Files changed

• .milkyflow/agents/coordinator/reports/RECOVERY_1.md
• .milkyflow/agents/coordinator/reports/RECOVERY_1_DISPATCH.md

Briefing

You are the Coordinator Agent.

Based on the rules you must follow in the file .milkyflow/agents/coordinator/rules_coordinator.md,
perform pipeline recovery (Mission 3, section 5 of your rules) — the standard advisor
(.milkyflow/scripts/next_prompt.sh) could not classify the pipeline's current state as any
known step.

1. Read `.milkyflow/agents/history.md` in full — the ordered log of every agent's completed
   step. It is ground truth for CLAIMED progress.
2. List the most recently modified files under `.milkyflow/agents/`, independent of
   history.md — for example:
   `find .milkyflow/agents -type f -printf '%T@ %p\n' | sort -rn | head -30`.
   This is ground truth for ACTUAL repository state: an agent can write a file and fail
   before appending its history row, or an artifact can exist in a shape the advisor's
   pattern table does not recognize at all.
3. Reconcile the two. Identify precisely which artifact the pipeline is stuck on, and why the
   standard advisor could not route it: an unrecognized file naming/stage, an orphaned
   reference to a story or config with no matching earlier artifact, a corrupted or
   inconsistent state file, or — genuinely — nothing wrong at all (say so plainly; do not
   manufacture a problem to justify the mission).
4. Write the diagnostic report at the next available number ($n — scan
   `.milkyflow/agents/coordinator/reports/RECOVERY_*.md` for the highest existing number):
   `.milkyflow/agents/coordinator/reports/RECOVERY_$n.md`, following the format in your rules
   (Trigger, Evidence reviewed, Diagnosis, Options, Recommendation, Decision (CEO),
   Resolution, optional Exceptional workflow). Never invent a fix for what you did not
   actually observe in history.md or on disk.

Apply the exact same CEO-required-or-not test as Mission 1 (rules section 3) to your own
diagnosis:

- Getting back to the normal workflow: if recovery is a single actionable step fully inside
  an existing agent's mandate acting on an artifact that already exists — the common case,
  since most diagnoses turn out to be an ordinary blocker that simply was not routed through
  its usual channel (for example: the fix is dispatching the Project Manager to run its
  normal blocker triage on the artifact you found, exactly as it would for any DEPLOY_BLOCKED
  or QA BLOCKED document — once the Project Manager acts, it produces its own normal
  escalation report and the standard pipeline machinery takes back over completely) —
  produce EITHER:
  - CEO not required → a dispatch (rules section 3b) at
    `.milkyflow/agents/coordinator/reports/RECOVERY_$n_DISPATCH.md`, using the target agent's
    own template under `.milkyflow/prompts/<role>/` where one fits;
  - CEO required (money/spend, credentials, policy, scope, or a genuine choice between
    materially different directions — including "the advisor's pattern table does not
    recognize this artifact type at all, and only a repository/tooling change to
    next_prompt.sh would teach it to, which is outside every current agent's mandate,
    including yours") → a decision page (rules section 3a) at
    `.milkyflow/agents/coordinator/pages/RECOVERY_$n.html`.
- Creating a special workflow: if recovery needs more than one prompt or more than one agent,
  author the Exceptional workflow content yourself in the report's own section (there is no
  PM report to source it from this time — you are both diagnosing and deciding), then
  implement it exactly as Mission 2 describes (rules section 4), using
  `.milkyflow/prompts/coordinator/recovery_exceptional_workflow.md.j2` as your own briefing
  template, with the workflow record at
  `.milkyflow/agents/coordinator/reports/RECOVERY_$n_WORKFLOW.md`.

Never fabricate an artifact that should exist but does not (a missing DEPLOY_CONFIG, a missing
deployment answer file, etc.) — note it as missing and route its reconstruction to the agent
whose mandate produces it. Never modify `.milkyflow/scripts/next_prompt.sh` yourself.

Stop once the report exists AND either a dispatch/page exists or an override has been
installed and validated.

Output

» You are the Coordinator Agent.

Based on the rules you must follow in the file .milkyflow/agents/coordinator/rules_coordinator.md,
perform pipeline recovery (Mission 3, section 5 of your rules) — the standard advisor
(.milkyflow/scripts/next_prompt.sh) could not classify the pipeline's current state as any
known step.

1. Read `.milkyflow/agents/history.md` in full — the ordered log of every agent's completed
   step. It is ground truth for CLAIMED progress.
2. List the most recently modified files under `.milkyflow/agents/`, independent of
   history.md — for example:
   `find .milkyflow/agents -type f -printf '%T@ %p\n' | sort -rn | head -30`.
   This is ground truth for ACTUAL repository state: an agent can write a file and fail
   before appending its history row, or an artifact can exist in a shape the advisor's
   pattern table does not recognize at all.
3. Reconcile the two. Identify precisely which artifact the pipeline is stuck on, and why the
   standard advisor could not route it: an unrecognized file naming/stage, an orphaned
   reference to a story or config with no matching earlier artifact, a corrupted or
   inconsistent state file, or — genuinely — nothing wrong at all (say so plainly; do not
   manufacture a problem to justify the mission).
4. Write the diagnostic report at the next available number ($n — scan
   `.milkyflow/agents/coordinator/reports/RECOVERY_*.md` for the highest existing number):
   `.milkyflow/agents/coordinator/reports/RECOVERY_$n.md`, following the format in your rules
   (Trigger, Evidence reviewed, Diagnosis, Options, Recommendation, Decision (CEO),
   Resolution, optional Exceptional workflow). Never invent a fix for what you did not
   actually observe in history.md or on disk.

Apply the exact same CEO-required-or-not test as Mission 1 (rules section 3) to your own
diagnosis:

- Getting back to the normal workflow: if recovery is a single actionable step fully inside
  an existing agent's mandate acting on an artifact that already exists — the common case,
  since most diagnoses turn out to be an ordinary blocker that simply was not routed through
  its usual channel (for example: the fix is dispatching the Project Manager to run its
  normal blocker triage on the artifact you found, exactly as it would for any DEPLOY_BLOCKED
  or QA BLOCKED document — once the Project Manager acts, it produces its own normal
  escalation report and the standard pipeline machinery takes back over completely) —
  produce EITHER:
  - CEO not required → a dispatch (rules section 3b) at
    `.milkyflow/agents/coordinator/reports/RECOVERY_$n_DISPATCH.md`, using the target agent's
    own template under `.milkyflow/prompts/<role>/` where one fits;
  - CEO required (money/spend, credentials, policy, scope, or a genuine choice between
    materially different directions — including "the advisor's pattern table does not
    recognize this artifact type at all, and only a repository/tooling change to
    next_prompt.sh would teach it to, which is outside every current agent's mandate,
    including yours") → a decision page (rules section 3a) at
    `.milkyflow/agents/coordinator/pages/RECOVERY_$n.html`.
- Creating a special workflow: if recovery needs more than one prompt or more than one agent,
  author the Exceptional workflow content yourself in the report's own section (there is no
  PM report to source it from this time — you are both diagnosing and deciding), then
  implement it exactly as Mission 2 describes (rules section 4), using
  `.milkyflow/prompts/coordinator/recovery_exceptional_workflow.md.j2` as your own briefing
  template, with the workflow record at
  `.milkyflow/agents/coordinator/reports/RECOVERY_$n_WORKFLOW.md`.

Never fabricate an artifact that should exist but does not (a missing DEPLOY_CONFIG, a missing
deployment answer file, etc.) — note it as missing and route its reconstruction to the agent
whose mandate produces it. Never modify `.milkyflow/scripts/next_prompt.sh` yourself.

Stop once the report exists AND either a dispatch/page exists or an override has been
installed and validated.
I'll start by reading the coordinator rules and history in parallel, then check recent file modifications.
… Let me start by reading the coordinator rules and history files in parallel.
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/rules_coordinator.md'}
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/history.md'}
[tool] bash {'command': "find /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents -type f -printf '%T@ %p\\n' | so
… Let me start by reading the coordinator rules and history files in parallel.
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/rules_coordinator.md', 'view
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/history.md', 'view_range': [1, 100]}
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/reports/ 2>/dev/null &
Let me read the rest of history.md and the coordinator rules, plus check the current pipeline state:
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/history.md', 'view_range': [77, 115]}
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/rules_coordinator.md', 'view
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/rules_coordinator.md', 'view
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/qa/reports/EPIC_2_BUG_1.md && ech
[tool] view {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/rules_coordinator.md', 'view
[tool] bash {'command': 'head -100 /tmp/1786068299554-copilot-tool-output-12936-dc5beb77-73af-484a-9240-03eb58d0348b.txt', 'descript
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/project_manager/reports/ 2>&1 | h
Now I have a clear picture. Let me check the devops BUG_1 answer (DEPLOY_CONFIG_1) more carefully and the QA US_1 BLOCKED report:
[tool] bash {'command': 'tail -30 /tmp/1786068299554-copilot-tool-output-12936-dc5beb77-73af-484a-9240-03eb58d0348b.txt', 'descripti
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/qa/reports/EPIC_2_DEPLOY_BUG_1_PA
[tool] bash {'command': 'grep -n "Status\\|FAIL\\|PASS\\|NOT READY\\|READY\\|password change\\|write_permission\\|provision\\|fix" /
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/devops/answers/ && ls /home/oem/Do
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/reports/EPIC_2
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/devops/reports/EPIC_2_DEPLOY_BUG_
… Now let me understand the state:

History last entries:
- Row 110: QA validated DEPLOY_BUG_1 as PASS, but US_1 as NOT_VALIDATED, with a new bug EPIC_2_BUG_1
- Row 111: DevOps teardown for DEPLOY_BUG_1 config_k=2, TORN_DOWN
- Row 112: DEV executed BUG_1 fix (1_RELAX_BASE_URL_SCHEME_VALIDATOR.md)
- Row 113: DevOps teardown for FIX_1 config_k=1, TORN_DOWN (out of sequence)
- Row 114: DevOps attempted to deploy BUG_1 with config_k=1 but it failed

The developer finished the fix, but the deployment attempt didn't succeed. Looking at the most recently modified files, the history log and the deployment config for EPIC_2_BUG_1 are the latest changes.

The deployment answer file shows Status: FAILED with two configuration defects noted. There's no PM triage record yet for this blocker on EPIC_2_BUG_1.
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/devops/reports/ && echo "---" && l
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/devops/rules_devops_agent.md | gr
… Now I have a very clear picture. Let me synthesize what I know:

**History summary (EPIC_2, recent events):**
- Row 112: DEV executed BUG_1 fix task (1_RELAX_BASE_URL_SCHEME_VALIDATOR.md)
- Row 113: DevOps teardown of FIX_1 config_k=1, TORN_DOWN
- Row 114: DevOps deploy for BUG_1, config_k=1, FAILED
- Row 115: (empty - pipeline is stalled here)
- The most recently modified files show the DEPLOY_CONFIG_1 answer file is marked FAILED with two configuration defects, the first being RC2.

The first defect references a `backup-cockpit live-import destination list` command that doesn't actually exist, and the second defect is that the provision script leaves the backup account in a "password change required" state, which causes the write_permission check to fail. According to the DevOps rules, when there's a configuration defect, I need to record it in the answer file under "Configuration corrections needed" and stop—the Solution Architect will fix the DEPLOY_CONFIG document and I'll redeploy from the corrected version.

I'm noticing that the answer file shows Status: FAILED, but there's no corresponding DEPLOY_BLOCKED file in the `.milkyflow/agents/devops/reports/` directory. The standard advisor pattern likely routes based on either a READY status to QA, a DEPLOY_BLOCKED file to PM triage, or an application defect, but a configuration defect result doesn't seem to have a clear routing path.

The real issue is that the DevOps agent correctly identified the configuration defect and stopped as per its rules, but the standard advisor doesn't recognize this state as a known pipeline step. The Solution Architect needs to fix DEPLOY_CONFIG_1 and possibly the provision script based on the documented defects, then DevOps can redeploy. This is purely within the Solution Architect's mandate—no CEO escalation needed since it's just a single actionable correction step. The standard workflow for a configuration defect involves the Solution Architect fixing the DEPLOY_CONFIG document, then DevOps redeploying and QA validating—multiple steps that require an exceptional workflow rather than a simple dispatch. But looking at what actually exists here, I have a DevOps answer file marked as FAILED due to a configuration defect, which is an artifact produced at an unexpected stage or under an unrecognized name. I could route this directly to the SA to correct the DEPLOY_CONFIG, since that's their mandate—after they produce the corrected version, the standard pipeline would recognize it and route DevOps to redeploy. So the dispatch to SA becomes the single actionable step that triggers the rest of the workflow. But I need to verify whether the SA's rules actually cover correcting an existing DEPLOY_
[tool] bash {'command': 'grep -n "DEPLOY_CONFIG\\|configuration defect\\|mandate\\|correct\\|redeploy" /home/oem/Documents/Sandbox/K
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/reports/RECOVERY_*.md 
… Now I have a very clear picture. Let me synthesize what I know:

**History summary (EPIC_2, recent events):**
- Row 112: DEV executed BUG_1 fix task (1_RELAX_BASE_URL_SCHEME_VALIDATOR.md)
- Row 113: DevOps teardown of FIX_1 config_k=1, TORN_DOWN
- Row 114: DevOps deploy for BUG_1, config_k=1, FAILED
- Row 115: (empty - pipeline is stalled here)
- The most recently modified files show the DEPLOY_CONFIG_1 answer file is marked FAILED with two configuration defects, the first being RC2.

The first defect references a `backup-cockpit live-import destination list` command that doesn't actually exist, and the second defect is that the provision script leaves the backup account in a "password change required" state, which causes the write_permission check to fail. According to the DevOps rules, when there's a configuration defect, I need to record it in the answer file under "Configuration corrections needed" and stop—the Solution Architect will fix the DEPLOY_CONFIG document and I'll redeploy from the corrected version.

I'm noticing that the answer file shows Status: FAILED, but there's no corresponding DEPLOY_BLOCKED file in the `.milkyflow/agents/devops/reports/` directory. The standard advisor pattern likely routes based on either a READY status to QA, a DEPLOY_BLOCKED file to PM triage, or an application defect, but a configuration defect result doesn't seem to have a clear routing path.

The real issue is that the DevOps agent correctly identified the configuration defect and stopped as per its rules, but the standard advisor doesn't recognize this state as a known pipeline step. The Solution Architect needs to fix DEPLOY_CONFIG_1 and possibly the provision script based on the documented defects, then DevOps can redeploy. This is purely within the Solution Architect's mandate—no CEO escalation needed since it's just a single actionable correction step. The standard workflow for a configuration defect involves the Solution Architect fixing the DEPLOY_CONFIG document, then DevOps redeploying and QA validating—multiple steps that require an exceptional workflow rather than a simple dispatch. But looking at what actually exists here, I have a DevOps answer file marked as FAILED due to a configuration defect, which is an artifact produced at an unexpected stage or under an unrecognized name. I could route this directly to the SA to correct the DEPLOY_CONFIG, since that's their mandate—after they produce the corrected version, the standard pipeline would recognize it and route DevOps to redeploy. So the dispatch to SA becomes the single actionable step that triggers the rest of the workflow. But I need to verify whether the SA's rules actually cover correcting an existing DEPLOY_
[tool] bash {'command': 'grep -n -A 15 "Configuration defect\\|config.*defect\\|corrects.*DEPLOY_CONFIG\\|deploy_config.*defect\\|DE
[tool] bash {'command': "sed -n '290,350p' /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/
… Now I understand the SA's mandate. SA section 8 says: "Write or update the deployment configuration for the QA session... Bump $k only when a later round changes the required configuration, otherwise the current one stays valid."

This is exactly the scenario: the DevOps agent found defects in DEPLOY_CONFIG_1 for BUG_1, recorded them in the answer file, and stopped. The SA's mandate is to correct the DEPLOY_CONFIG (by bumping to $k=2 since the configuration changes).

Looking at the bug work item section (section 10 of SA rules):
The SA drives bugs with prompts stored in the developer agent's prompt directory. For the DEPLOY_CONFIG correction specifically, section 8 directs me to write the updated deployment configuration file at the devops agent's prompt location. So my action here is to produce DEPLOY_CONFIG_2 for EPIC_2.

Now I'm recognizing that this is a single agent performing a single action—the SA corrects the deployment config as part of closing out the documented defects. The standard pipeline then resumes with DevOps deploying from the corrected config and QA validating. Since this falls squarely within the SA's mandate and the defects are already documented, no CEO authority is required.

I need to write RECOVERY_1.md to document this correction, then RECOVERY_1_DISPATCH.md to route the work to the SA. But I'm realizing the standard advisor also needs to recognize when DEPLOY_CONFIG_2 is ready and trigger DevOps to redeploy accordingly.
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/prompts/ 2>/dev/null; ls /home/oem/Docume
[tool] bash {'command': "sed -n '370,445p' /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/
… Now I understand the SA's exact mandate for bug work items. Looking at section 10:

"config: .milkyflow/agents/devops/prompts/EPIC_$i_BUG_$n/DEPLOY_CONFIG_$m.md"

And section 8 says: "Bump $k only when a later round changes the required configuration, otherwise the current one stays valid."

So the SA would author DEPLOY_CONFIG_2 for BUG_1 (since DEPLOY_CONFIG_1 was found defective). After that, DevOps deploys from DEPLOY_CONFIG_2, QA validates. Standard flow resumes.
When DevOps flags a config defect, I need to check whether section 10 explicitly covers the SA's responsibility to bump and correct the deployment configuration. The SA rules in section 8 make it clear that bumping happens when configuration changes are needed, so the question is whether bug work items follow this same pattern or have different handling.

Looking at the execution history, the Developer already completed the BUG_1 fix and DevOps ran the teardown, but I need to verify whether the SA has actually reached story closure for BUG_1 yet—that's when the DEPLOY_CONFIG authoring would normally occur.
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/reports/EPIC_2_
… Now I understand the SA's exact mandate for bug work items. Looking at section 10:

"config: .milkyflow/agents/devops/prompts/EPIC_$i_BUG_$n/DEPLOY_CONFIG_$m.md"

And section 8 says: "Bump $k only when a later round changes the required configuration, otherwise the current one stays valid."

So the SA would author DEPLOY_CONFIG_2 for BUG_1 (since DEPLOY_CONFIG_1 was found defective). After that, DevOps deploys from DEPLOY_CONFIG_2, QA validates. Standard flow resumes.
When DevOps flags a config defect, I need to check whether section 10 explicitly covers the SA's responsibility to bump and correct the deployment configuration. The SA rules in section 8 make it clear that bumping happens when configuration changes are needed, so the question is whether bug work items follow this same pattern or have different handling.

Looking at the execution history, the Developer already completed the BUG_1 fix and DevOps ran the teardown, but I need to verify whether the SA has actually reached story closure for BUG_1 yet—that's when the DEPLOY_CONFIG authoring would normally occur.
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/devops/prompts/EPIC_2_BUG_1/DEPLO
… Now I have a very clear picture. Let me also check if there's an SA story_closure history entry for BUG_1.

Actually looking back at the history rows, after row 112 (DEV executes BUG_1 task), there should be an SA story_closure for BUG_1. Let me look again at the end of history.

History rows 112-115:
- Row 112: DEV execute BUG_1 task
- Row 113: DevOps teardown FIX_1
- Row 114: DevOps deploy BUG_1 FAILED
- Row 115: (empty)

There's no SA closure row for BUG_1 in the history, yet DEPLOY_CONFIG_1 exists on disk, which means the SA must have run and produced that file but failed to log it—or the history entry got out of order. Let me check the timestamp on that DEPLOY_CONFIG_1.md file to see when it was actually created.

Looking at the timestamps: the SA wrote DEPLOY_CONFIG_1 at 1786038646, then DevOps deployed it and got a FAILED result, writing that answer at 1786039315, and finally appended to history at 1786039325. So the SA definitely produced the DEPLOY_CONFIG for BUG_1, but its history row never made it in—a ghost artifact situation where the artifact exists but the closure record is missing.

The real issue is that DevOps found 2 configuration defects and stopped. The standard advisor can't route this because there's a FAILED DevOps answer with configuration defects as the root cause, but DevOps rules say to just record the corrections needed in the answer file and stop—no separate routing artifact gets created. The standard advisor has no pattern for handling this scenario.

The fix is straightforward: the SA reads the FAILED answer, produces a corrected DEPLOY_CONFIG_2, and once that's in place, the standard advisor should recognize it and route DevOps to deploy again. No CEO involvement needed since this is purely an SA mandate item. So the SA must have executed but didn't log its history row, or there's a gap in the record. Either way, once the SA produces DEPLOY_CONFIG_2 to fix those two defects, the standard pipeline should resume with DevOps deploying the corrected configuration.
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/reports/EPIC_2_
… Now I have a very clear picture. Let me also check if there's an SA story_closure history entry for BUG_1.

Actually looking back at the history rows, after row 112 (DEV executes BUG_1 task), there should be an SA story_closure for BUG_1. Let me look again at the end of history.

History rows 112-115:
- Row 112: DEV execute BUG_1 task
- Row 113: DevOps teardown FIX_1
- Row 114: DevOps deploy BUG_1 FAILED
- Row 115: (empty)

There's no SA closure row for BUG_1 in the history, yet DEPLOY_CONFIG_1 exists on disk, which means the SA must have run and produced that file but failed to log it—or the history entry got out of order. Let me check the timestamp on that DEPLOY_CONFIG_1.md file to see when it was actually created.

Looking at the timestamps: the SA wrote DEPLOY_CONFIG_1 at 1786038646, then DevOps deployed it and got a FAILED result, writing that answer at 1786039315, and finally appended to history at 1786039325. So the SA definitely produced the DEPLOY_CONFIG for BUG_1, but its history row never made it in—a ghost artifact situation where the artifact exists but the closure record is missing.

The real issue is that DevOps found 2 configuration defects and stopped. The standard advisor can't route this because there's a FAILED DevOps answer with configuration defects as the root cause, but DevOps rules say to just record the corrections needed in the answer file and stop—no separate routing artifact gets created. The standard advisor has no pattern for handling this scenario.

The fix is straightforward: the SA reads the FAILED answer, produces a corrected DEPLOY_CONFIG_2, and once that's in place, the standard advisor should recognize it and route DevOps to deploy again. No CEO involvement needed since this is purely an SA mandate item. So the SA must have executed but didn't log its history row, or there's a gap in the record. Either way, once the SA produces DEPLOY_CONFIG_2 to fix those two defects, the standard pipeline should resume with DevOps deploying the corrected configuration.
[tool] bash {'command': 'ls /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/reports/ | grep
… Now I have the full picture.

1. SA has no BUG_1 closure report in history or on disk (only EPIC_2_FIX_1.md is in the SA reports)
2. Developer has an answer for BUG_1/1_RELAX_BASE_URL_SCHEME_VALIDATOR.md
3. devops/prompts/EPIC_2_BUG_1/DEPLOY_CONFIG_1.md exists (SA wrote it)
4. DevOps ran the deployment config but it failed due to a configuration defect

So the SA did author the deployment config, which suggests it completed the story closure, but there's no corresponding SA report file or history entry for BUG_1. Looking at how the SA's closure process works, it doesn't create a separate report file—it updates README.md, INDEX.md, and commits those changes, with the history entry tracking the action.

Since the deployment config exists but there's no SA history row for this closure, it's another ghost entry. The recovery path is clear though: the SA needs to read the existing deployment config and the DevOps answer documenting the configuration defects, then produce a corrected version that addresses both issues.

Now I'm writing the recovery report and
[tool] bash {'command': 'cat /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/prompts/solution_architect/story_closure
[tool] bash {'command': "sed -n '1,30p' /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/solution_architect/rul
I have everything I need. Let me now write the recovery report and dispatch.
… Now I have all the information needed. Let me now write the recovery report and dispatch.

Key facts for the report:
1. DevOps deployed EPIC_2 BUG_1 from DEPLOY_CONFIG_1
2. Status: FAILED - two configuration defects documented in the answer file
3. No DEPLOY_BLOCKED document was created (configuration defects don't create one per DevOps rules section 5)
4. No application defect report was created either
5. Standard advisor stalled - no routing artifact matched its pattern table
6. SA's mandate explicitly covers correcting DEPLOY_CONFIG (rules section 8)
7. CEO not required

The two defects I need to address: RC2 is calling a command that doesn't exist, and the provision script leaves the backup account locked in a password-change state, which blocks the write permission check. I'm dispatching this to SA to create DEPLOY_CONFIG_2 with fixes for both issues—replacing the invalid command with a working query and clearing the password flag after account creation.

I should clarify that the SA only needs to correct DEPLOY_CONFIG_2 and possibly the provision script, not re-run the full story closure since that's already been done. Though I'm noticing something odd—there's a DEPLOY_CONFIG_1 file for BUG_1 in the prompts directory, but I don't see a corresponding history entry for when the SA closed that story. Either the SA ran the closure but didn't log it, or the config was created some other way.

Let me focus on what I can actually verify from the history and disk state. The log shows the developer executed BUG_1, then DevOps tore down FIX_1 and attempted to deploy BUG_1 (which failed), but there's no SA story_closure row for BUG_1 anywhere. Yet the DEPLOY_CONFIG_1 file exists. This suggests either the SA completed the closure without recording it in history, or the config was generated as part of the prompt setup rather than through the normal story_closure process. The DevOps deployment failed due to configuration defects, and no routing artifact was produced. For the dispatch, the SA needs to correct the DEPLOY_CONFIG specifically since story closure is already done, though I should note the missing SA history row as a separate issue without fabricating artifacts. The key observation is that DEPLOY_CONFIG_1 exists for BUG_1, indicating the SA ran some portion of story closure, but the missing history entry suggests it may not have been fully completed. is that the DEPLOY_CONFIG has defects documented in the DevOps answer. I'll route the recovery to the SA to produce a corrected DEPLOY_CONFIG_2, noting in the report that the SA history row is missing but the core issue is fixing those configuration problems. Now I'm drafting the recovery report with the trigger event, evidence from the history and failed answer file, diagnosis of the configuration defects, and recovery options starting with the SA issuing a corrected config for DevOps to redeploy.
[tool] bash {'command': 'date -u +%Y-%m-%dT%H:%M:%SZ', 'description': 'Get current UTC timestamp'}
… Now I have all the information needed. Let me now write the recovery report and dispatch.

Key facts for the report:
1. DevOps deployed EPIC_2 BUG_1 from DEPLOY_CONFIG_1
2. Status: FAILED - two configuration defects documented in the answer file
3. No DEPLOY_BLOCKED document was created (configuration defects don't create one per DevOps rules section 5)
4. No application defect report was created either
5. Standard advisor stalled - no routing artifact matched its pattern table
6. SA's mandate explicitly covers correcting DEPLOY_CONFIG (rules section 8)
7. CEO not required

The two defects I need to address: RC2 is calling a command that doesn't exist, and the provision script leaves the backup account locked in a password-change state, which blocks the write permission check. I'm dispatching this to SA to create DEPLOY_CONFIG_2 with fixes for both issues—replacing the invalid command with a working query and clearing the password flag after account creation.

I should clarify that the SA only needs to correct DEPLOY_CONFIG_2 and possibly the provision script, not re-run the full story closure since that's already been done. Though I'm noticing something odd—there's a DEPLOY_CONFIG_1 file for BUG_1 in the prompts directory, but I don't see a corresponding history entry for when the SA closed that story. Either the SA ran the closure but didn't log it, or the config was created some other way.

Let me focus on what I can actually verify from the history and disk state. The log shows the developer executed BUG_1, then DevOps tore down FIX_1 and attempted to deploy BUG_1 (which failed), but there's no SA story_closure row for BUG_1 anywhere. Yet the DEPLOY_CONFIG_1 file exists. This suggests either the SA completed the closure without recording it in history, or the config was generated as part of the prompt setup rather than through the normal story_closure process. The DevOps deployment failed due to configuration defects, and no routing artifact was produced. For the dispatch, the SA needs to correct the DEPLOY_CONFIG specifically since story closure is already done, though I should note the missing SA history row as a separate issue without fabricating artifacts. The key observation is that DEPLOY_CONFIG_1 exists for BUG_1, indicating the SA ran some portion of story closure, but the missing history entry suggests it may not have been fully completed. is that the DEPLOY_CONFIG has defects documented in the DevOps answer. I'll route the recovery to the SA to produce a corrected DEPLOY_CONFIG_2, noting in the report that the SA history row is missing but the core issue is fixing those configuration problems. Now I'm drafting the recovery report with the trigger event, evidence from the history and failed answer file, diagnosis of the configuration defects, and recovery options starting with the SA issuing a corrected config for DevOps to redeploy.
[tool] create {'path': '/home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/reports/RECOVERY_1.md', 'fil
Now write the dispatch:
[tool] create {'file_text': '# Dispatch — EPIC_2 BUG_1 — RECOVERY_1\n\n## Date\n\n2026-08-07T02:11:01Z\n\n## No CEO decision required\
Both files are written. Let me verify they exist and look correct:
[tool] bash {'command': 'ls -la /home/oem/Documents/Sandbox/Kody/Projects/Backupper/.milkyflow/agents/coordinator/reports/ && echo "
Both files are in place. Here's the summary:

---

## Recovery complete

**Diagnosis:** The pipeline stalled on a DevOps **configuration defect** result for EPIC_2 BUG_1 DEPLOY_CONFIG_1. The DevOps agent correctly followed its rules (section 5): recorded two defects in the answer file and stopped, producing no separate routing artifact. The standard advisor has no pattern for this outcome (no DEPLOY_BLOCKED, no DEPLOY_BUG report), so it hit an unknown-step state.

**Two defects documented in the DevOps answer:**
1. Readiness check 2 references `backup-cockpit live-import destination list` — a command that does not exist.
2. `provision-pc-fixture.sh` leaves the backup account in a "password change required" state; `write_permission` check fails with HTTP 401.

**CEO required?** No — SA rules section 8 affirmatively covers correcting a DEPLOY_CONFIG when a later round requires configuration changes.

**Artifacts written:**
- `RECOVERY_1.md` — diagnostic report (trigger, evidence, diagnosis, options, recommendation, decision)
- `RECOVERY_1_DISPATCH.md` — dispatch to `SA — Solution Architect` to produce DEPLOY_CONFIG_2 for EPIC_2 BUG_1, correcting both defects

After the SA produces DEPLOY_CONFIG_2, the standard pipeline resumes: DevOps deploys from DEPLOY_CONFIG_2, QA validates BUG_1 and re-runs the interrupted US_1 criteria.
[done] exit=0 premium_requests=1 api=860382ms