Add windows/iso-builder.md: reproducible custom-packed-ISO pipeline design for
SilverMetal Enhanced - Windows on IoT Enterprise LTSC. Covers the licensing
frame (IoT = blessed channel for preinstalled custom images; self-apply stays a
builder), 7 build stages (verify/extract/DISM-service/inject-unattend/brand/
oscdimg-repack/attest), the offline-vs-first-boot-vs-firmware control split, an
honest reproducibility scope (pinned inputs + SBOM + attestation, NOT bit-
identical on Windows), and M0-M4 milestones.
Scaffold windows/ per the planned layout:
- installer/ build.ps1 (7-stage orchestrator, stages stubbed to M2),
inputs.manifest.json (pinned-input schema), autounattend.xml
(local-account OOBE), oem/SetupComplete.cmd (first-boot runner)
- hardening/ shared §A-H PowerShell modules + Verify-SilverMetalWindows.ps1
(used by BOTH the ISO first-boot path and the self-apply track).
BitLocker module enforces TPM+PIN and blocks TPM-only.
- policies/ wdac/ debloat/ stack-installer/ drivers/ tests/ scaffolded with
READMEs; wdac/ documents audit->enforce; debloat/ flags Tiny11/NTLite as an
anti-pattern; rename applocker/ -> wdac/ realised.
All 11 PowerShell scripts parse clean; manifest JSON + autounattend XML valid.
Module bodies are M1 scaffold (safe: log + policy-set; interactive/firmware
steps documented, not faked).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
windows/drivers
GPD Pocket 4 driver pack, injected offline into the WIM (DISM /Add-Driver) by
../installer/build.ps1 stage 3.
Targets the Pocket 4 hardware a vanilla LTSC install may lack: Strix Point GPU, sensors / auto-rotate, Wi-Fi, fingerprint, modular-port controllers, fan/EC.
Sourcing (M2): confirm redistribution terms for the GPD driver pack. If
redistribution is not permitted, store a sourced manifest (URL + SHA-256 +
version, pinned in ../installer/inputs.manifest.json) and fetch at build time
rather than committing the binaries.
Open question (hardening-spec §8): which drivers are actually absent from a vanilla LTSC install — determine on the physical unit.