RedHat gets access to IBMs massive sales machine and IBM picks up a number of key technologies. Win-win.
RedHat gets access to IBMs massive sales machine and IBM picks up a number of key technologies. Win-win.
Disclaimer: former IBM employee with short tenure with a failed acquisition by every definition of it
What engineering-related innovation has RedHat come up with?
As a Linux sysadmin I've noticed that all of the companies I've worked at that have used RedHat chose it not because it was innovative but because:
1 - they could get a support contract
2 - because RH dominated the commercial Linux space
3 - because RH was the OS the admins knew and both wanted to leverage that knowledge and keep their knowledge current for continuing work with this market leader in future jobs (as that was likely the OS they'd use in most jobs to come)
Most of the "innovations" I can attribute to RH have been widely seen in the sysadmin community as negative. Innovations such as systemd, Network Manager, and selinux. The latter two we've often turned off because they caused so many problems. Unfortunately, systemd was too integrated in to the OS to be able to turn off.
There's RPM, but that was created decades ago when RH was not the company it was now, and it's just one packaging format out of many, and not one that IBM even needs to spend billions to buy. The only other positive tech that RH owns that I can think of is Ansible. But they didn't create it. They bought it.
What RH-originated innovations should we impressed by?
When you say that "most of the innovations [...] have been widely seen in the sysadmin community as negative", well, that can only be true in your own sysadmin community. If you replace "innovation" by "contribution", and make the list include everything RH works on (SELinux, NM and systemd are really a tiny part of it), the sentence becomes factually incorrect, even in your own sysadmin community (I hope).
Also, systemd was not created by RH (LP was not employed by RH at the time), and SELinux is from the NSA's TRUSIX. Labeling SELinux as a "negative innovation" is very weird (not that whole sentence isn't).
When you say that RH's only "positive tech" is Ansible, but that it was an acquisition, that's true for mostly everything RH participates in (Ansible, but also systemd, OpenStack, Ceph, CoreOS, GlusterFS, KVM, LVM/DM, gcc, gdb, systemd etc... were acquisitions or acqui-hires), so I really don't see your point. Does the fact that all of this software originated from somewhere else than RH negates the existence their engineering culture ?
EDIT: made quotes inline
Now, if you're talking about the engineering cultures of the companies RH acquired, if RH was able to preserve the engineering cultures of the acquisitions they made, why can't IBM?
Also, if by "engineering culture" you're not actually talking about any innovative products that RH itself came up with, but rather the contributions that RH engineers made to open source projects like gcc or the Linux kernel, IBM has done a lot of that too. I'm not sure why that wouldn't continue under IBM's stewardship of RH.
Personally, I just hope that RH can preserve its engineering culture. I can't say anything on whether it will happen or not, because I don't know.
I suppose that nobody could find another source than him saying that he works for Red Hat in a FOSDEM 2011 interview.
If you have such a source, I suggest correcting Wikipedia, as it may induce others in error.
Not going to disagree that a lot of what RedHat has championed recently has been controversial. What kind of innovation isn't controversial though until usually many years afterward?
Also, cultures can be relative to each other and are not definable in single dimensions. But nobody besides the most Kool Aid soaked of IBMers could say that IBM is more of an engineering-centric culture than RedHat.
Ansible was created within the Fedora Project (owned by RH) as "func" originally. The creators left RH to found AnsibleWorks, which was then acquired by Red Hat in 2015.
I'm not sure how well Google fares either. I mean YouTube is a success story but Boston Dynamics & Motorola are pretty sad outcomes.
With RH and IBM - they were competitors. So, for everything RH does there is an alternative in IBM (operating systems, application software, Java, etc.). Corporate fiefdoms are not so easily dismantled or pacified :)
Word from the inside is that IBM's own "sales machine" selling Watson for what it really wasn't ... was a great deal of the problem with Watson.
The skepticism about IBM is rooted in their recent history.
However, Watson was sold and advertised as more of a drop in solution with a lot promised of results that Watson has never produced.
Accordingly the massive costs incurred by customers were unexpected and the processes to do it right rushed, customer expectations were not met (quite the opposite) and the results were often quite poor.
IBM seems to have backed away from all those grand claims.
That being said, my personal impression from the market, and completely unauthoritative, is that Watson is a brand-name, NOT a single product; it's a collection of products, some built, some purchased, some integrated, some stand-alone, some simple, some complex, under the AI/ML/"Cognitive" umbrella. Most companies have branding/pillars - in IBM, Infosphere used to be information management, Lotus was collaboration and communication, Rational for project management / testing / modelling / etc, and so on. So you have "Watson Predictive Analyzer" and "Watson Chat Service API" and "Watson AI Doodad #37", etc where you can seamlessly take out Watson, replace it with IBM or not at all. There is no single Watson product that I'm aware of. Some stuff was likely even re-branded from previous analytics/BI into Watson branding as deemed appropriate.
Globally-intentionally or not (opinions differ wildly), market perceived "Watson" as "that big machine that won Jeopardy" - a single drop-in product, as opposed a suite of independent products that can certainly do many things, but need hard work at data cleansing, formatting, modelling, testing, etc to do useful things.
I mean, cognitive/watson/AI implementation projects seem to be order of magnitude faster than my experience with Enterprise Architecture projects; but still not a "plug in box, push button".
My $0.01CAD :)
We’re also seeing the end of independence that was making the open source model work with dignity. It was a huge milestone for the company and many people view this as a regression.
> That’s according to an analysis by Recode, which found the e-commerce giant [Amazon] spent nearly $23 billion on R&D in 2017. Technology companies rounded out the top five, collectively spending $76 billion on R&D last year. The other tech companies that spent the most on R&D were Alphabet (GOOG), Intel Corp. (INTC), Microsoft Corp. (MSFT) and Apple Inc. (AAPL). Alphabet was in second place with R&D spending of $16.6 billion while Intel had spending of $13.1 billion and Microsoft spent $12.3 billion. Apple rounded out the top five with $11.6 billion. Meanwhile, Johnson & Johnson (JNJ) spent $10.4 billion while Ford Motor Co. (F) weighed in with 2017 R&D spending of $8 billion. Potentially telling, International Business Machines Corp. (IBM), once the innovator in techland, spent the least at $5.4 billion. (See also: IBM Traders See Stock Plunging 20%.)
[0]: https://www.investopedia.com/news/amazons-23b-rd-budget-sets...
Amazon does not report R&D spend, but “Technology and content” spend. This includes for example AWS infrastructure.
https://www.fool.com/investing/2018/06/13/how-much-does-amaz...
If you review HP's acquisitions, you can see the "worst case scenario."
IE, what if they just drive the acquisition into a ditch?
When I worked at HP, we saw lots of customers who needed automation software, and it seemed like nobody at HP was even aware that we offered a competitive product. (Opsware aka "hp server automation.")
https://en.wikipedia.org/wiki/List_of_acquisitions_by_Hewlet...