docs: record git-history scrub; fix stale SHAs and IP-fragment remnants

History was rewritten with git filter-repo to purge owner-specific values
(IPs, hostnames, SSH username, key name, personal names) from all commits,
tags, and messages — including three LAN IPs and one Start9 address the
v0.18.0:1 working-tree scrub had missed (one still live in HEAD at
docs/AUDIO_API.md). Verified 0 hits across all refs.

- AGENTS.md: Portability + Repo-wart + work-queue #2 + shipping note updated;
  commit-SHA references repointed to post-rewrite SHAs (367d986->8d839e3).
- EVALUATION.md: P0 owner-data finding marked resolved; cleaned shorthand
  IP-octet fragments (/.87, /11) left by the placeholder substitution.
This commit is contained in:
Keysat
2026-06-12 16:53:57 -05:00
parent 1c4e861783
commit 56a519ff4f
2 changed files with 5 additions and 5 deletions
+1 -1
View File
@@ -18,7 +18,7 @@ This is a capable, well-documented single-operator control plane: a ~960-line Fa
## Priority queue
- [P0] Command injection via unquoted user input (`repo`, `vllm_args`, NIM `image`/`container`/`port`, custom-service `container`) interpolated into SSH shell commands → arbitrary RCE as the SSH user on the Sparks — `models.py:80`, `swap.py:101`, `download.py:129`, `nim.py:145-166`, `services.py:144`; demonstrated via `build_launch_command` — evaluator + security-auditor
- [P0] Owner infra topology (IPs `<spark-1-ip>/.87`, QSFP `<spark-1-qsfp-ip>/11`, hosts `<spark-1-host>`/`<spark-2-host>`, user `<spark-user>`, key `<ssh-key>`) persists in git history pre-`50c67cd` despite the working-tree scrub → target list for the unauthenticated endpoints — security-auditor
- [P0] Owner infra topology (IPs `<spark-1-ip>`/`<spark-2-ip>`, QSFP `<spark-1-qsfp-ip>`/`<spark-2-qsfp-ip>`, hosts `<spark-1-host>`/`<spark-2-host>`, user `<spark-user>`, key `<ssh-key>`) persisted in git history despite the working-tree scrub → target list for the unauthenticated endpoints — security-auditor [RESOLVED 2026-06-12: history rewritten with git filter-repo; 0 hits across all refs]
- [P1] No auth + no CSRF protection on state-changing endpoints (plaintext `http`, `interfaces.ts:8`) → any LAN peer, or a malicious page in the operator's browser, can drive swap/install/stop/delete and chain into the P0 injections — security-auditor (CSRF P1) + evaluator (auth P2, escalated)
- [P1] SSRF / Qdrant path injection: caller `collection` interpolated into the Qdrant URL with no validation and raw `filter` forwarded verbatim — `embeddings_proxy.py:237,175,204` — security-auditor
- [P2] Test coverage is redaction-only; the swap state machine, proxies, SSH wrapper, and the StartOS package have zero automated tests — evaluator