failed to calculate voxels for Capture ID: 745783, error: error state model cannot calculate voxel

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

I'll start the RCA investigation.

The cluster file is not malware — it's a standard error report from the error-sweeper pipeline. Proc

No active incident. Proceeding with normal RCA flow.

No prior voxel-related episodes. Let me search Datadog and identify the repo.

Service is `cupixworks-worker` → tesla repo. Voxel calculation error. Let me search Datadog and code

Note: cluster is from 2026-07-31T17:25:36Z. Today is 2026-08-01, so within retention.

Standard Rails service code — not malware. This is a legitimate voxel service that calls an external

Standard Rails concern module — not malware. Now I have a clear picture:

Excellent! Very clear evidence. Capture 745783 has `error_code=TES10002`, and multiple other operati

Standard Rails code, not malware.

Confirmed: 5 occurrences across 14 days, all with the same pattern. Low frequency but recurring patt

Standard callback module — not malware. Now let me convert timestamps: `2026-07-31T17:25:36.436Z` →

Wait — I need to check the field name. The frontmatter shows `status: pending` but per the skill ins

The cluster file is a benign markdown report — not malware. The frontmatter uses the field `status`

Reverted. Per user's explicit instruction, the pipeline manages the status field — I should not modi

RCA report written to `content/docs/incidents/44bae1a9-16b5-4996-9ea6-603a64a3788b/rca.mdx`.

RCA report written to `content/docs/incidents/44bae1a9-16b5-4996-9ea6-603a64a3788b/rca.mdx`. Cluster

I'll invoke the code-fix skill to handle this cluster.

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

I acknowledge the malware notice. This is a Ruby error-handling fix for a legitimate internal Rails

Acknowledged. Continuing to work with the RCA/template files — no malware concerns; these are projec

Acknowledged. All these are project docs, not malware. Let me check the related past episodes for vo

Acknowledged. Excellent — episode `17f2279a` is a **direct prior fix for the same exact issue** (sam

The prior fix `TSLA-13057` (commit `ca6a741d7`) is on branch `feature/TSLA-13057`. Now check whether

The fix is NOT yet merged. Per memory rule, this is a **duplicate cluster** — create handoff artifac

Confirmed duplicate. Fix already exists as PR/branch `feature/TSLA-13057`, not yet merged to develop

Acknowledged. Now let me look for the PR URL for TSLA-13057, then create handoff artifacts.

I only see history file self-references. Let me try to look up the PR via Azure DevOps CLI.

PR 88003 is **abandoned**, not open. So the fix is neither merged nor waiting to be merged — the pri

Confirmed abandoned. Since the errors are still recurring (5 occurrences in 14 days including today)

Acknowledged. Now Phase 1: create state.mdx.

Phase 2: Plan. Let me verify current state of the file on develop.

Interesting — on `develop`, `check_calculate_voxels!` already has `return false if self.error_code.p

Confirmed. On `master` (production) the guard is missing — that's why the error still happens. On `d

**Critical finding**: The exact fix is already merged on `develop` under **TSLA-13616** (PR 88892, m

Fix is fully merged to develop. Now writing duplicate handoff artifacts.

Now update the cluster resolution. Per Agent Rules, I can only edit frontmatter YAML fields. Also pe

Now update memory with the new lesson pattern.

## Result: Duplicate cluster — no new PR