Ask Slashdot: Innovative Operating Systems/Distros In 2015?
iamacat writes: Back in 90s, we used Linux not only because of open source, but also for innovative features not found in commercial operating systems — better multitasking, network power features like slirp and masquerading, free developer tools for many languages. Nowadays OSX and Windows caught up in these areas and mainstream distros like Ubuntu dumbed down in default configuration. So where to go for active innovation like 3D/VR desktop, artificial intelligence, drag and drop ability to mash up UI of multiple apps or just drastically better performance? Something maybe rough around the edges but usable and exciting enough to use as daily desktop?
Back in 90s, we used Linux not only because of open source, but also for innovative features not found in commercial operating systems — better multitasking, network power features like slirp and masquerading, free developer tools for many languages.
None of what you mention was a unique feature of Linux or even pioneered by it. All of what you talk about were already part of Unix systems that existed prior or was software that existed before Linux even existed and was already cross-platform.
Back in the 1990's, you had to roll your own kernel and modules. If you were lucky, all the hardware worked. Most of the time it didn't. Nothing worked out of the box. Today's kids have it too easy. Now get off my lawn!
Just because Ubuntu dumbed down doesn't mean you need to use it. Slakware is still out there. Arch, Gentoo, Debian, Fedora, etc. are all a bit rougher and all have a bit more "exciting stuff". Still, the submittor's main problem is that he needs to go into a StarTrek movie. Truly innovative ideas in operating systems, like Plan9 and Eros, end up with less "drag and drop ability to mash up UI of multiple apps" (whatever that means) than the mainstream. Most of the innovation is now best done on the level of the application anyway.
They say that P-P-P-PowerOS is rather nice, but it only runs on specific laptops.
"Oh, goodness. Look at my wrist, I have to go." "But what about your clothes?" "I don't love these."
There is so much innovation these days that it has transcended the separation-by-OS that used to handily signal where and what kind of changes you could expect. As an example, if you're looking for an experimental graphical terminal emulator it turns out you can use it in Windows and OS X, but not in Linux. But the point is, it's not available on one OS in particular and it's even a virtue now to be cross-platform. There's so much new tech out there and it all happens on a huge variety of platforms. So trying out new tech is just a matter of focusing (for example: system software, graphics software, hardware support, kernel-level new stuff, software in embedded systems, hardware sensors, etc.) and then deciding what the required resources are to dive in on that specific level. What OS or OSes would be best, what packages should you install, and so on.
Going back to your examples, 3D/VR desktop work has been going on since the 80s at least, and AI before that, and "drastically better performance" has always been on peoples' minds. The GUI mashups even ring a bell, though everything is so scriptable these days that anyone who's doing a GUI mashup would probably be less frustrated just typing it into a reusable script. These aren't new topics, they change over time incrementally, and the only advice I can give is to make sure you are _really_ looking at the high-end tech that you think you are. If you are frustrated with a slow system, did it cost less than $10K? Because that's commodity-level pricing. If you are frustrated with the 3D effects you just enabled on your desktop, did you really research the state of the art? And so on.
Also, just to nitpick--you say Ubuntu is dumbed-down in "default configuration" but Windows and OS X are dumbed down by default too, aren't they? That's why you have package managers, Ninite, the App Store, etc. Restore your purchases or download a set of things and you're out of the dumbzone.
Stronger heritage of what? The OP was referring to innovative features.
Take a look at Squeak ( http://squeak.org/ ). As it turns out most things in the future will have their roots in the discarded ideas of the past. As far as programming languages take a look at Erlang and Elixir (computer languages are the operating systems of the future). I expect the capability model and the actor model will get a lot more popular in the future. In the future computers will be networks, applications will be distributed applications.
Iif you want one with a random bullshit generator, just choose whatever the OP runs.
Confucius say, "Find worm in apple - bad. Find half a worm - worse."
So you are saying that OS X is "innovative" because it consists largely of 1980's technology (NextStep, BSD, Smalltalk, OO dev tools)? Seems to me that that makes it about three decades behind the times.
It is very exciting to use! You'd want to destroy keyboard, screen, or the computer itself after you use it for a bit.
Speaking for myself, I use Linux distros at home for these reasons:
1. They're not Microsoft, Apple or Google.
2. There is less "telemetry" from my Linux boxes to OS megacorps(see #1)
3. Linux desktops have become reasonably reliable and stable, and yes, I've been using Unix/Linux since late 90s.
4. I enjoy trying out different distros/software, configuring the software, seeing the different ways things work in different distros, etc
5. Linux is fun!
We play the game with the bravery of being out of range
For anyone looking to get their hands dirty, I always recommend to try out Funtoo Linux.
Try out various kernels (even BSD kernels), choice between 3 init systems, and all the customization you want.
Seriously. Try it. www.funtoo.org
BSD is not a commercial OS and isn't in competition with Linux.
Linux brought those things to the consumer desktop. In the 2000's it not only continued to gain functionality but actually gained polish. Today, Linux is at least as polished and pretty as Windows or OSX.
The only people still using BSD (and honestly most of the "hardcore" distributions of Linux) are people who appreciate difficulty for it's own sake. Unlike windows and OSX you trade no functionality for the polished experience. You simply fall back to manual effort when you need more flexibility than the polished tools provide and most of the time the polished tools break none of it.
If you have trouble with rpmbuild; yum -y local vs make; make install and therefore choose the old way and break package management thus finding yourself in a dependency hell a year later... that's because you are ignorant, perhaps willfully, and your outdated and unpolished system that gives you no added functionality is what you deserve.
For myself... I used desktop linux in 98 and have used linux in the server rack since that time. It has taken many forms and flavors for me including LFS for awhile. That was great for learning how everything works under the hood. If you are using anything but a modern user friendly linux on even a 5 yr old desktop and spending more than 2-4 hours configuring and customizing the OS itself on setup (less than windows or OS X) then I have to question your life choices. Unless are learning, why waste time manually doing things the hard way when you can point and click your way to a solid and well configured launch platform for working on the new thing you are learning now? If there is some detail that matters which you can't point and click you way to, why not help improve the polish so you can move on? The point really extends to experienced users of windows and OS X (by which I really mean the latest and greatest edition of OS X in the same way windows is nothing but the latest and greatest NT) as well.
The OS wars are over. You could make a very good argument that Linux won since it is by far the most heavily deployed OS overall. But really it's more that the war itself become obsolete because open software stacks won. Even if you are using windows outside of certain niche environments most of the software you are using is cross platform OSS and most of your experience takes place in the browser or at least the network. It really makes very little difference what OS you use because no OS actually won and therefore everything has to work everywhere.
I switched from a linux desktop back to windows for years because working on third party systems constantly meant needing windows only apps and because windows got me from scratch to a working platform more quickly. Meanwhile I continued using linux as my first choice for... everything else. Now I've switched back to find Linux Mint actually provides a smoother, easier, and prettier experience these days on my brand new high end laptop supporting all the recently released hardware out of the box. It was so quick and easy I actually did spent a little time customizing frivolous things like window behavior, desktop effects, and widgets. I'm not sure I want any new innovation on my desktop. Just keep pace and let things grow more stable. Maybe fix the odd clipboard behavior and inconsistency? Middle click paste is a cool concept but not worth the hassle. Finally fix the quirks of kmixer?
The only thing left was support for the vsphere client. The virtual F5 in my lab ties me to this and the lack of functionality in the web equivalent in newer versions also hampers me here requiring me to virtualize windows. The solution is I'll simply remove both vmware and F5 from my lab. Many enterprises still have these things but that isn't the direction of the future. The future is about the open equivalents that have caught up now on the core functionality you need from these things are easily deployed on any cloud stack giving greater flexibility and automatabil
NixOS has a package manager that I think has a real shot at achieving scalability and repeatability in package management. Once something works in NixOS it will keep working on it's own, since specific versions of dependencies are tracked and can coexist, whereas in mainstream distros shit breaks all the time. The current model of freezing everything once in a while and patching up some of the most obviously broken stuff simply isn't keeping up with the pace of software development IMHO. http://nixos.org/ For a real moonshot OS/language/decentralize_all_the_things project, check out Urbit: http://urbit.org/
i agree with the first sentence and partially agree with the second.
i feel like the excitement of linux desktop is disappearing. i.e. gnome looks amateurish but has well integrated apps. kde looks more professional, but feels like mess where barely anything works as it should. enlightenment is like going a decade back in time - what the hell is samsung doing with it? unity is too simplistic, cinnamon is the definition of "nothing exciting".
in gnu/linux in general, package manager is nothing special anymore, win/mac have it too. stuff like cgroups, containers, fs snapshots are nothing to be excited about as an ordinary desktop user. there are no linux only killer apps.
and stuff is complicated and buggy. i have yet to meet a fedora/centos person who has selinux/firewalld enabled and is able to get work done. also, good luck debugging your setup with systemctl and journald. in ubuntu, it's almost impossible to get a bug fixed. you either fix it youself or go upstream, then open bug report in debian and then in ubuntu. then you create fake accounts (to say it affects me too) to get some attention to the bug report and hope that in a year+ a new ubuntu version will have it fixed. and they're not stupid ui issues, but big stuff like server installer not working with usb keyboards, nfs not mounting with exec,dev,suid if -o users is present, etc..
windows/mac still suck a lot more (believe me i've tried switching to osx), but they have a lot more 'killer' apps.
Nothing as far as a distro (or desktop environment) with 3D VR or AI comes to mind but there is innovation in OS going on. Not many have attempted to answer the OP, so here's my list. Others mentioned Qubes, Urbit, and Mirage.io, which reminded me of Nix OS and HaLVM.
Both innovative and seems daily-driver ready:
1. Qubes OS - https://www.qubes-os.org/ - Linux distro that runs a Xen hypervisor to contain every app (including Windows ones) away from the desktop environment
2. Haiku OS - https://www.haiku-os.org/ - Tiny (under 200MB installed), Non-Linux that is binary-compatible with BeOS, nice understated GUI that is bland but usable
3. ReactOS - http://reactos.org/ - Win32 compatible open source OS, very active development scene working toward full NT kernel ABI compatibility. Seems stable enough to be a daily driver but hardware support is lacking
4. PC-BSD & freeBSD 10 - http://www.pcbsd.org/ http://www.freebsd.org/ - PC-BSD is a desktop distro of freeBSD 10 built for user-friendliness with automatic ZFS snapshoting and a nice graphical package manager, freeBSD 10 has a completely new package manager (pkg-ng replaces the 'pkg' binary)
5. Nix OS - https://nixos.org/ - Linux distro with innovative package manager promising atomic upgrades & rollback.
Innovative server-exclusive (ie no GUI):
5. SmartOS - https://smartos.org/ - Solaris + KVM + Docker w/ full Dtrace support. Claims ZFS as an innovation? Joyent is running a cloud of it
6. CoreOS - https://coreos.com/ - Linux distro exclusively for large Docker deployments. developing a suite of Go tools for datacenter management.
Innovative, but not ready for desktop use:
7. Redox OS - http://www.redox-os.org/ - OS written in Rust (rust-lang), which guarantees a lot of memory-safety, screenshots of desktop in 'News' section
8. Contiki OS - http://www.contiki-os.org/ - Linux distro for IoT embedded devices that claims an innovative network stack
9. Urbit - http://urbit.org/docs/user/int... - *nix distro with exclusively web-based userland, invite-only at the moment, doesn't seem like it will have a UI but that each user is the dev of their own interface
10. Mirage.io - http://mirage.io/ - Develop each app and compile into a single-purpose kernel to be run on some hypervisor
11. HaLVM - https://github.com/GaloisInc/H... - The Haskell Ligthweight Virtual Machine - which runs just the GHC on Xen, another 'build uni-purpose VMs' system