2.2 KiB
2.2 KiB
Phase 17 Summary: Production Validation
Result
Phase 17 is closed.
What was proven live
A real end-to-end forensic path was executed and closed on production infrastructure:
- Windows EVTX package was exported on
SHARKON2025. - The real zip package was transferred to
10.10.10.13. aw-hayabusa acceptandaw-hayabusa process-inbox --mode incidentwere run through the standard wrapper.- Hayabusa generated a real report set with bounded traceability metadata.
- The result was linked back into AW-rus case management as bounded
forensics.hayabusametadata.
Live proof record
- host:
SHARKON2025 - case id:
30 - intake id:
20260521T125653Z_SHARKON2025-phase17-rerun3 - package path:
/opt/hayabusa/archive/packages/SHARKON2025/20260521T125653Z_SHARKON2025-phase17-rerun3.zip - sha256:
e86b9abbfc1d706ac706c6c8a89509ab17023344c50880641e9175f73f1198d4 - report dir:
/opt/hayabusa/reports/SHARKON2025/20260521T125654Z_incident_20260521T125653Z_SHARKON2025-phase17-rerun3 - report artifacts:
summary.htmlmanifest.jsonrun.logtimeline.jsonllogon-summary-successful.csvlogon-summary-failed.csv
Production bugs found and fixed during validation
aw-hayabusatreatedunzipwarning return code1as a hard failure for Windows-created zip archives that use backslashes as path separators.- timeline modes were using the wrong Hayabusa config path; the wrapper must pass
rules/config, not the rules root.
Both issues were fixed in aw-server/hayabusa/aw-hayabusa.sh and retested live against the same package.
Why this closes the phase
- the path is no longer theoretical or docs-only; it was proven on a real Windows export package
- traceability from host to package to report directory is explicit
- AW-rus case linkage now stores bounded forensic metadata exactly as designed
- the remaining gaps are operational tuning items, not missing core implementation
Tuning backlog after the live run
- keep at least one preserved sample EVTX zip for future regression reruns
- consider a self-check in
aw-hayabusa doctorforrules/configcompleteness - optionally persist a compact machine-readable proof manifest for future audits