum fields, role-based access, retention limits, and synthetic fixtures where possible. Developers may implement queries and evidence tooling, while data, security, service, and release owners approve access and action. The conclusion states the exact versions, window, limitations, and next verification; causal or population-wide language is prohibited unless the design actually supports it.

Evidence table

Good distributed work is observable at the handoff: the result, evidence, limitations, and next owner are explicit.

Frequently asked questions

Build the evidence packet

Define the decision, freeze the population, and assign accountable owners before collecting outcomes.

Discuss developer support