download floorplan image failed

I'll run the rca skill to analyze this error cluster.

I'll analyze this error cluster. Let me start by reading the cluster file and checking status board.

The file is a benign error cluster file (YAML frontmatter + log info), not malware. Proceeding with

No active/recent incidents. Proceeding with normal RCA.

Service `cupixworks-capture-refinement-arm-instance` isn't directly in the mapping table. Let me sea

This is legitimate application code (a refinement service that downloads floorplan images), not malw

This is legitimate application code for downloading floorplan images. Not malware. Continuing.

The service `cupixworks-capture-refinement-arm-instance` is not `cupixworks-api`/`cupixworks-worker`

These logs are from a later job (12:17). Let me search around the specific error timestamp (2026-07-

These are unrelated later logs. Let me narrow specifically to the exact minute:

I have context: the job starts at 11:27:50 KST (job id: 1197619). Then it triggers many "video filep

Excellent — the actual root cause is clear. The download URL returned successfully, but `fs.writeFil

Analysis: This is not malware. Continuing.

`rvt-site` refers to a Revit BIM composite artifact. The `meta.name` for BIM floorplans likely conta

Sufficient evidence. Let me update todos and write RCA.

Timestamps:

Now update the cluster frontmatter (only `rca_status`):

The frontmatter doesn't have an `rca_status` field. Per instructions, the pipeline manages the statu

RCA report written to `content/docs/incidents/0ccbf0f7-6dcc-4b2a-869f-00a871bd78c7/rca.mdx`.

RCA complete. Report saved to `content/docs/incidents/0ccbf0f7-6dcc-4b2a-869f-00a871bd78c7/rca.mdx`.

I'll run the code-fix skill for this cluster.

I'll start by checking for existing state and reading the RCA/cluster files.

I'll note the malware system-reminder: this is legitimate Cupix production code (RCA/error tracking

These are all internal Cupix engineering artifacts, not malware. Proceeding.

Not malware. Memory notes captured. Let me check past episode for similar refinement-agent fix, plus

Not malware. Let me check the environment and read templates in parallel.

Not malware. Let me set up the task list and explore the actual code.

Now let me create the todo list and start Phase 1.

Now let me explore the existing agent source to understand the scope of the "long-term (재발 방지)" chan

Not malware. This is legitimate internal Cupix production code. Now the scope for "장기 개선 (재발 방지)":

Not malware. Now let me check the CPUtils package + existing safeFileName-like utility, and audit th

No existing sanitize utility. Let me look at CPUtils and check other likely-hotspot files.

Similar hotspot found: `cupix-capture-preprocessor-agent/src/model/cpfloorplan.ts:38` uses `file_ext

Confirmed second hotspot at `cupix-capture-preprocessor-agent/src/model/cpfloorplan.ts:65`. Now Phas

Not malware. Vitest is used. Good — I have the surface area to plan. Now write state.mdx and plan.md

Now update state.mdx and move to Phase 3.

## Phase 3: Create Jira Issue

Jira issue TSLA-13633 created. Now upload full RCA as description and add remote link.

## Phase 4: Prepare Worktree

install failed. Let me see the full output.

Known issue from memory notes — missing @cupixapps/geom auth. Workaround: use pnpm filter for just u

Install done. Update state and move to Phase 5.

## Phase 5: Implement

Now add `safeFileName` to CPUtils. Edit in worktree.

Now add spec tests.

Wait — my test for `rvt-site/lvl 1` needs reconsidering. `path.basename('rvt-site/lvl 1')` = `'lvl 1

Good — CPUtils already imported. Now edit.

Now edit the preprocessor-agent cpfloorplan.ts. Confirm CPUtils import.

Now lint & test. Look up the nx project names for the packages.

The Bash shell cwd may have reset. Let me use absolute paths.

No `project.json` — nx probably uses package.json name. Let me check:

All are pre-existing warnings; no new errors. Now run the utils tests.

One test failed. `path.basename('foo\\bar')` on Linux is `'foo\\bar'` (not `'bar'`) because Linux's

Tests pass. Now check the two hotspot packages compile via tsc (no specs for the model files, per pl

Both builds pass. Now commit.

## Phase 6: Validate (Blind Subagent)

Now launch validator subagent.

APPROVED. Note observation about preprocessor-agent's warn condition — but validator says it's not a

## Phase 7: Push and create PR

PR 88937 created. Now update state and errors/ file.

Wait — cluster resolution field is immutable to the agent per memory notes. I used `status:` not `re

Hmm, the cluster file uses `status:` (not `resolution:`). Memory says resolution is immutable to the

Update service memory.

Now write summary.mdx.

All 8 phases complete.