Google Nearline Delivers Some Serious Competition To Amazon Glacier
SpzToid writes Google is offering a new kind of data storage service – and revealing its cloud computing strategy against Amazon Web Services and Microsoft Azure. The company said on Wednesday that it would offer a service called Nearline, for non-essential data. Like an AWS product called Glacier, this storage costs just a penny a month per gigabyte. Microsoft's cheapest listed online storage is about 2.4 cents a gigabyte. While Glacier storage has a retrieval time of several hours, Google said Nearline data will be available in about three seconds. From the announcement: "Today, we're excited to introduce Google Cloud Storage Nearline, a simple, low-cost, fast-response storage service with quick data backup, retrieval and access. Many of you operate a tiered data storage and archival process, in which data moves from expensive online storage to offline cold storage. We know the value of having access to all of your data on demand, so Nearline enables you to easily backup and store limitless amounts of data at a very low cost and access it at any time in a matter of seconds."
A penny a month per gigabyte... that's $10/month per terabyte... that is already what Dropbox charges for "fast" storage. So what gives? Why would I pay $10/month for a terabyte of slow storage when I can get the same amount of storage for the same price in a regular, fast format with Dropbox?
I thought glacier is tape storage system.
Mercury delay lines.
Oh? Have you factored in the cost of ensuring that you always have an offsite and fully up to date copy, not to mention secondary and tertiary copies for transit time in case your primary datacenter/server happens to kick the bucket/get stolen/evaporate?
It's easy to compare the cost of an offered service to what you can pick up seeming similar equipment for from Amazon or Newegg... the realities though are far more complex.
There are ways to manage even that, see this brief bit of Wikipedia for a start.
I don't know if there are any other commercial or enterprise products out there that do it, but I know this one stores all of it's data in the cloud (with a local cache) but does all of the encryption on site. Only if you choose does the encryption key leave your site and then only in a way you choose making it rather problematic for a TLA or Microsoft to get to your data.
It is an interesting world when you are dealing with data you cannot legally delete for a period of time and simply want to rid yourself of the burden of having to store it locally. Suing Google or Amazon because their cold storage failed is a far better option than having your IT guy tell you that the HD they stored the crucial data to doesn't spin up anymore... and that the backup disk ended up in the secretary desktop.
Help Brendan pay off his student loans
> Oh? Have you factored in the cost of ensuring that you always have an offsite and fully up to date copy, not to mention secondary and tertiary copies for transit time in case your primary datacenter/server happens to kick the bucket/get stolen/evaporate?
Assumption: They guarantee that your backups/archives are safe.
Reality: "You are responsible for properly configuring and using the Service Offerings and taking your own steps to maintain appropriate security, protection and backup of Your Content, " Notice the words "and backup". If they lose your data it's your problem, not theirs. http://aws.amazon.com/agreemen...
> It's easy to compare the cost of an offered service to what you can pick up seeming similar equipment for from Amazon or Newegg... the realities though are far more complex.
Not to those who are 'skilled in the art'. For example. a copy of CrashPlan, two 3TB drives locally, one 3TB drive at a parent/friends house. For the paranoid, two 3TB drives at two peoples houses. Assumption: network bandwidth is sufficient and/or not much data change rate and/or happy to shuttle drives backward and forward.
Or, if you don't want to use crashplan, use rsync or other such replication technique. Set up md5sum scanning to run every few weeks at each location, takes a day or so to run and you're 100% certain that bitrot hasn't set in.
Advantages:
* I can touch each physical box.
* It's massively cheaper.
* Recovery is much quicker since I can just grab the physical copy.
* I know how the backup infrastructure is designed. If something goes wrong it's my fault, I can't rail uselessly against the sky gods if suddenly all my data goes away.
Disadvantages:
* You have to maintain it. You can't trust the sky gods to maintain it for you - a drive fails, you have to buy&replace. Forget to configure something/validate something is done correctly then it's your own fault.
Me either. I have ~250 gigabytes of pictures to back up, and I wanted to do it offsite (they're our family memories). Before Glacier came along, I was looking at building NAS machines for my brother and I that we would host each other's backup data. It would've worked, but what a PITA, and a lot of up-front expense. Glacier is easy, and cheap - my AWS bill last month was $2.50. For that kind of money, it's hard to justify the time and expense of rolling my own remote NAS solution. (I know over the long run I might be able to build the remote NAS solution for less money, but figure in electricity costs and potential drive replacements, and I'm not sure that solution would be that much cheaper. It would all depend on how long the drives last.)