# Vendor-Agnostic Recovery ## Identification Recovery practices that preserve access to data and systems without depending on one vendor's operating system, format, cloud, or hardware toolchain. ## Notebook evidence - [[Scanned_20260730-1719#PDF page 20 — macOS recovery and command-line tool inventory|PDF page 20: macOS recovery and command-line tool inventory]] — This is a rescue-shell vocabulary sheet: the commands most useful when the graphical system is unavailable or a disk, account, boot state, or network must be diagnosed from Recovery. - [[Scanned_20260730-1719#PDF page 25 — antiX, runlevels, terminals, and an alternate-OS shortlist|PDF page 25: antiX, runlevels, terminals, and an alternate-OS shortlist]] — The author is testing how low-resource or alternate systems reach a usable graphical environment and how files enter that environment. The shortlist ranges from desktop Linux to Chromium OS and mobile OS, reinforcing that the target is a transferable computing experience rather than one distribution. - [[Scanned_20260730-1719#PDF page 27 — EWF forensics, libyal, GNS3, telecom signaling, and partition flags|PDF page 27: EWF forensics, libyal, GNS3, telecom signaling, and partition flags]] — The author is joining preservation and emulation. A disk image can be captured in a forensic format, mounted with open tooling, and then examined or booted in a virtual/network lab. The telecom fragments may be candidate protocols for that lab rather than observed traffic. - [[Scanned_20260730-1719#PDF page 28 — Installer and firmware utilities; Q4OS, VirtualBox, Pop!_OS, Coreboot|PDF page 28: Installer and firmware utilities; Q4OS, VirtualBox, Pop!_OS, Coreboot]] — The page asks how software reaches hardware: Windows installers, local emulation, camera-device management, a Debian install, VM isolation, then firmware replacement. The question mark beside firmware upgrades appropriately marks uncertainty about whether an application manages configuration or actually flashes firmware. - [[Scanned_20260730-1719#PDF page 31 — Live security distributions, System76 firmware, and Linux VM images|PDF page 31: Live security distributions, System76 firmware, and Linux VM images]] — This is a practical sourcing list: which systems can be booted live, downloaded as VMs, or obtained with open firmware. “Not allowed” may be a hardware policy, blocked download, failed boot, or licensing observation. - [[Scanned_20260730-1719#PDF page 33 — Libreboot, Chromebook firmware resources, mobile Linux, and disk archives|PDF page 33: Libreboot, Chromebook firmware resources, mobile Linux, and disk archives]] — The author is identifying projects that remove vendor firmware or mobile-OS dependence while retaining recoverable archives. The page joins laptop firmware freedom, mobile Linux, and portable backup. - [[Scanned_20260730-1719#PDF page 60 — Shells, startup mute, kernel-image lineage, boot loaders, and archives|PDF page 60: Shells, startup mute, kernel-image lineage, boot loaders, and archives]] — The page builds a provenance trail: understand the compressed kernel, identify its boot loader, then find archived distributions and upstream sources. The startup-mute command shows the same NVRAM control applied to a small user-facing behavior. - [[Scanned_20260730-1719#PDF page 63 — FydeOS/Chromium, Android in VNC, Windows CE, and Xenix archives|PDF page 63: FydeOS/Chromium, Android in VNC, Windows CE, and Xenix archives]] — The page explores how obsolete or mobile application environments survive: emulate or containerize Android inside Chromium OS, preserve Windows CE and Xenix images, and use lightweight Linux desktops as hosts. - [[Scanned_20260730-1719#PDF page 64 — Puppy Linux, Woof-CE, bootlace, Kodi, OpenDNS, and partition labels|PDF page 64: Puppy Linux, Woof-CE, bootlace, Kodi, OpenDNS, and partition labels]] — This is a live-system anatomy page: shell identity, editors and languages, build system, hardware-module clue, boot installer, media center, DNS, loopback, and disk-label compatibility. Puppy is being evaluated as a tiny, portable rescue host. - [[Scanned_20260730-1719#PDF page 75 — Coreboot/Libreboot summary and supported operating systems|PDF page 75: Coreboot/Libreboot summary and supported operating systems]] — This is the notebook’s capstone. Everything previously collected—serial access, IOMMU, USB, SPI, iPXE, alternate OSes, encryption, Tor/Tails, open drivers, and vendor-independent recovery—is gathered beneath open firmware. “The Federation” is the proposed architecture: a common pre-OS substrate that can host multiple independently governed operating environments. ## Relationships and overlays The source places this note in a shared evidence cluster with [[Anbox|Anbox]] · [[antiX|antiX]] · [[ArchiveOS|ArchiveOS]] · [[Base Station System Application Part|Base Station System Application Part]] · [[Coreboot|Coreboot]] · [[DAR|DAR]] · [[Expert Witness Compression Format|Expert Witness Compression Format]] · [[FydeOS|FydeOS]] · [[Gemini PDA|Gemini PDA]] · [[GNS3|GNS3]] · [[GNU GRUB|GNU GRUB]] · [[IceWM|IceWM]] · [[Internet Archive|Internet Archive]] · [[KaiOS|KaiOS]] · [[Kernel Mode Setting|Kernel Mode Setting]] · [[libewf|libewf]] · [[Libreboot|Libreboot]] · [[LILO|LILO]]. Within the larger collection, this evidence extends [[Vendor-Agnostic Recovery|vendor-agnostic recovery]] and [[Continuity Architecture|continuity architecture]] by showing how software, hardware, identity, and pre-OS control depend on recoverable interfaces. ## Evidentiary status and open leads Add command purpose, OS-version availability, required recovery mode, and read-only versus mutating risk. A bare command inventory is easy to misuse. ## Source - [[Scanned_20260730-1719|Scanned_20260730-1719]]