{}

Now I have the cluster details. Let me invoke the RCA skill.

Let me search Datadog logs and identify the repository in parallel.

Good - I found related logs. The `{}` error is the result of logging an empty body from an HTTP erro

The service isn't in the `applications/` directory directly. It might be part of the `agents/` direc

Now I have a clear picture. The agent is at `/home/ec2-user/repos/cupixworks/applications/agents/pac

Now let me look at the `BaseService` class to understand the error handling flow, particularly the `

Now I understand the full flow. Let me look at the specific error path. The `{}` error message in th

Now I understand the full picture. The `{}` error at 14:28:12 is the specific cluster target. Let me

Now I have a complete understanding. Let me check the `ErrorCode` to understand the `code` field and

Now I have a complete picture. Let me trace the exact flow that produces `{}`:

Interesting — the raw search for `@message:"{}"` with that exact window returned empty. Let me try t

Now I have all the evidence. The log with ID `AwAAAZ4GDslpoODD9Q...` (the one in the cluster file) a

Now I see it — `app.ts:35`:

None of these produce just `{}`. Looking back at the raw JSON log, the message field is literally `{

Now I see it! `handleError` returns `ec` (the error). In `floorplan-service.ts:262`:

This is the key finding. `unwrapAttributes` at line 19-21:

Now I have the full picture. The `HttpError` class:

OK — the code shows `errorAndMessage` only has `error` and `sqsMessage`. But the logs show `"code":"

No override. The `code` field must be added elsewhere — perhaps there's a newer version of base-serv

Now I have the cluster details. Let me invoke the RCA skill.

Let me search Datadog logs and identify the repository for this service in parallel.

Excellent! I have strong evidence from both Datadog logs and the source code. Now let me explore the

Now let me look at the `uploadTile` method and the base service error handling to understand the exa

Now let me look at the `CupixAuth` class to understand `handleError` and what it returns/throws:

Now let me look at the base service to understand the error handling that catches the error from `up

Now I have the full picture. Let me read the `handlingMessageErrors` method more completely and the

Now I understand the complete flow. But wait — the Datadog log shows the error message is just `{}`,

Now I have all the evidence needed. Let me look at the `createTileUploadCredentials` API call to und

Now I have the complete picture. Let me look at how the error flows from `createTileUploadCredential

Now I see it clearly. Look at `getApi` in `tesla-api.ts` line 10: `await auth.checkToken()`. This is

Now I understand the full picture. The `getApi` function at line 10 calls `auth.checkToken()`. If `c

Now I see the key piece. At line 935, the SDK creates an `HttpError(response, body, response.statusC

Now I have the full picture. The `HttpError` extends `Error` with `response`, `body`, and `statusCod

Now let me look at the `FloorplanApiModule` more completely - specifically `createTileUploadCredenti

Now I see a critical detail. `getApi` at line 10 of tesla-api.ts calls `auth.checkToken()`. If `chec

Now let me look at the `floorplanApi.js` constructor to see if there's an error handler interceptor:

I see that 403 is NOT in the `retriableStatusCodes`, so the SDK throws the `HttpError` immediately.

Let me now look at `CupixApi` class to see if it wraps calls with `handleError`:

I now have enough evidence to determine what's happening. Let me look at the complete `run()` and `u

OK so there's no interceptor. Let me reconsider. Maybe the `createTileUploadCredentials` in the floo

I now have a key insight. Let me look at the `getApi` function again: it calls `auth.checkToken()`.

OK, the `request.put` at line 282 is for `uploadFile`, not `tile_upload_credentials`. The `tile_uplo

OK, I have enough evidence now. Let me finalize my analysis.

Directory exists. Now let me write the RCA report.

Now let me update the cluster frontmatter (only the `rca_status` field):

The user said not to modify the cluster frontmatter — the pipeline manages the status field. I'll sk

Now I have the cluster details. Let me invoke the RCA skill.

Let me search Datadog logs and identify the repository in parallel.

Excellent. I now have comprehensive evidence from both Datadog logs and the source code. Let me read

Now let me look at the `uploadTile` method to see where the error actually gets thrown and how it co

Now let me look at how the base service handles errors — specifically the `handlingMessageErrors` me

Now let me look at where the error is caught before reaching `handlingMessageErrors` — specifically

Now I see the full picture. The error at line 325 throws a `new Error(...)` with template literal in

Now I understand the flow clearly. The `error` caught at line 109 propagates to `handlingMessageErro

Now I have the complete picture. The `handleError` at line 42-56 in `cupix-auth.ts` logs the warning

Now the key insight: Looking at the Datadog log, the message is just `{}` with no prefix like `BaseS

Found it! Line 107: `logger.error('FloorplanService::run | error', err);` — Let me read around that

Now I see the critical issue. At line 107: `logger.error('FloorplanService::run | error', err);`

Now I have the complete picture. Let me trace through the exact flow:

Now I understand the complete picture. Look at line 311:

Now let me look at the base API module to understand how errors propagate:

Now I have the full picture. When `api.createTileUploadCredentials(id, Fields.UploadCredentialFields

The file already exists. Let me read it first.

The file already has a complete RCA report from a previous run. It's thorough and well-structured. L

RCA report written. Per the skill instructions, I should NOT modify the cluster frontmatter since th