Microsoft do it, and IIRC Google, so why not Amazon?
I've been waiting for this for about 20 years too :D
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Microsoft do it, and IIRC Google, so why not Amazon?
I've been waiting for this for about 20 years too :D
> It’s quite incredible where cloud computing has gone since then, with a P3dn.24xlarge providing 100 Gbps of network throughput, 96 vCPUs, 8 NVIDIA v100 Tensor Core GPUs, 32 GiB of memory, and 1.8 TB of local SSD storage, not to mention an EFA to accelerate ML workloads.
They decided to omit the price but I think it's relatively good - around 31 USD per hour. Just remember to turn it off after you're done otherwise it will cost you over 7 grand.
I haven't spun up anything in the cloud in a while. I used to dabble in both AWS and Digital Ocean. Usually went with DO because it seemed simpler and my projects were super small (and they had a lot of relevant guides to spinning up X, Y, and Z service on their systems). What is the difference between EC2-classic and whatever is available today? Are you still able to just get a linux box with a public IP address?
> The complexities of managing infrastructure, buying new hardware, upgrading software, replacing failed disks — had been abstracted away ...and replaced by the complexities of AWS. I mean, even in the pre-AWS days, it's not like you had to buy the hardware or replace the failed disks yourself, web hosters did that for you.
Given no single web hoster has grown to the size of AWS / Azure, it is safe to assume just which complexities the industry is willing to tolerate. I mean, Oracle still rakes in billions, despite everything.
Earlier quoted context omitted.
You have to create at minimum a vpc, internet gateway and at least one subnet/route table pointing to the igw
Oh man, I don't know any of these concepts (rather I've heard of all of them, but don't know how they apply in practice). I'm probably not the target customer for AWS any more haha. Been so long since I did anything web related. Time to find some networking for dummies youtube channels I guess.
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I see Reader as Google's attack on RSS' popularity. The product was killed off when its job was accomplished.
No because if anything (the effect might have been small) it reduced the power of the open web and many websites (which Google tied togeather) and encouraged people to go to walled gardens ( Facebook, Instagram, twitter, etc ) which are controlled by other companies.
I could believe they were clearing a path for G+ and Discover on Android.
This is something Google Cloud should learn from. It doesn't matter if product XX still makes money or fits in your business model. There are people who rely on it. And they'll remember if the vendor kept it running trouble free for years. They'll also remember if it was arbitrarily shut down or the price was suddenly increased by 4x and they had to spend many man hours migrating to another option. (Google maps api?)…
Google Reader. Never forget.
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Can you explain "minimaxed" in this context, please?
Not bad enough to be outright spam with just enough relevance to be shown in the top ten search results. Try finding product reviews, or product comparison articles. It will likely be LLM garbage that doesn't say anything, but uses the right keywords and enough coherency to be indexed.
Off topic, but I'm confused about the IPv4 notation in this quote: > When we launched EC2 in 2006, it was one giant network of 10.2.0.0/8. In my understanding, /8 means the first octet would be fixed (10.0.0.0-10.255.255.255) and I'm having trouble understanding the significance of the 2 here. If the 2 is significant, wouldn't you write it as /16? Given the source and my confidence on this notation, I feel like there…
> If you had launched an instance in 2006, an m1.small, you would have gotten a virtual CPU the equivalent of a 1.7 GHz Xeon processor with 1.75 GB of RAM, 160 GB of local disk, and 250 Mb/second of network bandwidth. And it would have cost just $0.10 per clocked hour. > It’s quite incredible where cloud computing has gone since then, with a P3dn.24xlarge providing 100 Gbps of network throughput, 96 vCPUs, 8 NVIDIA v…