Google Drive trash will soon impose a new 30-day automatic deletion deadline on trashed files.
At present users may delete files, but these are retained indefinitely in their Google Drive trash until deleted manually – causing a loss of storage space, encouraging hoarding of files, and convincing users that they need not worry about file retention limits.
The change, which begins on October 13th, brings Google Drive more into line with Gmail and other free Google Services – as well as rivals such as Microsoft OneDrive and Dropox – which also auto-empty trashed files after set periods. New warnings inside Google Drive will notify all users.
You can learn more on the GSuite updates blog, published here. As before, G-Suite admins will have the ability to recover post-trash deletion for a further 25 days, although this is a hard limit and only available for active users.
USB drives are a security nightmare. From losing files, to sharing them inadvertently, or accidentally installing something malicious, these tiny handheld digital storage grenades are a data-protection disaster waiting to happen.
Many people can’t help themselves. Sometimes it’s just so useful to be able to move a file to a separate computer, or carry a copy of that file on a handy keyring.
It’s true that too many operating systems auto-run memory sticks. As users we could perhaps be more careful though – find a USB and it’s tempting to plug it in… a 2016 University study suggested roughly half of those who find a memory stick on the ground will plug it in without thinking.
In particularly data-sensitive environments options are available to either disable PC USB ports, or remove them from a PC entirely. At the very least, businesses preparing for this summer’s new GDPR regulations need to take some sensible USB security precautions:
1. Be strict.
Ask yourself whether it’s entirely necessary to put this file on a memory stick, and be harsh about what files you copy. Memory sticks now hold terabytes of data, and are too easy to drop, or leave on the train.
GDPR is naturally concerned with sensitive personal data, and not your supermarket shopping list. Nobody ever intends to lose a file full of personal data, so you should think twice before putting the former on a USB drive, while the latter is probably OK.
The best antivirus softwares (for example Lineal’s recommended ESET antivirus) automatically offer to scan a newly connected memory stick for malicious software, before the user accesses the files. This only takes a few seconds, but it’s strongly advised to let your antivirus act as gatekeeper for a USB stick, as you would your emails or web browsing.
3. Sharing is not caring
Sharing files via memory sticks is not sensible, not least because you’re forced to share the whole contents, including the ability to duplicate files.
You can’t be certain what any given person will do with the USB drive or its data, or what the person giving you a memory stick might have done with it previously, so it’s safer to confine USB drives to a specific individual.
4. Get something better
The world of IT is full of better solutions, including Apple’s useful ‘Airdrop’ function which allows direct, localised file sharing over WiFi. For company-wide systems, numerous excellent cloud-based file storage and sharing platforms are available. Microsoft’s excellent OneDrive platform is easy to use from any device, and allows businesses to share files online via the cloud, with customisable permissions to control who has access to the data at any time.
A USB drive should not be necessary to complete routine IT tasks. Thank goodness.
Intel technologies has released it’s newest generation of storage products, including new drives and a curious intel ruler format solid state drive (SSD)
The futuristic M.2 format storage ‘stick’ is a lengthy SSD designed to add jaw-dropping storage density to servers: a single 1U server space (approximately 1.75 inches high) will be able to hold 1 Petabyte (that’s 1,000 TB of storage, or the equivalent of more than 500,000 free Dropbox accounts, if you prefer.)
Intel’s design allows each unit to use significantly less space on holding, connecting to and cooling large numbers of traditionally shaped drives. The solid state format, increasingly the standard in laptops but now also in many servers, holds no moving parts making them increasingly durable. Flash-only storage allows far greater performance, less weight and more efficient power use. Smaller DC S4500 and S4600 formats are also available for a variety of storage sizes, if you prefer the more conventional design.
It’s unclear how manageable the new intel ruler drives will be if a server suffers a drive failure, although expect these to be ordered by the hundred in the world’s most futuristic data-centres, where data replication and forward planning are a science in their own right.
Intel also insist that like the miniaturised version fitted to laptops to improve performance, the new format helps cut power consumption, although here the details are a valuable and closely guarded technology secret.
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