"errorCode" : "InternalError"
When I attempt to use the AWS Console to view s3
Apologies if you find this to be in poor taste, but GCS directly supports the S3 XML API (including v4):
and has easy to use multi-regional support at a fraction of the cost of what it would take on AWS. I directly point my NAS box at home to GCS instead of S3 (sadly having to modify the little PHP client code to point it to storage.googleapis.com), and it works like a charm. Resumable uploads work differently between us, but honestly since we let you do up to 5TB per object, I haven't needed to bother yet.
Again, Disclosure: I work on Google Cloud (and we've had our own outages!).
Our production Cloud SQL started throwing errors that we could not write anything to the database. We have Gold support, so quickly created a ticket. While there was a quick reply, it took a total of 21+ hours of downtime to get the issue fixed. During the downtime, there is nothing you can do to speed this up - you're waiting helplessly. Because Cloud SQL is a hosted service, you can not connect to a shell or access any filesystem data directly - there is nothing you can do, other than wait for the Google engineers to resolve the problem.
When the Cloud SQL instance was up&running again, support confirmed that there is nothing you can do to prevent a filesystem crash, it "just happens". The workaround they offered is to have a failover set up, so it can take over in case of downtime. The worst part is that GCS refused to offer credit, as according to their SLA this is not considered downtime. The SLA  states: "with respect to Google Cloud SQL Second Generation: all connection requests to a Multi-zone Instance fail" - so as long as the SQL instance accepts incoming connections, there is no downtime. Your data can get lost, your database can be unusable, your whole system might be down: according to Google, this is no downtime.
TL;DR: make sure to check the SLA before moving critical stuff to GCS.
Sure you get downtime all the same but not the waiting for support to solve an instance crash part
We've had to use it and can confirm that it works as advertised.
It's not in bad taste, despite other comments saying otherwise. We need to recognize that competition is good, and Amazon isn't the answer to everything.
I think there is little GCP does better than AWS. Pricing is better on paper, but performance per buck seems to be on par. Stability is a lot worse on GCP, and I don't just mean service outages like this one (which they had their fair share) but also individual issues like instances slowing down or network acting up randomly. Also lack of service offerings like no PostgreSQL, functions never leaving alpha, no hosted redis clusters etc... Support is also too expensive compared to AWS.
Management interfaces are better on GCP and sustained use discount is a big step up against AWS reservations. Otherwise, I think AWS works better.
Just last week I got an email saying that they'd discovered an issue on Google Cloud Datastore where certain (strongly consistent!) queries could have been returning incorrect results for a week long period and that I should check my logs to see if anything important had been affected in my application.
That's not the sort of behaviour that inspires confidence in a service.
Most notably, I know many people who run these types of sites and outside of GAE being mediocre, I've never heard them complain about anything like that.
Other services are a different story - from my perspective Google are better at supporting legacy interfaces than most.
> We are writing to inform you that we are winding down sales and renewals of Google Site Search (GSS). Starting April 1st, 2017, new purchases and renewals of GSS will not be available.
Site Search seems like an infra offering to me.
Not an expert by any means but I would put more weight to Google's ONE year promise over (to give an example) HPE's twenty years promise. I know it is a cheap shot because I am pretty sure HPE will be bought and sold at least once in the next twenty years.
We were users of the Google Mini Search appliance, went to a 3rd party in-house installed search solution that we did not like and then a year ago went to GSS. We are looking again for something suitable. The best part of the Google Site Search was search fidelity.
I.e., some douchebag who has no interest or stake in what you do has just dumped a potentially substantial amount of technical debt into your product backlog and, quite possibly, prioritised it all the way to the top.
As somebody else noted above: I don't need people creating more work from me. I can do that quite well enough on my own, thanks very much, and for side-projects this kind of chopping and changing is a pain in the ass.
By definition, with side-projects time is limited, so you absolutely have to focus on the most valuable activities to the exclusion of all else. For this reason, I only consider AWS and Azure for my projects: Google are just too fickle. Lucky you, if you have the time to deal with their nonsense.
(Btw, I'm not dissing Google on a technical level - they obviously do great, interesting work, and they're certainly one of the pioneers of PaaS. I just don't need the hassle of having to fix stuff because they keep killing APIs, projects, services.)
It might not, but doing it so much for other services destroys trust across the entire brand.
This whole idea of being angry at a vendor for deprecating something with 1yr notice is just ridiculous!
People need to realize they are choosing lock-in, and are choosing the risk of deprecation every time they decide to use a cloud service with no drop in competition/open source/etc.
Own your choices people, don't blame others...
The expectation of stability beyond a year is certainly not unreasonable when you're asking people to build their businesses/infrastructure on your platform.
And, building redundancy across providers can be impractical, owed to learning curve, cost duplication, higher outbound bandwidth costs, effort duplication, solution complexity, etc.
Then, about a year or two ago - humans actually started responding to and fixing problems. A welcome change!
I used to work on the Azure Portal Team. As much negative things as I can say about Microsoft, they take making things just work for developers seriously, despite high prices and misc. service issues.
The since nixed compute container project I initially worked on really exemplified this.
I tend to use Colo or AWS when possible but I have a client that insisted on Google GCE and Endpoints.
I've spent so much time time digging through source code and working around broken dev tooling, and dealing with incorrect or out of date documentation thanks to that requirement.
In my personal opinion Google has a way to go in mature tooling. Silent failures, or worse failures that don't result in build failures are not acceptable. Requiring paid support contracts to resolve an issue in google infra is not acceptable. Incredibly poor support for local dev environments is not acceptable.
After dealing with this stuff, I find it unlikely that I will ever rely on their systems in the future. AWS/Colo or, with reservations, Azure all the way.
And good luck getting accurate documentation.
I suspect though that most people affected deemed the risks and costs of failure low enough to be acceptable, and for many people it still is - even with this outage. But that's a conscious decision, rather than plain ignorance.
Twice the persistence means always having at least one backup and thus the occurance of downtime reduces not up
Sounds like it basically coincides with Diane Greene coming on board to run the show -- which is great news for all of us with increased competition on not just the technical front but also support (which is often the deal maker/breaker)
I was at a talk last year, where she spoke, and as much as I love Google, it was one of the boat boring talks I've ever heard in my life. So monotone and uninteresting... and I'm probably one of the biggest Google fans out there.
Look at Safra Catz's public speaking (Oracle). Terrible public speaker, terrific operator .
 though we may easily disagree with their business practices.
Managing stateful services is still difficult but we are starting to see paths forward  and the community's velocity is remarkable.
K8s seems to be the wolf in sheep's clothing that will break AWS' virtual monopoly on IaaS.
 We (gravitational.com) help companies go "multi-region" or on-prem using Kubernetes as a portable run-time.
 Some interesting projects from this comment (https://news.ycombinator.com/item?id=13738916)
* Postgres automation for Kubernetes deployments https://github.com/sorintlab/stolon
* Automation for operating the Etcd cluster:https://github.com/coreos/etcd-operator
* Kubernetes-native deployment of Ceph: https://rook.io/
In addition to Rook, Minio  is also working to build an S3 alternative on top of Kubernetes, and the CNCF Landscape is a good way of tracking projects in the space .
Disclosure: I'm the executive director of CNCF, which hosts Kubernetes, and co-author of the landscape.
Anyway, one needs an on-ramp to containers on Google Cloud. And one can't open source the one that one has, which despite being nearly mature enough to own a driver's license, wouldn't really fulfill the precise need that Kubernetes fills without some frontend work. So one writes Kubernetes. An almost entirely different fundamental architecture, by the way, so it's interesting for those who've seen both to compare.
In other words, you're not entirely off the mark even with the generalization.
I remember reading somewhere in the K8s documentation that it is designed such that nodes in a single cluster should be as close as possible, like in the same AZ.
It took me about 15 minutes to spin up the instances on Google Cloud that archive these objects and upload them to Google Storage. While we didn't have access to any of our existing uploaded objects on S3 during the outage, I was able to mitigate not having the ability to store any future ongoing objects. (our workload is much more geared towards being very very write heavy for these objects)
It it turns out this cost leveraging architecture works quite well as a disaster recovery architecture.
Disclosure: I don't work for google but have an upcoming interview there.
Disclosure: I took a tour there one time and have used google.
EDIT: I realized that I was being mean, but why was that disclaimer relevant?
Also it could look suspicious if grandparent gets the job and at some point in the future someone looks back at this comment.
If in doubt, disclose. Especially in the tech industry, that's what Gamergate was actually about.
- transparency is always good
- adding a small disclosure to the bottom of a post is very low impact
- someone who is interviewing for a job at a company is likely to have a set of biases that influence what they say even if they think that they're being honest and objective.
I also want to personally thank Solomon (@boulos) for hooking me up with a Google Cloud NEXT conference pass. He is awesome!
I use CloudFlare. They handle generating a SSL certificate, can have a CNAME at the APEX, full-site static caching, 301 http => https redirects, etc.
Been trying to get one for IO (can't attend NEXT unfortunately)
There are a large number of people out there looking intently at ACD's "unlimited for $60/yr" and wondering what that really means.
I recently found https://redd.it/5s7q04 which links to https://i.imgur.com/kiI4kmp.png (small screenshot) showing a user hit 1PB (!!) on ACD (1 month ago). If I understand correctly, the (throwaway) data in question was slowly being uploaded as a capacity test. This has surprised a lot of people, and I've been seriously considering ACD as a result.
On the way to finding the above thread I also just discovered https://redd.it/5vdvnp, which details how Amazon doesn't publish transfer thresholds, their "please stop doing what you're doing" support emails are frighteningly vague, and how a user became unable to download their uploaded data because they didn't know what speed/time ratios to use. This sort of thing has happened heaps of times.
I also know a small group of Internet archivists that feed data to Archive.org. If I understand correctly, they snap up disk deals wherever they can find them, besides using LTO4 tapes, the disks attached to VPS instances, and a few ACD and GDrive accounts for interstitial storage and crawl processing, which everyone is afraid to push too hard so they don't break. One person mentioned that someone they knew hit a brick wall after exactly 100TB uploaded - ACD simply would not let this person upload any more. (I wonder if their upload speed made them hit this limit.) The archive group also let me know that ACD was better at storing lots of data, while GDrive was better at smaller amounts of data being shared a lot.
So, I'm curious. Bandwidth and storage are certainly finite resources, I'll readily acknowledge that. GDrive is obviously going to have data-vs-time transfer thresholds and upper storage limits. However, GSuite's $10/month "unlimited storage" is a very interesting alternative to ACD (even at twice the cost) if some awareness of the transfer thresholds was available. I'm very curious what insight you can provide here!
The ability to create share links for any file is also pretty cool.
- It supports Python 2.7 only. We need Python 3.4+ support.
- We can't increase CPU allocation without increasing RAM allocation, making them far more expensive than we need.
- Using psycopg2 on it is a PITA due to their handling of system dependencies.
- The system is entirely proprietary, making it impossible to run it locally for testing.
- Cloudwatch sucks for finding errors in the functions and is atrociously expensive.
- API gateway is an extremely crufty system, and used not to let you pass around binary data (this has changed)
- We can't disable/change the retry-on-error policy.
We have a pretty hard tie-in to S3 and Redshift, but when GCF can do better on a majority of these points, we'll begin moving to it. But yes, Python 3 at a minimum would be a requirement.
I assume that you are referring to emulating the triggering of lambdas behind API gateway...? I've found a project that sets up a node environment to do this. Very handy for js/lambda development. A google search suggests similar options may exist for python.
I had a lot of "chicken and egg"-type questions about using it, and seeing that critical step of bootstrapping the whole thing via the API Gateway was really informative.
In support of my flippant remark I see three indicators that hold parallels to Betamax with detail to follow. I qualify that it is largely informed by my own anecdotal experience. Specifically by objections and responses that I've received/observed while myself and peers have proposed or implemented cloud adoption at various companies.
1. market share.
2. proprietary tech stack.
3. technical superiority syndrome.
1. Currently AWS has a major lead, then Azure, then Google. The implication is that market share translates to mindshare, which in turn yields blog articles, OSS libraries/tools, etc. This becomes a virtuous cycle.
For .NET shops that marketshare will tend to favour Azure on the premise that MS knows best.
2. Some of Google's technology stack has a learning curve that is unique to Google. Take GAE as an example and compare to AWS's nearest equivalent Beanstalk (or Heroku). Beanstalk requires few if any changes to an existing application whereas GAE requires that you do it the App Engine way. It might provide a number of benefits, but it's invasive. Containers are shifting the requirement, however not everyone is in a position or has the desire to start with containers on day 1.
Further Google Cloud's project oriented approach while not a bad organisation mechanism detracts from learning. If you assume the premise that exploration is part of learning it forces the user to hold two items in their head: their objective and Google Clouds imposed objective.
AWS on the other hand generally provides defaults that allow you to launch resources almost immediately after sign-up. Google's approach is better for long-term support, maintenance and organisation but the user needs to have the maturity to understand that benefit.
3. It may be technically superior but that statement in of itself is divisive and can shudder some away. It is not enough to simply be technically superior and from my observation the statements tend to originate from X/Googlers.
A number of people will latch onto feature set (for beta, number of films available was a factor). The absence of features will often discount a choice out of the gate (even if those features are irrelevant) as an example:
- regional coverage:
AWS - 15 regions/~38 zones
Azure - 36 regions/zones
Google - 6 regions/18 zones
- partially/fully managed services: AWS is continually growing these, at a level that seems to outpace competitors.
- Outwardly Google appears to tackle the "hard problems" with technically superior solutions (e.g. TensorFlow, BigQuery) but often appears to neglect the "boring" problems a number of companies want as well (e.g. Cloud VDI's, SnowBall, etc).
- Some areas seem to be ossified due to tight coupling (e.g. servlet 3.0 and python support in GAE).
There is no silver bullet solution. Every provider will have an outage at some point and this could be a big reason that GCE won't be knocked out of the game. I also think Google is working really hard to build community and mindshare. I don't have a crystal ball so only time will tell what happens but technical superiority has rarely been the sole reason that drives adoption.
The S3 keys it produces are tied to your developer account. This means that if someone gets the keys from your NAS, he will have access to all the Cloud Storage buckets you have access to (e.g your employer's).
I use Google Cloud but not Amazon. Once I wanted a S3 bucket to try with NextCloud (then OwnCloud). I was really frightened to produce a S3 key with my google developer account.
As another option, you can continue using the XML API and switch out only the auth piece to Google's OAuth system while changing nothing else.
There's a lot more detail available at: https://cloud.google.com/storage/docs/migrating
Disclaimer: I work on Google Cloud Storage.
I like GCS (and the gsutil tool) but occasionally a S3 style bucket is needed. For example you need a S3 bucket or a webdav server in order to send alerts with images from Grafana to Slack. A minor issue but nice to have if possible without having to deal with Amazon's control panel.
To be honest, I do find the GCS permissions a bit complex. You have IAM, you have ACLs and you have S3 keys. Everything is set in a different place and ACLs aren't fully represented on the developers console. S3 keys give full access to everything, IAM service accounts give access per project and ACLs are fine grained (per bucket/object). On the other hand, IIRC, IAM has a write only setting, while ACLs do not. So I can have an account that can write only to all the buckets of my project but not an ACL (not that useful).
Kicked the tires, not impressed at all. Notes went missing from the interface could only get them back after manually digging through folders via FTP.
Your Egress prices are quite a bit more compared to CloudFront for sub 10TB (.12/GB vs .085/GB).
The track record of s3 outages vs time your up and sending Egress seems like S3 wins in cost. If all your worried about is cross region data storage, your probably a big player and have AWS enterprise agreement in place which offsets the cost of storage.
As to our network pricing, we have a drastically different backbone (we feel its superior, so we charge more). But as you mention CloudFront, the right comparison is probably Google Cloud CDN (https://cloud.google.com/cdn/) which has lower pricing than "raw egress".
Not only is webpagetest.org a google product but it's also much better suited for the minute by minute billing cycle of google cloud compute. For any team not needing to run hundreds of tests an hour the cost difference between running a WPT private instance on EC2 versus on google cloud compute could easily be in the thousands of dollars.
Just saying, it gets you a foot in the door.
if you are api compatible with s3, could you make it easy /possible to work with google storage inside spark?
remember i may or may not run my spark on Dataproc.
The timeline, as observed by Tarsnap:
First InternalError response from S3: 17:37:29
Last successful request: 17:37:32
S3 switches from 100% InternalError responses to 503 responses: 17:37:56
S3 switches from 503 responses back to InternalError responses: 20:34:36
First successful request: 20:35:50
Most GET requests succeeding: ~21:03
Most PUT requests succeeding: ~21:52
So it's likely that the first 500s were the backend for s3 failing, then they took the failing backends offline causing the load balancers to throw 503 because they couldn't connect to the backend.
There are a number of services behind the front end fleet in S3's architecture that handle different aspects of returning a response. Each of those will have their own code paths in the front end, very likely developed by different engineers over the years. As ever, appropriate status codes for various circumstances are something that always seems to spur debate amongst developers.
The change in status code would likely be a reflection of the various components entering unhealthy & healthy states, triggering different code paths for the front end... which suggests whatever happened might have had quite a broad impact, at least on their synchronous path components.
S3 has started working as of about 20 minutes ago, and things are running smoothly.
Update at 2:08 PM PST: As of 1:49 PM PST, we are fully recovered for operations for adding new objects in S3, which was our last operation showing a high error rate. The Amazon S3 service is operating normally."
For legacy customers, it's hard to move regions, but in general, if you have the chance to choose a region other than us-east-1, do that. I had the chance to transition to us-west-2 about 18 months ago and in that time, there have been at least three us-east-1 outages that haven't affected me, counting today's S3 outage.
EDIT: ha, joke's on me. I'm starting to see S3 failures as they affect our CDN. Lovely :/
Q: Why computers don't crash at the same time?
A: Because network connections are not fast enough.
(I think we are starting to get there)
Perspective is everything.
What's the odds of the server with your repo and your own hard drive crashing at the same time?
Quite interesting really!
+I would suggest that for situations where the probability of my machine and github's/bitbucket's servers being down due to the same event would be events of such magnitude that I would not be worried about my project anymore being more focused on basic survival...
I think the problem is globally accessible APIs are impacted. As others have noted, if you can use region/AZ-specific hostnames to connect, you can get though to S3.
CloudFront is faithfully serving up our existing files even from buckets in US-East.
EDIT: less arrogant. I need a coffee.
Even data replication has options for this, too.
And I work in Ops.
EC2: why are you replicating EC2 instances or AMIs across regions? Why aren't you using build tools to automatically create AMIs for you out of your CI processes?
ELB: Eh? Why do I need ELBs to be multi-regional? I'm a little confused by this on, sorry.
EBS: My systems tend to be stateless, storing as much log, audit, or data in external systems such as RDS, DynamoDB, S3, etc. Storing things on the local system's storage is a bit risky, but if you have to there are disk replication solutions available. EFS comes to mind for making that easier. Backups also come to mind in the event of data loss.
VPC: Why does a VPC need to be cross regional? This one is also lost on me.
RDS: Replication is easy -- it's done for you. Convincing developers their application needs to potentially work with a backup endpoint to the data is harder than data replication problems at times. More often than not, it's simply a case of switching to a read-only mode whilst you recover the write copy of your RDS instance, but this is the role of the developers, not ops.
Lambda, ElastiCache, API Gateway... all these things aren't arguments against my original point: architect correctly. Yes it involves more work (from the developer's perspective, mostly), but more often than not in the event of a failure you're left head and shoulders above your nearest competition and left soaking up the profits as a result.
Based on your responses, however, I think we can safely agree to disagree and move on.
Have a great day! I hope you weren't too badly effected by the S3 outage!
Our webservers were hit by this outage. In order to make these cross-regional, I'd need to set up VPCs properly, security groups, instances, datastores (several databases), so on and so forth. I don't store anything on the local disk, but I'm not going to run a server in Europe hitting my db servers in us-east-1. AWS doesn't offer all the databases we use. Cloudformation isn't trivial to use once you get past the tutorial examples either.
Basically, your comment is a version of "you're holding it wrong!"
Some solutions present more difficulties than others, that's for sure. From the limited information you've given me, your solution is far from being a unique situation that poses many difficulties.
CloudFormation in YAML format is pretty easy. I recommend Terraform, however, which is much nicer again for this kind of stuff. It makes it rather "trivial" to get a multi-region solution in place.
As for the database replication: I highly doubt the solutions you're using don't offer replication, and if they don't, and they're not some very esoteric, highly specialised engines, then I would replace them with something that does.
It reads to me as though your primarily contention point is your databases. Not an easy problem to solve, I'll admit, but not impossible, neither.
Exactly to avoid single region outages?
HashiCorp's Terraform makes it a lot easier to go multi Cloud, and abstracting away configuration of the OS and applications/state with Ansible makes the whole process a lot easier too.
Disclosure: I work on Google Cloud (and didn't test this, but some other comment makes that clear).
EDIT: Found my answer. "Just to stress: this is one S3 region that has become inaccessible, yet web apps are tripping up and vanishing as their backend evaporates away." -- https://www.theregister.co.uk/2017/02/28/aws_is_awol_as_s3_g...
"Amazon EC2 Instance scheduled for retirement"
When I checked the logs it was clear the hardware failed 30 mins before they scheduled it for retirement. EC2 and root device data was gone. The e-mail also said "you may have already lost data".
So I know that Amazon schedules servers for retirement after they already failed, green check doesn't surprise me.
I order drives off newegg directly to my DC and I'm yet to lose data with the cheapest drives available in RAID10.
Simple solutions to this do scale - Linode and DigitalOcean don't have such issues for example - and while they're not Amazon scale, they are quite large and I'd say they prove the concept.
Local storage is not intended for permanent storage, and is more use at your own risk. That's also why most of the new EC2 instances don't even support local storage.
Availability =/= durability of course
For higher performance, you can use
1. EBS Provisioned IOPS (kind of expensive)
2. Aurora (for DB use)
3. The new I3 instances (super fast local storage at a reasonable price.)
I guess this just boils down again to Amazon not being cost effective enough for my use case in yet another way.
Oh, and good luck creating snapshots of your home RAID!
Definitely not $50 to my knowledge but for ~$170 you can get a Samsung 850 EVO which is rated for 98k IOPS. They're fairly reliable drives and much, much faster than anything you'll get on EBS. You could be running that full 3x replication in less than a year of paying for EBS.
> Oh, and good luck creating snapshots of your home RAID!
LVM, ZFS and Btrfs all do snapshotting quite nicely. FreeNAS - commonly used for consumer grade NASes will automatically manage ZFS snapshots for you too. Amazon will sell you extra space to store snapshots, sure, but increasing the size of your devices usually solves that problem. And quite cost effectively as you can probably tell by now...
Dropbox targets end users who don't have the knowledge required to use the alternative, if you're smart enough to use EBS you're probably smart enough to use ZFS snapshotting just as easily. Or could within a day or two. It's really not that hard.
Like I said, there are systems that pretty much manage the whole thing for you and just warn you when something is about to blow up like FreeNAS.
Shadow volume replication is entirely possible with several filesystems or Hot Copy kernel mod. Also LVM does snapshotting fairly easily
I may have got my prices a bit mixed up (I saw 120GB at Fry's for $60 last month) but my point stands.
Also why is discomfort such a big problem for folks? Learn stuff.
zfs snap tank/data@$(date '+Y%m%d')
zfs send tank/data@$(date '+Y%m%d') | zfs recv backup/data
advanced magic for off-system backup
zfs send tank/data@$(date '+Y%m%d') | ssh cheapdiskserver zfs recv tank/data
So about as many as this SD card, and nothing compared to a real SSD.
SD cards have much worse write IOPS.
It is, yes, but I wouldn't refer to it as comparable to an SSD.
> SD cards have much worse write IOPS.
Surprisingly not! Testing in ATTO I got read and write speeds that were almost identical, and a peak of 2000 IOps.
EBS (gp2) is flash based, has far better performance than high end magnetic disks, with excellent latency and consistent performance. So, it's more comparable to SSD than anything else.
>Surprisingly not! Testing in ATTO I got read and write speeds that were almost identical, and a peak of 2000 IOps.
Really? Were you looking at 4K write? Typically that would be under 1 MB/s for an SD card.
It's a relatively high-quality SD card, unfortunately hampered by my reader's inability to use bus speed over 25MB/s.
Amazon should take notes.
I notice even Cloudflare is starting to have problems serving up pages now.
Seriously: I don't understand why you guys stay with AWS.
You can use Adwords as a self-service user. Without knowing so much of details you can run your ads but also you can bery easily ruin your budget. But many enterprise customers use it very differently than those users and they are extremely optimizing the cost. Cloud is the same. If you don't know how big customers use AWS, it is normal that you are surprised because AWS is still leading the market.
You say GCP is better than AWS. Which part is better? GCP does not have many services of AWS we benefit from. How can you compare totally different providers? You can only say AWS EC2 is worse than GCP. But you cannot compare whole platforms in one sentence.
After spending a year evaluating both AWS and GCP (with an emphasis on their managed database services; both SQL and no-SQL) my general feeling is this:
"Microsoft Windows is to Unix as AWS is to GCP".
(Or perhaps closer to the truth: "VMS is to Unix as AWS is to GCP".)
Baically AWS services seem like they are badly designed by buerocratic mediocre engineers following some bureocratic template for "a service".
GCP feels a lot saner (both API- and UI/console-wise). I often got the feeling it's designed by people who:
a) are smart and well-rounded in terms of experiences. It does take cleverness and experience to design something elegant that is also useful.
b) take pride in their work (it does show)
(And then, as a bonus: It's cheaper!)
I specifically spent a lot of time on Lambda and found it quite annoying compared to GCP AppEngine. So much bureaucracy. Just this thing that you have to specifically register every single Lambda API call and its parameters using an interface built by non-thinking people.. Sheesh.
For on-demand processing I just want a single HTTP-ish entry point, like AppEngine provides. (That way I can I move my service between different providers, if I wanted to move away from e.g. AWS.)
Personally I've been using it for ages and I know most services inside and out. They do suffer downtime in some regions occasionally, but it'd be too expensive at this point to move.
And who doesn't suffer downtime? You can't avoid it; you just need a plan to deal with it. For example, having a backup replica bucket in another region and the ability to quickly switch your CDN over would probably be a good idea here; that's what I did.
If you want to go further you can replicate your data to another cloud provider entirely and use low TTLs to switch to a backup CDN if your system is that mission-critical (in the event of a worldwide AWS failure doomsday scenario).
All systems will fail you and it's our responsibility as IT professionals to have a plan to mitigate this.
Anyway, I agree with your conclusion.
I do agree that we should all plan for failures.
However, I also think it's a sign of failure in planning and architecture foresight if it's too expensive to move away from a particular cloud provider.
There are plenty of cases where it just wouldn't make sense to switch after looking at the costs, opportunity costs, etc. For example, if his site makes him $10 a month, outages cost him $1 a month that could be mitigated by moving, and it would cost $1000 of labor to swap providers. (Depends on interest rates.)
Perhaps it was originally a failure to not have a plan to easily move from a provider, but it doesn't seem unreasonable to me that right now it may cost too many hours of work to justify the move.
There needs to be a clear financial win. Even taking into account the failures we've seen so far, I don't see a compelling reason to leave AWS.
Still stand behind the other two points I made in that post though.
Who do you recommend instead (assuming in-house or Hetzner-equiv is out of reach)? Google Cloud? Azure? Rackspace?
(I'm guessing a relatively large part is also selfish attachment to the market leader because of employment reasons. I hate wasting money, both for myself and for my employer, so I don't really understand this kind of thinking - but I do understand how it could flourish in a venture capital-rich time/locale.)
I also recommend reading:
I have used GCP for some time without being affected from any incident.
Disclosure: I work on Google Cloud (and wouldn't want to be an incident responder at AWS today...)
All instances going down in all regions is an order of magnitude worse than a single service going down in a single region. You're deluding yourself if you think GCE is any more reliable than any other reputable cloud hosting platform.
Looks like CDN has a 10MB limit:
(work at Google Cloud)
B2 is based out of a single DC (or at least, was at launch and I don't see anything that suggests that has changed?) You've got to decide what's most important to you. Data persistence or $$$.
The last year or two has seen a remarkable improvement according to those customers of mine that host there.
Which would make sense (and is sorta-kinda a best-practice) if Amazon wrote services such that they "crashed early"—but instead they're seemingly written so the backend lock up and be rendered completely useless at "doing its job" but will continue to run just fine.
Either of those two design decisions is potentially a good thing on its own, but they need to be considered in light of one-another if you want your status page to make any sense. If you want to report cluster failures, code your clusters to actually fail. If you want to keep your clusters up, write your monitoring checks as whole-stack acceptance tests.
You don't seem to have enough experience to comment on the issue.
Comparing technology and saying "it seems" or "i feel" isn't really a good argument to convince me one way or the other.
I tried them all and Amazon is still the best.
Being able to run distributed D4M/GraphBLAS queries in Cloud Bigtable would be killer.
"From NoSQL Accumulo to NewSQL Graphulo:
Design and Utility of Graph Algorithms
inside a BigTable Database" https://arxiv.org/pdf/1606.07085.pdf
> Increased Error Rates
> We are investigating increased error rates for Amazon S3 requests in the US-EAST-1 Region.
The worst "increased error rate" problem I had was when the API was failing and my autoscale system couldnt deal and launched thousands of instances because it couldnt tell when instances were launched (lack of API access) and the instances pummelled the fuck out of all other parts of the system and we basically had to reboot the entire platform....
Luckily, amazon is REALLY forgiving with respect to costs in these (and actually most) circumstance....
Yes. Yes they are. Thankfully.
At best when there are problems (not like now I guess) I will see the "note" green icon https://status.aws.amazon.com/images/status1.gif
They had some convoluted but fairly specific wording in their TOS, whoever wrote must have had a lot of fun.
> 57.10 Acceptable Use; Safety-Critical Systems. Your use of the Lumberyard Materials must comply with the AWS Acceptable Use Policy. The Lumberyard Materials are not intended for use with life-critical or safety-critical systems, such as use in operation of medical equipment, automated transportation systems, autonomous vehicles, aircraft or air traffic control, nuclear facilities, manned spacecraft, or military use in connection with live combat. However, this restriction will not apply in the event of the occurrence (certified by the United States Centers for Disease Control or successor body) of a widespread viral infection transmitted via bites or contact with bodily fluids that causes human corpses to reanimate and seek to consume living human flesh, blood, brain or nerve tissue and is likely to result in the fall of organized civilization.
Second, I know the lawyer and yes he had fun.
I'd bet that something broke (causing InternalError responses) and then nodes started marking themselves as failed (causing the timeouts and 503s soon after).
It's possible that the console won't work however as I believe that's served from us-east-1.
From https://status.aws.amazon.com/ : Update at 11:35 AM PST: We have now repaired the ability to update the service health dashboard. The service updates are below. We continue to experience high error rates with S3 in US-EAST-1, which is impacting various AWS services. We are working hard at repairing S3, believe we understand root cause, and are working on implementing what we believe will remediate the issue.
Then I refreshed and the event disappeared altogether.
Increased Error Rates
We are investigating increased error rates for Amazon S3 requests in the US-EAST-1 Region.
We are investigating increased error rates for Amazon S3 requests in the US-EAST-1 Region.
Amazon Simple Storage Service (US Standard) Service is operating normally