And here it is, the main problem with outsourcing critical infrastructure. Remote server providers like Microsoft Azure should at most be used as twins/redundant systems to a locally managed system.

Governments of the world: pay your IT people more money to prevent brain drain.

Do you think locally managed systems are immune to outages? Or that governments are capable of resourcing their teams sufficiently to do a better job at availability than Microsoft, Google, or Amazon?

I can think of a few good reasons. Strategic (you don’t want to hand over to a foreign power your critical infrastructures). Diversification (if all your banks run on aws, the day aws goes down you don’t have a banking system anymore). Not being at the mercy of a capricious tech billionaire (what happened to Parler could very well happen to a state if the said billionaire doesn’t like your policy).

I’m unaware of any Core Banking Systems (CBS) that runs on a cloud provider with the exception being Finastra (Azure). Other parts of retail banking stacks? Sure. Not their cores.

Thought Machine’s Vault targets the big 3 IIRC.

The major cloud providers all aim for 99.999% uptime. Keep in mind that 99.99% uptime means ~4 minutes of downtime a month. I think there are other reasons that banks may not want or have the ability to run their core services on the cloud.

The vast majority of retail banking institutions do not run their core. They outsource it to the major core vendors to ‘protect themselves from themselves’.

It’s atypical motivation but one of the few verticals I know of where the cloud is largely out of the equation.

Let's be honest, it's Azure. The only reason you choose it is because either you compete with Amazon in some way, or you hate your infrastructure engineers, or don't know better.

Or because you already use Microsoft mail, so you already have Azure AD there, and they sent you some credits in an email, and then...

I think Azure is cheaper for certain workloads as well, and at one point had DCs in places where AWS didn't. But it's mostly the "we already buy X Microsoft product, and they cost about the same, so..."

Quite a few businesses are still simply more comfortable with any idea if Microsoft does it than otherwise.

From what I’ve seen up until now it’s often the last option. I’ve seen comparisons between the major cloud providers, but those have often been on the level of “I can boot a VM with x cpu on provider y and z”. With these kind of comparisons a major deciding factor then is discounts. And that’s an area Microsoft excels at.

Aim.. Google for sure doesn’t come close to this for uptime. Microsoft as well.

Despite what their status pages would have you believe ;)

If that's what they're aiming for they're sure missing their targets an awful lot. I guess that I'm proud that they're aiming for the stars!

The comment you're replying to says the cloud should be used as a redundant system. So they are inherently saying they are not immune to outages.

Your comment is a fine example of the standard rhetoric from the 'move everything to the cloud' marketing people, but perhaps organizations should consider that they don't have to go with one cloud provider as a single point of failure. It's the lazy way of abstracting away responsibility and blame to some other party, and in my experience often does not result in better availability than a properly implemented "belt and suspenders" approach.

There’s a complexity cost, though, right? It’s not free to run two different systems, manage two different billing systems, different tools, pay for cross-provider bandwidth, etc.?

I’m sure there are some cases where the cost is worth the complexity, but I don’t think it’s cut and dried as written here. Most cloud providers are very reliable, and my guess is that you are more likely to have a self-inflicted outage due to the complexity of your infrastructure than the cloud provider having an outage.

Or it’s borne of experience of doing it oneself being much less reliable than cloud providers even accounting for these rare outages.

On the evidence, yes. Cloud providers frequently have outages lasting multiple hours affecting millions of clients. Some governments manage to run critical servers without downtime.

While I accept of course that there are government-owned systems that have uptime measured in years (decades?), I think that extrapolating that into an argument about the overall reliability of those systems falls into survivorship bias.

But if I had to make an a priori prediction about which systems would have the better reliability over the long term - cloud-based or those run out of a corporate DC - my money would be on the cloud-based systems.

The cloud providers are going to have better management of power/network/hardware than the most mature government agency, simply because it's a core capability for them.

Change is a leading cause of outages. The cloud providers are constantly changing and upgrading their services, and constantly have downtime ranging from minutes to hours.

In contrast UK gov servers like hmrc.gov.uk (for example) are pretty stable, I can't remember the last time I heard about an outage.

Cloud providers are certainly better at some things (like staying up to date with latest tech), but I'd contend reliability is not one of those things based on their prominent and frequent outages (at least several a year).

I’m starting to think the answer is yes. My small systems have not had outages like Azure has.

So you think local IT can acheive the same high availability and elasticity? Sorry that isn't usually my experience. Lots of anecdotal local IT get lucky, but on average I think this is the wrong lesson to learn.

> can acheive the same high availability and elasticity

Maybe not, but even just a "flick the switch to go back to a dumb system" option is worth maintaining

Is it really? You would maintain an entire parallel stack built on an entirely separate infrastructure stack, with completely different deployment patterns and all the data synced? DR is really hard if you just want to fail over to another AWS/Azure/GCP region. I can't imagine what a nightmare it would be to maintain an on-prem DR standby. To mitigate a couple hours per year (in a really bad year) of cloud downtime?

Well it depends on the system, doesn't it? For filing taxes, it doesn't matter that much if there's downtime as long as you have a plan to move the demand around (i.e. don't fine people when it's down), but for 911 calls you're going to have a lot of fairly niche infrastructure that you need to plumb in any way, so the actual cloud parts should be comparatively easy to replace.

For those sorts of systems, my bet is that the DR strategy is to fall back to what they did before computers existed at all. And honestly that may be the best option. As long as you have pencils, paper and telephones then you can probably approximate what you were doing in 1995 anyway.

High availability? Certainly. Elasticity? Not as well.

The right lesson is "Be a person that strives for excellence in all spheres of life".

I've been doing "Local IT" since '96 and I spun up an EC2 instance the day I saw it announced on slashdot and have been using both ever since. Both excel in some ways in the hands of good people.

Anyone thinking "I'll move to the cloud (or to on-prem) and all my problems will magically go away" is fooling themselves. If you suck at on-prem those underlying issues will carry into the cloud. If you have excellence in a well run on-prem install you'll experience great benefits leveraging the cloud.

For instance, Last month I was discussing a "move to the cloud" with a bank CTO. They had an unreliable on-prem network and moved to the cloud.. and they just discovered after suffering an outage in the cloud what an "availability zone" was. The same attitudes that made their on-prem unreliable, insecure, expensive will make the cloud the same way for them.

They would need to triple the salaries for new grads to make it on par with Microsoft. Junior employees over there make around 45K USD[0], compare to Microsoft 110K[1]. Not including bonuses and stock, of course.

I don't think they could build infrastructure even if they wanted to.

[0] https://www.tbs-sct.gc.ca/agreements-conventions/view-visual... [1] https://www.levels.fyi/company/Microsoft/salaries/Software-E...

I'd say that you need critical infrastructure redundantly deployed everywhere, and experiencing a training outage on one of the platform each quarter.

But wanting is one thing, having the money to implement and maintain such a solution, a quite another thing :-/

Why would Canada deploy this to a single provider? A national alert system should have a better DR plan than that.

Big cloud systems, the ones we all regularly use, get much closer scrutiny than government systems normally (because we all know when Azure, GCP, AWS, Linode, DO, CloudFlare or OVH have a major outage, misconfiguration, or A/C fire). As a "single" provider I'm sure Microsoft is much better at this than the (likely shoestring budget) government group of admins was before they moved. There's more burst capacity (if needed) without paying for redundant equipment most of the year, and ultimately it's probably at a lower cost.

Meanwhile Azure is the only cloud with two Canada regions (Canada "Central", Canada East)[0], AWS has one (Canada "Central")[1], GCP has one (Montreal same city as AWS)[2].. there's really only one player if you want to use managed cloud services.

[0]: https://azure.microsoft.com/en-us/global-infrastructure/geog... [1]: https://aws.amazon.com/about-aws/global-infrastructure/regio... [2]: https://cloud.google.com/about/locations/

I think the point was that a national emergency system should redundantly use two cloud providers, not that they made the wrong choice of single cloud provider.

The national emergency system doesn't rely on one provider[0] or one cloud, while Pelmorex Corp (The Weather Network) is part of the chain (and a curious one) it isn't the entire system, nor is their choice of provider/hardware a government choice (but it doesn't seem poor). The network isn't down, an aspect may have endured an outage. For significant (but not total) coverage of the country the "Alert Distributors" could be covered with contacting 15 corporations (huzzah anti competitive Canada)... or less if you pick a specific channel (eg Wireless=4), which I imagine is part of alerting protocol (your cable, mobile, radio, TV, and web applications don't all send the same alert)

[0]: https://www.publicsafety.gc.ca/cnt/mrgnc-mngmnt/mrgnc-prprdn...

It's an emergency alerting system. Low bandwidth, broadcast. Perfect for blasting a few kilowatts of RF via digipeters each with their own generators and lead acid battery banks.

Just got another email from them, apparently "the issue appears to have been resolved with Microsoft Azure". Looks like the problem is resolved