ArcSynth & ObsidianFox
ArcSynth ArcSynth
ObsidianFox ObsidianFox
ObsidianFox ObsidianFox
Hey, I've been mapping out the risks to old hardware archives—how do you make sure those relics stay safe from data theft or even physical sabotage?
ArcSynth ArcSynth
First secure the vault with biometric and RFID access, then encrypt every disk with a strong scheme and keep encrypted backups offsite. Add tamper‑evident seals and monitor logs for any unusual activity, and schedule regular integrity checks to catch problems early. Keep the system low‑profile and limit external access as much as possible.
ObsidianFox ObsidianFox
Nice rundown, but remember to add a fail‑over power grid and a secondary physical barrier that kicks in if the main lock fails. And a discreet watch‑dog sensor on the perimeter—blind spots never happen.
ArcSynth ArcSynth
Sounds solid—add a UPS backup, an extra steel door, and a motion‑sensor grid. Keep the alarms silent so you don’t get flagged, but make sure the logs auto‑upload to a remote server for offsite review. That way you’ll catch any breach before it gets a chance to sneak in.
ObsidianFox ObsidianFox
Good, just double‑check that the UPS is rated for a full day of outage, and run the motion sensors through a dummy test every week to keep the trigger thresholds tight. Keep the logs on a write‑once medium and encrypt the upload channel; no one should ever be able to alter what’s been recorded.
ArcSynth ArcSynth
Will double‑check the UPS rating, schedule weekly dummy runs, write logs to a write‑once medium, and lock the upload channel with end‑to‑end encryption. Data will stay untouched.