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Cloud Native is ready subculture, not Containers | 00M-617 Questions and Answers and exam Questions

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Cummins: i'm Holly Cummins. i am a expert in the IBM garage. about a yr in the past, i used to be analyzing Twitter, as one does. I saw a tweet from Daniel Bryant, and he quoted an editorial from my pink Hat colleague, Bilgin. He cherished this image, in Bilgin's article. I seemed on the photo. I didn't love this picture. i used to be so shocked - neatly, now not stunned, however i used to be so unhappy to peer cloud native being described just as an architectural sample that become like microservices, however extra. That it changed into all about the way you organize your wise proxy on your microservices and what you did with Kubernetes. it's now not incorrect, however it would not fit up with my intellectual model for what makes anything cloud native at all. I've written so many applications that I think are cloud native, and comparatively few of them had been microservices, because I wasn't Netflix. For the issue i was fixing, I failed to need microservices. Yet, i used to be bound those functions have been cloud native. They have been born on the cloud. They did lots of issues that I believe cloud native purposes do.

I reached out to Daniel, and i mentioned I believe I may write a talk about this tweet, as a result of I don't basically like this definition of cloud native. He observed, sure, lots of people had an issue with the diagram. That verbal exchange, they felt maybe it will be gRPC, or probably it isn't gRPC. I needed to go again to Daniel and say, "My issue changed into a little bit deeper than that. It wasn't simply no matter if something was gRPC. It became, I do not even feel defining microservices as a variety of cloud native, or cloud native as a type of microservices, I simply do not consider that makes experience."

I birth with the aid of announcing I don't like this picture. Of course, here is a extremely decent article. As neatly, what made me unhappy changed into talking so plenty about microservices. It turned into a piece of writing about microservices. Microservices was the title of the article. Of course, Bilgin is allowed to focus on microservices in this article. Of route, or not it's no longer simply Bilgin, a lot of people put microservices and cloud native as nearly the same component. Even the Cloud Native Computing groundwork, if you analyze their site, I went away and i looked at their site, and they say cloud native computing uses a application stack to install purposes as microservices. that's their definition of cloud native: microservices with some containers, after which you dynamically orchestrate it.

Then that puts me in this in reality awkward place, where i am asserting, "i am Holly. My colleague, Bilgin, who's tremendous smart, who has written a booklet about this stuff, he would not recognize much. he is wrong." InfoQ, that article, wrong. The Cloud Native Computing groundwork, what do they learn about cloud native? they may be incorrect about cloud native. Then at that point I birth to seem to be round and say, why does everyone but me have this opinion? additionally, I've just insulted InfoQ who are my host, so at some point this video goes to end. i go to be swiftly taken away to the side, as a result of i'm just so at odds with the consensus in our trade.

definitely, I feel i am probably no longer reasonably that a lot at odds. as a result of in case you seem to be on the definition on the CNCF page this yr, now, they do not basically outline cloud native on their front web page. if you go to the FAQ, they don't outline it there both. They refer you to an additional page. That different page is on Git, which tells you that maybe it's something that they think about a great deal, and maybe it gets changed lots. certain enough, that you can see there may be 18 contributors to this web page. if you look on the background, that you would be able to see these 18 contributors had been busy. they have been changing it. a few of those updates are issues like translations, but lots of them are alterations to the definition as smartly. if you seem to be on the usual commit to this definition, even that original decide to Git turned into according to 11 drafts that the TOC had done in a Google doc. They have been pondering this basically difficult, and that i imagine having some just a little tense conferences about, what does it really imply?

it is in fact relatively in line with the leisure of us. in case you ask 10 people to outline cloud native, they will have a definition, but they will all be different definitions. Some people just like the definition that it become born on the cloud. That turned into the original definition back in 2011. Some americans in fact define it just as microservices. Some people define it much more tightly as Kubernetes is cloud native and cloud native is Kubernetes. Some americans talk about it as DevOps. Of route, DevOps is so a lot older than cloud native as a time period. lots of these principles emerge as being somewhat similar between both. occasionally, we basically just say cloud native, after we're simply speakme about application that turned into written in 2020. or not it's contemporary. it's exceptional. it's obtained decent nice, so it should be cloud native.

on occasion I suppose we get so used to saying cloud native that we overlook we're basically allowed to assert just cloud, and so we simply always say cloud native when we suggest cloud. from time to time what we suggest is idempotent. We do not use that definition very regularly, because should you say idempotent to individuals they go, "Idem what?" What we in fact suggest through idempotent is that whatever is rerunnable. It can be moving from host to host within the cloud, and so it better behave well when it goes down and goes up and moves round, which old huge software just didn't do in any respect. It failed to deal with that.

CNCF Cloud Native Definition v1.0

in case you've obtained all these distinctive definitions of cloud native, then the Cloud Native Computing basis need to sift between them and are available up with some thing. In 2019, their definition changed into in reality about the application stack. It was about microservices and containers. Now I believe it's modified to be somewhat much less technologically oriented. it be talking about microservices. It provides a number of other things in as smartly like immutable infrastructure, provider meshes. What it says about microservices is not that microservices is cloud native. it be that microservices exemplifies cloud native, which i admire, as a result of I believe it offers a bit extra flexibility for having just one carrier, nonetheless it's still cloud native. That makes me just a little much less uneasy.

Why?

I feel with the contemporary definition, however also the older definition, credit score to the Cloud Native Computing foundation, because they really did additionally center of attention on the why. With the older definition, they talked about we do cloud native as a result of we need to build excellent products quicker, which is only, sure, totally. within the more moderen one, they've qualified it a bit of extra. it be no longer almost going quickly, no matter what. it's allowing developers to make excessive-influence adjustments frequently and predictably, with minimal toil, which is completely a definition. I feel we all want that, don't we? loads of practices that we do are riding in opposition t that. Cloud native can definitely aid with that.

What problem Are We making an attempt To remedy?

With that definition, what I really like is it gets back to now not ‘what know-how should we be using’, but ‘what problem are we attempting to resolve?’ With why cloud native and what problem are we making an attempt to remedy, I find it a good idea to in reality step lower back and suppose, why were we even using the cloud within the first area? Now i am so used to cloud that I don't even in reality bear in mind why we went to the cloud. Y had a quite sad section ou seem back, which you can believe, what have been issues like once we failed to have the cloud? There become truly large can charge complications, as a result of we always had to provision every little thing for the highest skill we could want. If there turned into Black Friday rushes or anything else like that, then we had to have this hardware, sat around doing nothing for the leisure of the year. The cloud allowed us to stay away from that charge. the way it allowed us to stay away from it turned into because it can be elastic, so we might scale up, after which we may cut back again. That gave us in reality massive cost discount rates.

We observed fairly right away, that the cloud, it did not just provide us the charge savings. It gave us an organizational advantage, which is that we could carry utility way faster on the cloud, than we might continuously, because we didn't must be doing things like sending our application to eire to be printed onto CDs after which mailed out to our valued clientele. We might just preserve pushing stuff out to our valued clientele as quickly as we might construct it, which was so respectable and made this sort of difference to our industry. We're seeing some new issues as smartly, new merits of the cloud round some hardware. You just would not desire it on your facts core. if you are doing AI, as an instance, and you desire an entire bunch of GPUs, you could purchase them, but they may be really costly, so you'd likely fairly appoint them. in case you wish to do anything even more unique like quantum computing, you might buy a quantum computer and put it to your statistics center, however there is now not a lot of them obtainable on this planet. IBM was the primary to make quantum computers purchasable on the cloud. you can nonetheless just rock up to the site, and also you run computations on the precise quantum laptop on the cloud. this is cool, as a result of a quantum computer must be kept at about 0.4 Kelvin, which is less warm than the area between the celebs. You really do not desire that to your facts middle unless you have got a fondness for refrigeration.

Of route, the rationale that we went to cloud turned into not microservices. I think we every so often forget that, and we think about that that became the problem that we have been attempting to remedy, however no. I feel with microservices and with the cloud as well, there's a little bit of the cause we do it is because we can't imagine now not doing it. We seem to be around at real people who are doing a fine job and that they're doing it, so we just count on that we should do it too. or not it's this wishful mimicry in our alternative of architecture. I believe that this causes issues, as a result of if we don't really know even if we're attempting to get a quantum laptop, or whether we're attempting to get microservices for his or her own sake, or if we're trying to keep charges, then that capacity we cannot truly get a superb plan, and we would emerge as with the wrong component. We were hoping to deliver quicker, but then we handiest ended up with cost savings as a result of both us and our stakeholders noted cloud native, however we intended completely various things. Or, we could be having some thing that promises actually speedy however our stakeholders had been hoping for microservices on account of the wishful mimicry, and there's no microservices, then they are sad. We simply deserve to get that clarification.

Microservices Envy

Of path, with microservices in particular, I think like there is this microservices envy, where lots of corporations that we confer with they need microservices. Microservices don't seem to be a intention in themselves. they're a way to get anything else, and so we ought to maintain resetting to, what problem are we really making an attempt to clear up? I talked to a financial institution a while in the past, and that they began the dialog that they had been basically concerned with their speed of development. They could not get new facets out to their customers quick adequate. they'd this big COBOL property that turned into dragging them down, they obligatory to move to microservices. Then they introduced that their liberate board simplest meets twice a 12 months. in case your unencumber board is barely meeting twice a 12 months, it doesn't rely what number of microservices you have, your liberate cadence is going to be twice a year. You may additionally as neatly stay with the COBOL since the COBOL isn't the problem.

there may be respectable factors to now not go to microservices when you are now not going to get that free coupling and that velocity, as a result of a microservices structure, in case you get it wrong, it be a dispensed monolith. A allotted monolith is a aspect of concern. You definitely don't desire that. as a result of with a allotted monolith, you get all that coupling, however you wouldn't have the assemble time checking that you get with a classic monolith. When one function calls another one, you don't even get that assured characteristic execution. there is all sorts of issues that you just must clear up. For what? as a result of that lack of assemble time checking and since the microservices do not actually assure the decoupling, you get this pattern, which is barely cloud native spaghetti. it be even worse than ordinary spaghetti.

I visited a consumer and that they called me in as a result of they had been using microservices. every time they changed one microservice, an extra one broke. The difficulty became that they had been dispensed, however they had been now not decoupled. they'd a true difficulty with their area modeling. each and every microservice changed into working in the same domain and so it had the same object model. It became a big object mannequin. They didn't need to be coupled by having a dependency on ordinary code. as a substitute, they cut and pasted the typical code throughout all of the microservices, and so that supposed any time anyone modified a container name, everything broke. The issue really became about the domain. it should be that each and every microservice has its personal domain. What that they had is a standard domain throughout all the microservices so that they did not get the least coupling.

The Mars Explorer

I heard about this story, and as quickly as I heard about it, i thought, "it is microservices." here is the Mars Explorer. here's what it appears like. Its mission become to move to Mars and orbit round it. It had a reasonably unhappy destiny, so in its place of orbiting round Mars, it crashed into Mars. The problem was that it become dispensed, and there turned into a coupling. There changed into a bit little bit of a misunderstanding about that coupling. It had a component that became in house, and it had a component on the ground. The part in area used metric instruments. The component on the ground used imperial gadgets. these two don't seem to be the identical. They looked close sufficient that no one observed the difficulty. This distributing supposed that the classification security and everything was lost, and that they had a crash, and that they misplaced the explorer.

even if you can recover from that coupling, there is one more issue with microservices, which comes at ops time, because you have a lot of containers and you have to control all of them. You need to then birth searching into issues like your SRE and your web site reliability engineering, and all of those practices to be able to deal with it. as a result of to take potential of what the microservices are providing you with, you need to release often. To be capable of cope with releasing frequently, your releases deserve to be very boring.

a way to Brick a space Probe

Releases can be somewhat dangerous in case you don't get issues correct. there may be an excellent story in regards to the Russian area company within the '80s. they had this house probe referred to as Phobos. that they had a deployment system to it. Of route, they took the code and beamed it to the space probe. A hapless engineer had an replace, and the automatic determine equipment had a practical difficulty in it. He spoke of, "I don't want these automatic tests. i may just bypass them and push straight to production." Then that they had a problem, which is that the space probe has bought these fins, and that they rotate, and he stopped the utility that had the fins rotating. The intention of the fins became to catch solar power and recharge the probe, which intended that it looked like it became working until two days later it ran out of battery. Then they couldn't fix it in any respect.

This operational problem, it's potentially quite bad unless you have got acquired the automation in location. if you have containers, as a substitute of getting one space probe to control, you may have got 200 area probes to manipulate. I think there is this mark of delight that we are saying, "I've acquired so many microservices. I've bought so many containers to manipulate." That does exhibit loads of skill, but you may no longer be spending your time on the finest issues. it's not a contest to see what number of containers you've got. In particular, when you have a lot of containers, however you shouldn't have the automation, you have got really bad complications. in case your checks aren’t automatic, then what you might be truly asserting is we have no idea if our code works. We see loads of complications as neatly as a result of in case you do not know in case your code works, then notwithstanding you have a continual integration and deployment device, there isn't any approach you are likely to be really doing these.

CI/CD

a lot of groups, they will say to me, we've a CI/CD. i am like, a CI/CD? it really is a verb. it be anything you do. You don't just buy the device. when you have a CI equipment, however you then're best merging subsequent week, or not it's now not continual integration. if in case you have a continuous deployment equipment, but you best liberate every six months, it is no longer continuous deployment. that is now not continual start. I consider, you maintain saying this note continual, however I do not feel it potential what you suppose it capacity as a result of we're not in fact continuous. We simply have the talks. The purpose we're no longer continuous always is as a result of releasing is far too scary. Then I ask, why can not we free up issues? what is the barrier to these extra familiar deploys? often, even if we have microservices, and that they may still be independently deployable, it is far too frightening to release them independently because we have these verify challenges. We're afraid that if we exchange one, every little thing will destroy. Then we've a massive pipeline for all of the microservices to implement that they set up on the equal time, which once again puts us again to, or not it's only a dispensed monolith.

comments Is decent Engineering and respectable business

We see other issues with releases, which have to do with half-baked facets. Of course, you don't wish to be exposing your valued clientele to rubbish code, however which you could nonetheless have that skeleton that permits you to go faster and have that continuous deployment. if in case you have this microservices architecture, you wish to be getting stuff out. if you are driving a motor vehicle like this, this is no approach to force a car. You want that feedback from the box. You want that remarks from your set up pipelines. that is simply first rate engineering. it be respectable enterprise too. there's things so that you can do to be able to free up safely besides the fact that the feature is rarely complete. You can not wire it in. that you may use characteristic flags. that you may expose it however most effective in a really protected way. you could have the canary deploys. you can have the A/B trying out. All of that's helping you get that specific continuousness in your CI/CD.

Cloud Governance

I do see complications around the governance of the cloud. considered one of them is that reluctance to unlock, and that heavy governance. commonly, we simply do not even be aware of what's occurring in the cloud. The cloud makes it so effortless to provision hardware. which you can simply click on a button and you've got the hardware. there is still a laptop working it, and that hardware nonetheless has a value. If there may be nothing in fact working on that hardware, it truly is bad. I feel a symptom of cloud native commonly is that we lose control of what is happening. We just will not have the constructions in vicinity to support us remember what our firm is doing. it's an individual issue as smartly. When i was first getting to know Kubernetes, I created a cluster. Then I received sidetracked with the aid of other things. Then I went on break, so I forgot this cluster for two months. It become £1000 a month, this cluster. i was there having a holiday and funds was just being burned. that is not so good.

because of that problem, then we get an extra difficulty. I suppose it relates to the reluctance to free up as neatly, which is that the cloud gives us so lots flexibility, and it gives us so a whole lot speed. We lock it down and we be certain that nothing cloudy goes to take place in it. A client came to IBM ages ago with a complaint that we'd bought them this provisioning software that could supply them 10-minute provision-time. This was a number of years in the past. They had been, "yes, we want that." Then what they have been experiencing became that it become taking them three months to provision things. IBM, we investigated to are attempting and determine what changed into occurring. once we checked out it, we realized that they'd wrapped this desirable 10-minute provision software in a governance manner. It had 84 steps in that pre-approval technique. No wonder it took three months to provision issues. because of the organizational constructions that we put in vicinity around it, we simply fully lost the improvement of the cloud. No be counted what number of containers we had, we weren't behaving like we had been cloud native. I see that an awful lot, that you have the cloud, and it's so attractive. It gives you so a whole lot flexibility and so lots velocity, however then we put it in a cage, and we simply put all this old style governance. that's just not going to work. it's not going to supply the advantages of cloud native that we're hoping for.

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