feat: Add Azure Verified Modules Owner Triage agent

[segraef]

Pull Request Checklist

• I have read and followed the CONTRIBUTING.md guidelines.
• I have read and followed the Guidance for submissions involving paid services.
• My contribution adds a new instruction, prompt, agent, skill, or workflow file in the correct directory.
• The file follows the required naming convention.
• The content is clearly structured and follows the example format.
• I have tested my instructions, prompt, agent, skill, or workflow with GitHub Copilot.
• I have run npm start and verified that README.md is up to date.
• I am targeting the staged branch for this pull request.

---

Description

This PR adds the Azure Verified Modules Owner Triage agent.

---

Type of Contribution

• New instruction file.
• New prompt file.
• New agent file.
• New plugin.
• New skill file.
• New agentic workflow.
• Update to existing instruction, prompt, agent, plugin, skill, or workflow.
• Other (please specify):

---

Additional Notes

This PR replaces #1491 with a branch based on staged so the diff only contains the new agent file.

---

By submitting this pull request, I confirm that my contribution abides by the Code of Conduct and will be licensed under the MIT License.

[github-actions]

🔍 Skill Validator Results

⛔ Findings need attention

Scope	Checked
Skills	144
Agents	1
Total	145
Severity	Count
---	---:
❌ Errors	19
⚠️ Warnings	135
ℹ️ Advisories	0

Summary

Level	Finding
❌	[geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference 'assets/example/01-user-input-rfc8805-feed.csv' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/comments.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/mcp-server-payload.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/mcp-server-payload.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	[geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md.
❌	Duplicate skill name 'azure-resource-health-diagnose' found in 'plugins/devops-oncall/skills/azure-resource-health-diagnose' (first seen in 'plugins/azure-cloud-development/skills/azure-resource-health-diagnose')
❌	Duplicate skill name 'openapi-to-application-code' found in 'plugins/openapi-to-application-go/skills/openapi-to-application-code' (first seen in 'plugins/openapi-to-application-csharp-dotnet/skills/openapi-to-application-code')

Full validator output

```text Found 144 skill(s) [acreadiness-assess] 📊 acreadiness-assess: 808 BPE tokens [chars/4: 839] (detailed ✓), 3 sections, 1 code blocks [acreadiness-generate-instructions] 📊 acreadiness-generate-instructions: 2,129 BPE tokens [chars/4: 2,104] (detailed ✓), 9 sections, 2 code blocks [acreadiness-policy] 📊 acreadiness-policy: 1,005 BPE tokens [chars/4: 940] (detailed ✓), 11 sections, 4 code blocks [ai-team-orchestration] 📊 ai-team-orchestration: 1,436 BPE tokens [chars/4: 1,400] (detailed ✓), 13 sections, 5 code blocks [arize-ai-provider-integration] 📊 arize-ai-provider-integration: 2,632 BPE tokens [chars/4: 2,548] (standard ~), 29 sections, 16 code blocks [arize-ai-provider-integration] ⚠ Skill is 2,632 BPE tokens (chars/4 estimate: 2,548) — approaching "comprehensive" range where gains diminish. [arize-ai-provider-integration] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [arize-annotation] 📊 arize-annotation: 2,517 BPE tokens [chars/4: 2,689] (standard ~), 27 sections, 15 code blocks [arize-annotation] ⚠ Skill is 2,517 BPE tokens (chars/4 estimate: 2,689) — approaching "comprehensive" range where gains diminish. [arize-annotation] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [arize-dataset] 📊 arize-dataset: 3,818 BPE tokens [chars/4: 3,809] (standard ~), 51 sections, 16 code blocks [arize-dataset] ⚠ Skill is 3,818 BPE tokens (chars/4 estimate: 3,809) — approaching "comprehensive" range where gains diminish. [arize-evaluator] 📊 arize-evaluator: 7,814 BPE tokens [chars/4: 8,033] (comprehensive ✗), 59 sections, 28 code blocks [arize-evaluator] ⚠ Skill is 7,814 BPE tokens (chars/4 estimate: 8,033) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [arize-experiment] 📊 arize-experiment: 4,589 BPE tokens [chars/4: 4,610] (standard ~), 34 sections, 20 code blocks [arize-experiment] ⚠ Skill is 4,589 BPE tokens (chars/4 estimate: 4,610) — approaching "comprehensive" range where gains diminish. [arize-instrumentation] 📊 arize-instrumentation: 4,935 BPE tokens [chars/4: 5,061] (standard ~), 19 sections, 3 code blocks [arize-instrumentation] ⚠ Skill is 4,935 BPE tokens (chars/4 estimate: 5,061) — approaching "comprehensive" range where gains diminish. [arize-link] 📊 arize-link: 1,203 BPE tokens [chars/4: 1,088] (detailed ✓), 9 sections, 6 code blocks [arize-prompt-optimization] 📊 arize-prompt-optimization: 4,451 BPE tokens [chars/4: 4,762] (standard ~), 58 sections, 19 code blocks [arize-prompt-optimization] ⚠ Skill is 4,451 BPE tokens (chars/4 estimate: 4,762) — approaching "comprehensive" range where gains diminish. [arize-trace] 📊 arize-trace: 5,873 BPE tokens [chars/4: 5,831] (comprehensive ✗), 43 sections, 10 code blocks [arize-trace] ⚠ Skill is 5,873 BPE tokens (chars/4 estimate: 5,831) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [automate-this] 📊 automate-this: 2,869 BPE tokens [chars/4: 3,107] (standard ~), 16 sections, 8 code blocks [automate-this] ⚠ Skill is 2,869 BPE tokens (chars/4 estimate: 3,107) — approaching "comprehensive" range where gains diminish. [suggest-awesome-github-copilot-agents] 📊 suggest-awesome-github-copilot-agents: 1,467 BPE tokens [chars/4: 1,979] (detailed ✓), 9 sections, 0 code blocks [suggest-awesome-github-copilot-agents] ⚠ No code blocks — agents perform better with concrete snippets and commands. [suggest-awesome-github-copilot-instructions] 📊 suggest-awesome-github-copilot-instructions: 1,499 BPE tokens [chars/4: 1,904] (detailed ✓), 11 sections, 1 code blocks [suggest-awesome-github-copilot-skills] 📊 suggest-awesome-github-copilot-skills: 1,725 BPE tokens [chars/4: 2,018] (detailed ✓), 11 sections, 1 code blocks [az-cost-optimize] 📊 az-cost-optimize: 2,956 BPE tokens [chars/4: 3,218] (standard ~), 12 sections, 7 code blocks [az-cost-optimize] ⚠ Skill is 2,956 BPE tokens (chars/4 estimate: 3,218) — approaching "comprehensive" range where gains diminish. [azure-pricing] 📊 azure-pricing: 2,315 BPE tokens [chars/4: 2,371] (detailed ✓), 23 sections, 4 code blocks [azure-resource-health-diagnose] 📊 azure-resource-health-diagnose: 2,492 BPE tokens [chars/4: 2,859] (detailed ✓), 12 sections, 8 code blocks [import-infrastructure-as-code] 📊 import-infrastructure-as-code: 4,135 BPE tokens [chars/4: 4,680] (standard ~), 30 sections, 11 code blocks [import-infrastructure-as-code] ⚠ Skill is 4,135 BPE tokens (chars/4 estimate: 4,680) — approaching "comprehensive" range where gains diminish. [remember-interactive-programming] 📊 remember-interactive-programming: 175 BPE tokens [chars/4: 221] (compact ✓), 0 sections, 0 code blocks [remember-interactive-programming] ⚠ Skill is only 175 BPE tokens (chars/4 estimate: 221) — may be too sparse to provide actionable guidance. [remember-interactive-programming] ⚠ No section headers — agents navigate structured documents better. [remember-interactive-programming] ⚠ No code blocks — agents perform better with concrete snippets and commands. [remember-interactive-programming] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [content-management-systems] 📊 content-management-systems: 1,040 BPE tokens [chars/4: 1,324] (detailed ✓), 13 sections, 0 code blocks [content-management-systems] ⚠ No code blocks — agents perform better with concrete snippets and commands. [markdown-to-html] 📊 markdown-to-html: 6,711 BPE tokens [chars/4: 6,151] (comprehensive ✗), 100 sections, 50 code blocks [markdown-to-html] ⚠ Skill is 6,711 BPE tokens (chars/4 estimate: 6,151) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [markdown-to-html] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [quasi-coder] 📊 quasi-coder: 3,116 BPE tokens [chars/4: 3,907] (standard ~), 37 sections, 11 code blocks [quasi-coder] ⚠ Skill is 3,116 BPE tokens (chars/4 estimate: 3,907) — approaching "comprehensive" range where gains diminish. [web-coder] 📊 web-coder: 4,784 BPE tokens [chars/4: 5,245] (standard ~), 47 sections, 10 code blocks [web-coder] ⚠ Skill is 4,784 BPE tokens (chars/4 estimate: 5,245) — approaching "comprehensive" range where gains diminish. [context-map] 📊 context-map: 249 BPE tokens [chars/4: 287] (compact ✓), 10 sections, 1 code blocks [refactor-plan] 📊 refactor-plan: 356 BPE tokens [chars/4: 355] (compact ✓), 15 sections, 1 code blocks [what-context-needed] 📊 what-context-needed: 209 BPE tokens [chars/4: 219] (compact ✓), 9 sections, 1 code blocks [integrate-context-matic] 📊 integrate-context-matic: 1,496 BPE tokens [chars/4: 1,574] (detailed ✓), 12 sections, 0 code blocks [integrate-context-matic] ⚠ No code blocks — agents perform better with concrete snippets and commands. [integrate-context-matic] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [onboard-context-matic] 📊 onboard-context-matic: 3,136 BPE tokens [chars/4: 3,361] (standard ~), 13 sections, 12 code blocks [onboard-context-matic] ⚠ Skill is 3,136 BPE tokens (chars/4 estimate: 3,361) — approaching "comprehensive" range where gains diminish. [copilot-sdk] 📊 copilot-sdk: 5,749 BPE tokens [chars/4: 6,042] (comprehensive ✗), 63 sections, 41 code blocks [copilot-sdk] ⚠ Skill is 5,749 BPE tokens (chars/4 estimate: 6,042) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [aspnet-minimal-api-openapi] 📊 aspnet-minimal-api-openapi: 343 BPE tokens [chars/4: 439] (compact ✓), 5 sections, 0 code blocks [aspnet-minimal-api-openapi] ⚠ No code blocks — agents perform better with concrete snippets and commands. [aspnet-minimal-api-openapi] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [csharp-async] 📊 csharp-async: 379 BPE tokens [chars/4: 466] (compact ✓), 7 sections, 0 code blocks [csharp-async] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-async] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [csharp-mstest] 📊 csharp-mstest: 3,249 BPE tokens [chars/4: 3,458] (standard ~), 31 sections, 22 code blocks [csharp-mstest] ⚠ Skill is 3,249 BPE tokens (chars/4 estimate: 3,458) — approaching "comprehensive" range where gains diminish. [csharp-nunit] 📊 csharp-nunit: 636 BPE tokens [chars/4: 711] (detailed ✓), 8 sections, 0 code blocks [csharp-nunit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-nunit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [csharp-tunit] 📊 csharp-tunit: 1,164 BPE tokens [chars/4: 1,287] (detailed ✓), 10 sections, 0 code blocks [csharp-tunit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-tunit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [csharp-xunit] 📊 csharp-xunit: 599 BPE tokens [chars/4: 677] (detailed ✓), 8 sections, 0 code blocks [csharp-xunit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-xunit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [dotnet-best-practices] 📊 dotnet-best-practices: 602 BPE tokens [chars/4: 808] (detailed ✓), 12 sections, 0 code blocks [dotnet-best-practices] ⚠ No code blocks — agents perform better with concrete snippets and commands. [dotnet-best-practices] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [dotnet-upgrade] 📊 dotnet-upgrade: 1,354 BPE tokens [chars/4: 1,768] (detailed ✓), 1 sections, 0 code blocks [dotnet-upgrade] ⚠ No code blocks — agents perform better with concrete snippets and commands. [dotnet-upgrade] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [csharp-mcp-server-generator] 📊 csharp-mcp-server-generator: 459 BPE tokens [chars/4: 560] (detailed ✓), 9 sections, 0 code blocks [csharp-mcp-server-generator] ⚠ No code blocks — agents perform better with concrete snippets and commands. [postgresql-code-review] 📊 postgresql-code-review: 1,646 BPE tokens [chars/4: 1,847] (detailed ✓), 21 sections, 8 code blocks [postgresql-optimization] 📊 postgresql-optimization: 2,651 BPE tokens [chars/4: 2,834] (standard ~), 36 sections, 20 code blocks [postgresql-optimization] ⚠ Skill is 2,651 BPE tokens (chars/4 estimate: 2,834) — approaching "comprehensive" range where gains diminish. [postgresql-optimization] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [sql-code-review] 📊 sql-code-review: 2,112 BPE tokens [chars/4: 2,220] (detailed ✓), 36 sections, 15 code blocks [sql-optimization] 📊 sql-optimization: 2,212 BPE tokens [chars/4: 2,298] (detailed ✓), 28 sections, 14 code blocks [dataverse-python-advanced-patterns] 📊 dataverse-python-advanced-patterns: 242 BPE tokens [chars/4: 291] (compact ✓), 0 sections, 0 code blocks [dataverse-python-advanced-patterns] ⚠ No section headers — agents navigate structured documents better. [dataverse-python-advanced-patterns] ⚠ No code blocks — agents perform better with concrete snippets and commands. [dataverse-python-production-code] 📊 dataverse-python-production-code: 813 BPE tokens [chars/4: 913] (detailed ✓), 9 sections, 3 code blocks [dataverse-python-quickstart] 📊 dataverse-python-quickstart: 133 BPE tokens [chars/4: 163] (compact ✓), 0 sections, 0 code blocks [dataverse-python-quickstart] ⚠ Skill is only 133 BPE tokens (chars/4 estimate: 163) — may be too sparse to provide actionable guidance. [dataverse-python-quickstart] ⚠ No section headers — agents navigate structured documents better. [dataverse-python-quickstart] ⚠ No code blocks — agents perform better with concrete snippets and commands. [dataverse-python-quickstart] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [dataverse-python-usecase-builder] 📊 dataverse-python-usecase-builder: 1,538 BPE tokens [chars/4: 1,684] (detailed ✓), 38 sections, 5 code blocks [azure-resource-health-diagnose] 📊 azure-resource-health-diagnose: 2,492 BPE tokens [chars/4: 2,859] (detailed ✓), 12 sections, 8 code blocks [multi-stage-dockerfile] 📊 multi-stage-dockerfile: 443 BPE tokens [chars/4: 577] (detailed ✓), 5 sections, 0 code blocks [multi-stage-dockerfile] ⚠ No code blocks — agents perform better with concrete snippets and commands. [multi-stage-dockerfile] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [doublecheck] 📊 doublecheck: 3,254 BPE tokens [chars/4: 3,973] (standard ~), 26 sections, 3 code blocks [doublecheck] ⚠ Skill is 3,254 BPE tokens (chars/4 estimate: 3,973) — approaching "comprehensive" range where gains diminish. [from-the-other-side-vega] 📊 from-the-other-side-vega: 820 BPE tokens [chars/4: 894] (detailed ✓), 9 sections, 0 code blocks [from-the-other-side-vega] ⚠ No code blocks — agents perform better with concrete snippets and commands. [from-the-other-side-vega] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [eyeball] 📊 eyeball: 1,486 BPE tokens [chars/4: 1,637] (detailed ✓), 13 sections, 11 code blocks [geofeed-tuner] 📊 geofeed-tuner: 11,662 BPE tokens [chars/4: 12,215] (comprehensive ✗), 35 sections, 15 code blocks ❌ [geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference 'assets/example/01-user-input-rfc8805-feed.csv' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/comments.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/mcp-server-payload.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/mcp-server-payload.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md. ❌ [geofeed-tuner] File reference './run/data/report-data.json' is 2 directories deep — maximum is 1 level from SKILL.md. [geofeed-tuner] ⚠ Skill is 11,662 BPE tokens (chars/4 estimate: 12,215) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [flowstudio-power-automate-build] 📊 flowstudio-power-automate-build: 5,040 BPE tokens [chars/4: 5,168] (comprehensive ✗), 46 sections, 17 code blocks [flowstudio-power-automate-build] ⚠ Skill is 5,040 BPE tokens (chars/4 estimate: 5,168) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [flowstudio-power-automate-build] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [flowstudio-power-automate-debug] 📊 flowstudio-power-automate-debug: 4,320 BPE tokens [chars/4: 4,264] (standard ~), 65 sections, 15 code blocks [flowstudio-power-automate-debug] ⚠ Skill is 4,320 BPE tokens (chars/4 estimate: 4,264) — approaching "comprehensive" range where gains diminish. [flowstudio-power-automate-governance] 📊 flowstudio-power-automate-governance: 5,414 BPE tokens [chars/4: 5,786] (comprehensive ✗), 17 sections, 11 code blocks [flowstudio-power-automate-governance] ⚠ Skill is 5,414 BPE tokens (chars/4 estimate: 5,786) — "comprehensive" skills hurt performance by 2.9pp on average. Consider splitting into 2–3 focused skills. [flowstudio-power-automate-mcp] 📊 flowstudio-power-automate-mcp: 3,243 BPE tokens [chars/4: 3,176] (standard ~), 19 sections, 9 code blocks [flowstudio-power-automate-mcp] ⚠ Skill is 3,243 BPE tokens (chars/4 estimate: 3,176) — approaching "comprehensive" range where gains diminish. [flowstudio-power-automate-monitoring] 📊 flowstudio-power-automate-monitoring: 3,809 BPE tokens [chars/4: 3,609] (standard ~), 25 sections, 14 code blocks [flowstudio-power-automate-monitoring] ⚠ Skill is 3,809 BPE tokens (chars/4 estimate: 3,609) — approaching "comprehensive" range where gains diminish. [playwright-explore-website] 📊 playwright-explore-website: 140 BPE tokens [chars/4: 171] (compact ✓), 2 sections, 0 code blocks [playwright-explore-website] ⚠ Skill is only 140 BPE tokens (chars/4 estimate: 171) — may be too sparse to provide actionable guidance. [playwright-explore-website] ⚠ No code blocks — agents perform better with concrete snippets and commands. [playwright-generate-test] 📊 playwright-generate-test: 178 BPE tokens [chars/4: 220] (compact ✓), 2 sections, 0 code blocks [playwright-generate-test] ⚠ Skill is only 178 BPE tokens (chars/4 estimate: 220) — may be too sparse to provide actionable guidance. [playwright-generate-test] ⚠ No code blocks — agents perform better with concrete snippets and commands. [playwright-generate-test] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [go-mcp-server-generator] 📊 go-mcp-server-generator: 1,740 BPE tokens [chars/4: 1,759] (detailed ✓), 21 sections, 8 code blocks [create-spring-boot-java-project] 📊 create-spring-boot-java-project: 1,092 BPE tokens [chars/4: 1,138] (detailed ✓), 17 sections, 11 code blocks [create-spring-boot-java-project] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [java-docs] 📊 java-docs: 316 BPE tokens [chars/4: 360] (compact ✓), 1 sections, 0 code blocks [java-docs] ⚠ No code blocks — agents perform better with concrete snippets and commands. [java-docs] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [java-junit] 📊 java-junit: 695 BPE tokens [chars/4: 746] (detailed ✓), 8 sections, 0 code blocks [java-junit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [java-junit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [java-springboot] 📊 java-springboot: 855 BPE tokens [chars/4: 1,034] (detailed ✓), 10 sections, 0 code blocks [java-springboot] ⚠ No code blocks — agents perform better with concrete snippets and commands. [java-springboot] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [java-mcp-server-generator] 📊 java-mcp-server-generator: 4,637 BPE tokens [chars/4: 5,506] (standard ~), 28 sections, 19 code blocks [java-mcp-server-generator] ⚠ Skill is 4,637 BPE tokens (chars/4 estimate: 5,506) — approaching "comprehensive" range where gains diminish. [kotlin-mcp-server-generator] 📊 kotlin-mcp-server-generator: 2,456 BPE tokens [chars/4: 2,672] (detailed ✓), 29 sections, 13 code blocks [mcp-create-adaptive-cards] 📊 mcp-create-adaptive-cards: 2,949 BPE tokens [chars/4: 3,136] (standard ~), 33 sections, 22 code blocks [mcp-create-adaptive-cards] ⚠ Skill is 2,949 BPE tokens (chars/4 estimate: 3,136) — approaching "comprehensive" range where gains diminish. [mcp-create-declarative-agent] 📊 mcp-create-declarative-agent: 1,978 BPE tokens [chars/4: 2,036] (detailed ✓), 30 sections, 12 code blocks [mcp-deploy-manage-agents] 📊 mcp-deploy-manage-agents: 2,036 BPE tokens [chars/4: 2,471] (detailed ✓), 49 sections, 2 code blocks [napkin] 📊 napkin: 1,649 BPE tokens [chars/4: 1,784] (detailed ✓), 12 sections, 4 code blocks [noob-mode] 📊 noob-mode: 2,604 BPE tokens [chars/4: 2,765] (standard ~), 13 sections, 9 code blocks [noob-mode] ⚠ Skill is 2,604 BPE tokens (chars/4 estimate: 2,765) — approaching "comprehensive" range where gains diminish. [openapi-to-application-code] 📊 openapi-to-application-code: 931 BPE tokens [chars/4: 1,144] (detailed ✓), 11 sections, 1 code blocks [openapi-to-application-code] 📊 openapi-to-application-code: 931 BPE tokens [chars/4: 1,144] (detailed ✓), 11 sections, 1 code blocks [openapi-to-application-code] 📊 openapi-to-application-code: 931 BPE tokens [chars/4: 1,144] (detailed ✓), 11 sections, 1 code blocks [openapi-to-application-code] 📊 openapi-to-application-code: 931 BPE tokens [chars/4: 1,144] (detailed ✓), 11 sections, 1 code blocks [openapi-to-application-code] 📊 openapi-to-application-code: 931 BPE tokens [chars/4: 1,144] (detailed ✓), 11 sections, 1 code blocks [creating-oracle-to-postgres-master-migration-plan] 📊 creating-oracle-to-postgres-master-migration-plan: 755 BPE tokens [chars/4: 790] (detailed ✓), 6 sections, 2 code blocks [creating-oracle-to-postgres-migration-bug-report] 📊 creating-oracle-to-postgres-migration-bug-report: 473 BPE tokens [chars/4: 567] (detailed ✓), 6 sections, 0 code blocks [creating-oracle-to-postgres-migration-bug-report] ⚠ No code blocks — agents perform better with concrete snippets and commands. [creating-oracle-to-postgres-migration-bug-report] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [creating-oracle-to-postgres-migration-integration-tests] 📊 creating-oracle-to-postgres-migration-integration-tests: 605 BPE tokens [chars/4: 760] (detailed ✓), 4 sections, 1 code blocks [creating-oracle-to-postgres-migration-integration-tests] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [migrating-oracle-to-postgres-stored-procedures] 📊 migrating-oracle-to-postgres-stored-procedures: 493 BPE tokens [chars/4: 576] (detailed ✓), 2 sections, 1 code blocks [migrating-oracle-to-postgres-stored-procedures] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [planning-oracle-to-postgres-migration-integration-testing] 📊 planning-oracle-to-postgres-migration-integration-testing: 438 BPE tokens [chars/4: 547] (detailed ✓), 4 sections, 1 code blocks [planning-oracle-to-postgres-migration-integration-testing] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [reviewing-oracle-to-postgres-migration] 📊 reviewing-oracle-to-postgres-migration: 605 BPE tokens [chars/4: 762] (detailed ✓), 5 sections, 2 code blocks [scaffolding-oracle-to-postgres-migration-test-project] 📊 scaffolding-oracle-to-postgres-migration-test-project: 527 BPE tokens [chars/4: 632] (detailed ✓), 3 sections, 1 code blocks [scaffolding-oracle-to-postgres-migration-test-project] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [sponsor-finder] 📊 sponsor-finder: 3,085 BPE tokens [chars/4: 2,991] (standard ~), 25 sections, 6 code blocks [sponsor-finder] ⚠ Skill is 3,085 BPE tokens (chars/4 estimate: 2,991) — approaching "comprehensive" range where gains diminish. [phoenix-cli] 📊 phoenix-cli: 2,778 BPE tokens [chars/4: 2,764] (standard ~), 19 sections, 15 code blocks [phoenix-cli] ⚠ Skill is 2,778 BPE tokens (chars/4 estimate: 2,764) — approaching "comprehensive" range where gains diminish. [phoenix-cli] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [phoenix-evals] 📊 phoenix-evals: 1,089 BPE tokens [chars/4: 1,126] (detailed ✓), 5 sections, 0 code blocks [phoenix-evals] ⚠ No code blocks — agents perform better with concrete snippets and commands. [phoenix-evals] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [phoenix-tracing] 📊 phoenix-tracing: 1,488 BPE tokens [chars/4: 1,690] (detailed ✓), 17 sections, 1 code blocks [php-mcp-server-generator] 📊 php-mcp-server-generator: 2,723 BPE tokens [chars/4: 2,697] (standard ~), 37 sections, 25 code blocks [php-mcp-server-generator] ⚠ Skill is 2,723 BPE tokens (chars/4 estimate: 2,697) — approaching "comprehensive" range where gains diminish. [polyglot-test-agent] 📊 polyglot-test-agent: 1,611 BPE tokens [chars/4: 1,676] (detailed ✓), 22 sections, 5 code blocks [power-apps-code-app-scaffold] 📊 power-apps-code-app-scaffold: 1,424 BPE tokens [chars/4: 1,786] (detailed ✓), 18 sections, 2 code blocks [power-bi-dax-optimization] 📊 power-bi-dax-optimization: 1,114 BPE tokens [chars/4: 1,390] (detailed ✓), 18 sections, 6 code blocks [power-bi-model-design-review] 📊 power-bi-model-design-review: 2,126 BPE tokens [chars/4: 2,782] (detailed ✓), 28 sections, 17 code blocks [power-bi-performance-troubleshooting] 📊 power-bi-performance-troubleshooting: 2,078 BPE tokens [chars/4: 2,591] (detailed ✓), 31 sections, 19 code blocks [power-bi-report-design-consultation] 📊 power-bi-report-design-consultation: 2,357 BPE tokens [chars/4: 2,723] (detailed ✓), 22 sections, 13 code blocks [power-platform-architect] 📊 power-platform-architect: 3,104 BPE tokens [chars/4: 3,609] (standard ~), 12 sections, 1 code blocks [power-platform-architect] ⚠ Skill is 3,104 BPE tokens (chars/4 estimate: 3,609) — approaching "comprehensive" range where gains diminish. [mcp-copilot-studio-server-generator] 📊 mcp-copilot-studio-server-generator: 942 BPE tokens [chars/4: 1,063] (detailed ✓), 6 sections, 2 code blocks [power-platform-mcp-connector-suite] 📊 power-platform-mcp-connector-suite: 1,348 BPE tokens [chars/4: 1,590] (detailed ✓), 19 sections, 1 code blocks [power-platform-mcp-connector-suite] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [drawio] 📊 drawio: 920 BPE tokens [chars/4: 805] (detailed ✓), 13 sections, 3 code blocks [md-to-docx] 📊 md-to-docx: 676 BPE tokens [chars/4: 688] (detailed ✓), 9 sections, 3 code blocks [md-to-docx] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [breakdown-epic-arch] 📊 breakdown-epic-arch: 601 BPE tokens [chars/4: 712] (detailed ✓), 12 sections, 0 code blocks [breakdown-epic-arch] ⚠ No code blocks — agents perform better with concrete snippets and commands. [breakdown-epic-arch] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [breakdown-epic-pm] 📊 breakdown-epic-pm: 509 BPE tokens [chars/4: 575] (detailed ✓), 13 sections, 0 code blocks [breakdown-epic-pm] ⚠ No code blocks — agents perform better with concrete snippets and commands. [breakdown-epic-pm] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [breakdown-feature-implementation] 📊 breakdown-feature-implementation: 966 BPE tokens [chars/4: 1,189] (detailed ✓), 9 sections, 2 code blocks [breakdown-feature-implementation] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [breakdown-feature-prd] 📊 breakdown-feature-prd: 557 BPE tokens [chars/4: 620] (detailed ✓), 13 sections, 0 code blocks [breakdown-feature-prd] ⚠ No code blocks — agents perform better with concrete snippets and commands. [breakdown-feature-prd] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [create-github-issues-feature-from-implementation-plan] 📊 create-github-issues-feature-from-implementation-plan: 191 BPE tokens [chars/4: 237] (compact ✓), 4 sections, 0 code blocks [create-github-issues-feature-from-implementation-plan] ⚠ Skill is only 191 BPE tokens (chars/4 estimate: 237) — may be too sparse to provide actionable guidance. [create-github-issues-feature-from-implementation-plan] ⚠ No code blocks — agents perform better with concrete snippets and commands. [create-implementation-plan] 📊 create-implementation-plan: 1,390 BPE tokens [chars/4: 1,575] (detailed ✓), 22 sections, 1 code blocks [create-implementation-plan] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [create-technical-spike] 📊 create-technical-spike: 1,358 BPE tokens [chars/4: 1,643] (detailed ✓), 33 sections, 1 code blocks [update-implementation-plan] 📊 update-implementation-plan: 1,400 BPE tokens [chars/4: 1,595] (detailed ✓), 22 sections, 1 code blocks [update-implementation-plan] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [python-mcp-server-generator] 📊 python-mcp-server-generator: 871 BPE tokens [chars/4: 990] (detailed ✓), 13 sections, 0 code blocks [python-mcp-server-generator] ⚠ No code blocks — agents perform better with concrete snippets and commands. [react-audit-grep-patterns] 📊 react-audit-grep-patterns: 475 BPE tokens [chars/4: 461] (detailed ✓), 13 sections, 1 code blocks [react-audit-grep-patterns] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [react18-batching-patterns] 📊 react18-batching-patterns: 561 BPE tokens [chars/4: 621] (detailed ✓), 4 sections, 1 code blocks [react18-batching-patterns] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [react18-dep-compatibility] 📊 react18-dep-compatibility: 1,388 BPE tokens [chars/4: 1,124] (detailed ✓), 10 sections, 1 code blocks [react18-dep-compatibility] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [react18-enzyme-to-rtl] 📊 react18-enzyme-to-rtl: 870 BPE tokens [chars/4: 917] (detailed ✓), 6 sections, 3 code blocks [react18-legacy-context] 📊 react18-legacy-context: 561 BPE tokens [chars/4: 620] (detailed ✓), 8 sections, 2 code blocks [react18-lifecycle-patterns] 📊 react18-lifecycle-patterns: 768 BPE tokens [chars/4: 910] (detailed ✓), 7 sections, 1 code blocks [react18-lifecycle-patterns] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [react18-string-refs] 📊 react18-string-refs: 549 BPE tokens [chars/4: 527] (detailed ✓), 6 sections, 1 code blocks [react19-concurrent-patterns] 📊 react19-concurrent-patterns: 681 BPE tokens [chars/4: 722] (detailed ✓), 9 sections, 5 code blocks [react19-source-patterns] 📊 react19-source-patterns: 462 BPE tokens [chars/4: 489] (detailed ✓), 4 sections, 1 code blocks [react19-source-patterns] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [react19-test-patterns] 📊 react19-test-patterns: 815 BPE tokens [chars/4: 790] (detailed ✓), 7 sections, 5 code blocks [roundup] 📊 roundup: 2,219 BPE tokens [chars/4: 2,591] (detailed ✓), 28 sections, 0 code blocks [roundup] ⚠ No code blocks — agents perform better with concrete snippets and commands. [roundup] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [roundup-setup] 📊 roundup-setup: 3,202 BPE tokens [chars/4: 3,669] (standard ~), 18 sections, 1 code blocks [roundup-setup] ⚠ Skill is 3,202 BPE tokens (chars/4 estimate: 3,669) — approaching "comprehensive" range where gains diminish. [ruby-mcp-server-generator] 📊 ruby-mcp-server-generator: 3,459 BPE tokens [chars/4: 3,631] (standard ~), 37 sections, 24 code blocks [ruby-mcp-server-generator] ⚠ Skill is 3,459 BPE tokens (chars/4 estimate: 3,631) — approaching "comprehensive" range where gains diminish. [rust-mcp-server-generator] 📊 rust-mcp-server-generator: 3,088 BPE tokens [chars/4: 3,190] (standard ~), 31 sections, 24 code blocks [rust-mcp-server-generator] ⚠ Skill is 3,088 BPE tokens (chars/4 estimate: 3,190) — approaching "comprehensive" range where gains diminish. [salesforce-apex-quality] 📊 salesforce-apex-quality: 1,682 BPE tokens [chars/4: 1,820] (detailed ✓), 14 sections, 4 code blocks [salesforce-apex-quality] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [salesforce-component-standards] 📊 salesforce-component-standards: 2,300 BPE tokens [chars/4: 2,448] (detailed ✓), 20 sections, 4 code blocks [salesforce-component-standards] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [salesforce-flow-design] 📊 salesforce-flow-design: 1,491 BPE tokens [chars/4: 1,740] (detailed ✓), 15 sections, 5 code blocks [salesforce-flow-design] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [ai-prompt-engineering-safety-review] 📊 ai-prompt-engineering-safety-review: 2,185 BPE tokens [chars/4: 2,540] (detailed ✓), 19 sections, 0 code blocks [ai-prompt-engineering-safety-review] ⚠ No code blocks — agents perform better with concrete snippets and commands. [structured-autonomy-generate] 📊 structured-autonomy-generate: 921 BPE tokens [chars/4: 1,033] (detailed ✓), 10 sections, 3 code blocks [structured-autonomy-implement] 📊 structured-autonomy-implement: 209 BPE tokens [chars/4: 272] (compact ✓), 0 sections, 0 code blocks [structured-autonomy-implement] ⚠ No section headers — agents navigate structured documents better. [structured-autonomy-implement] ⚠ No code blocks — agents perform better with concrete snippets and commands. [structured-autonomy-implement] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [structured-autonomy-plan] 📊 structured-autonomy-plan: 677 BPE tokens [chars/4: 759] (detailed ✓), 9 sections, 1 code blocks [swift-mcp-server-generator] 📊 swift-mcp-server-generator: 3,781 BPE tokens [chars/4: 4,374] (standard ~), 30 sections, 18 code blocks [swift-mcp-server-generator] ⚠ Skill is 3,781 BPE tokens (chars/4 estimate: 4,374) — approaching "comprehensive" range where gains diminish. [create-technical-spike] 📊 create-technical-spike: 1,358 BPE tokens [chars/4: 1,643] (detailed ✓), 33 sections, 1 code blocks [ai-prompt-engineering-safety-review] 📊 ai-prompt-engineering-safety-review: 2,185 BPE tokens [chars/4: 2,540] (detailed ✓), 19 sections, 0 code blocks [ai-prompt-engineering-safety-review] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-nunit] 📊 csharp-nunit: 636 BPE tokens [chars/4: 711] (detailed ✓), 8 sections, 0 code blocks [csharp-nunit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [csharp-nunit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [java-junit] 📊 java-junit: 695 BPE tokens [chars/4: 746] (detailed ✓), 8 sections, 0 code blocks [java-junit] ⚠ No code blocks — agents perform better with concrete snippets and commands. [java-junit] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [playwright-explore-website] 📊 playwright-explore-website: 140 BPE tokens [chars/4: 171] (compact ✓), 2 sections, 0 code blocks [playwright-explore-website] ⚠ Skill is only 140 BPE tokens (chars/4 estimate: 171) — may be too sparse to provide actionable guidance. [playwright-explore-website] ⚠ No code blocks — agents perform better with concrete snippets and commands. [playwright-generate-test] 📊 playwright-generate-test: 178 BPE tokens [chars/4: 220] (compact ✓), 2 sections, 0 code blocks [playwright-generate-test] ⚠ Skill is only 178 BPE tokens (chars/4 estimate: 220) — may be too sparse to provide actionable guidance. [playwright-generate-test] ⚠ No code blocks — agents perform better with concrete snippets and commands. [playwright-generate-test] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [typescript-mcp-server-generator] 📊 typescript-mcp-server-generator: 759 BPE tokens [chars/4: 925] (detailed ✓), 12 sections, 0 code blocks [typescript-mcp-server-generator] ⚠ No code blocks — agents perform better with concrete snippets and commands. [typespec-api-operations] 📊 typespec-api-operations: 2,327 BPE tokens [chars/4: 2,287] (detailed ✓), 35 sections, 16 code blocks [typespec-api-operations] ⚠ No numbered workflow steps — agents follow sequenced procedures more reliably. [typespec-create-agent] 📊 typespec-create-agent: 672 BPE tokens [chars/4: 737] (detailed ✓), 5 sections, 1 code blocks [typespec-create-api-plugin] 📊 typespec-create-api-plugin: 979 BPE tokens [chars/4: 1,013] (detailed ✓), 11 sections, 9 code blocks [winui3-migration-guide] 📊 winui3-migration-guide: 2,196 BPE tokens [chars/4: 2,226] (detailed ✓), 18 sections, 13 code blocks {Ansi.Red}Skill spec conformance failures — fix the errors above.{Ansi.Reset} ❌ Duplicate skill name 'azure-resource-health-diagnose' found in 'plugins/devops-oncall/skills/azure-resource-health-diagnose' (first seen in 'plugins/azure-cloud-development/skills/azure-resource-health-diagnose') ❌ Duplicate skill name 'openapi-to-application-code' found in 'plugins/openapi-to-application-go/skills/openapi-to-application-code' (first seen in 'plugins/openapi-to-application-csharp-dotnet/skills/openapi-to-application-code') ❌ Duplicate skill name 'openapi-to-application-code' found in 'plugins/openapi-to-application-java-spring-boot/skills/openapi-to-application-code' (first seen in 'plugins/openapi-to-application-csharp-dotnet/skills/openapi-to-application-code') ❌ Duplicate skill name 'openapi-to-application-code' found in 'plugins/openapi-to-application-nodejs-nestjs/skills/openapi-to-application-code' (first seen in 'plugins/openapi-to-application-csharp-dotnet/skills/openapi-to-application-code') ❌ Duplicate skill name 'openapi-to-application-code' found in 'plugins/openapi-to-application-python-fastapi/skills/openapi-to-application-code' (first seen in 'plugins/openapi-to-application-csharp-dotnet/skills/openapi-to-application-code') ❌ Duplicate skill name 'create-technical-spike' found in 'plugins/technical-spike/skills/create-technical-spike' (first seen in 'plugins/project-planning/skills/create-technical-spike') ❌ Duplicate skill name 'ai-prompt-engineering-safety-review' found in 'plugins/testing-automation/skills/ai-prompt-engineering-safety-review' (first seen in 'plugins/security-best-practices/skills/ai-prompt-engineering-safety-review') ❌ Duplicate skill name 'csharp-nunit' found in 'plugins/testing-automation/skills/csharp-nunit' (first seen in 'plugins/csharp-dotnet-development/skills/csharp-nunit') ❌ Duplicate skill name 'java-junit' found in 'plugins/testing-automation/skills/java-junit' (first seen in 'plugins/java-development/skills/java-junit') ❌ Duplicate skill name 'playwright-explore-website' found in 'plugins/testing-automation/skills/playwright-explore-website' (first seen in 'plugins/frontend-web-dev/skills/playwright-explore-website') ❌ Duplicate skill name 'playwright-generate-test' found in 'plugins/testing-automation/skills/playwright-generate-test' (first seen in 'plugins/frontend-web-dev/skills/playwright-generate-test') ```

> **Note:** The validator returned a non-zero exit code. Please review the findings above before merge.

[Copilot]

Pull request overview

Adds a new custom agent that guides Azure Verified Modules (AVM) owners through a structured, repeatable workflow to triage issues across the AVM repos they maintain, with an explicit approval gate before delegating work to Copilot.

Changes:

• Adds the AVM Owner Triage agent definition and full triage playbook (module discovery → harvesting → dependency analysis → reporting → optional delegation).

[aaronpowell]

Let's not embed version info into the agent, as this becomes token weight. Instead, it can go in the frontmatter as metadata

[segraef]

Thanks @aaronpowell, removed.

[aaronpowell]

Is there a reason for all the - on the end of the links?

[segraef]

Hey @aaronpowell thanks for reading through this, yes these links are coming from our official documentation and that's how Hugo formats it see https://azure.github.io/Azure-Verified-Modules/indexes/terraform/tf-resource-modules/#published-modules-----