![]() They are notoriously unreliable, as they are not designed to hold large amounts of email data, and 10 to 15 percent of an IT department’s daily helpdesk calls can be taken up with looking after these files.They can be password-protected, but in practice this provides ineffective protection. They are a security risk, as they can easily be disconnected from Outlook and copied or moved to another Outlook client.However, the use of PST files is no longer recommended: It generates PST files to store email locally for each user. ![]() The AutoArchive function in Outlook allows users to bypass the mailbox quota limits, and was turned on by default in Outlook 20. Backup solutions typically do not provide direct access for end users to search and retrieve historical data, or allow them to restore individual items without involving IT.įor these reasons we recommend the use of a dedicated archiving solution to ensure effective data protection and preservation.The point‑in‑time revisions stored by backup solutions contain multiple versions of data items, which must be reconciled to produce a single set of accurate and verifiable results for e-discovery.Backups do not provide full‑text and multi‑level search, tagging, and export capabilities, which are may be critical for compliance with e-discovery requests.Retention policies within backups do not provide the granular level of control over data retention needed to meet more complex compliance requirements.Backups capture data at specific points in time, so cannot ensure a 100-percent complete and accurate record of all data.I'm still thinking that this is some way to initiate a hardware-level reset in software (via a command to a USB device, it's pulling that "reset +" voltage down to chassis ground, which the little PCB already has due to the USB header connection)? There doesn't seem to be any visible chip or logic on the little board, although I didn't take it off of the foam it is stuck to the chassis with (might have something on the underside).There are significant limitations and deficiencies with this approach which make it inadvisable. There isn't anything attached to the reset "- / ground" pin though. This little board appears to have one pin hooked up to the reset-switch header on the motherboard, but it's attached to the reset "+" line. It doesn't seem to register as any sort of USB device in the BIOS though (during POST, it says "zero devices found). Interestingly, there is a small PCB (about the size of a silver dollar) that is plugged into one of the USB ports. Thankfully, since I know the password, it's not the end of the world, but I'd rather just have it gone. Was able to get into the bios with password "bcndk1" (all lowercase).Ĭan do whatever I want in the BIOS, including blank the password.Īfter a few reboots though, the password magically comes back.Įven more strange - this behavior persists even after I updated the BIOS with the latest official ASUS BIOS.Īny thoughts on how the hell they "backdoored" this thing to always add a BIOS password? But it has 8x3TB disk and a hardware RAID card in it, so I can put together a decent sized datastore on there (I want to run a demo VM from Rubrik here, so I need mass storage as a backup target). It's out of warranty from Barracuda and we're not using it for its original purpose anymore anyway. I want to repurpose it as a test VM server temporarily. Starting from the work in this old-ass thread.īoard on this thing is an Asus KCMA-D8, it has a pair of Opteron 4280s and 64GB of ECC DDR3.
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