Open Source Databases "50% Cheaper"
pete314 writes, "Open source databases can cut the total cost of ownership of a database by up to 60% compared to the cost of running proprietary databases from Oracle, Microsoft or IBM. According to data collected by Forrester Research, the savings average about 50%. Open source databases however still struggle to reach mission-critical enterprise applications because enterprises perceive them to be less secure and stable."
enterprises also want paralleling clusters and failover clusters. The open source databases are getting there, give it few more years.
For those of us who can't afford to run a commercial database package, and have been running open source databases from the beginning, this isn't news. MySQL and Postgres are your friends.
"Lame" - Galaxar
I just don't get it. TCO and tool support are tightly linked. Most open source database products, including MySQL, seem to require quite a bit of digging and cobbling together to set up and maintain. Microsoft SQL Server has fantastic tool support, no command line experimentation required. An experienced DBA can set up a new installation in a couple of minutes. And there's even a free Express Edition available for entry-level dabbling. The cost of a database license is pretty minimal over the long haul (referring to SQL Server, not the abominable Oracle). The real cost is in the time spent compensating for whatever your database platform's tool support shortcomings are. I love Microsoft SQL Server for this reason: I rarely have to reinvent anything.
Unlike a desktop PC, any serious database installation demands a serious database and at least some professional expertise, even if it's just "sysadmin of many hats, one of which happens to be dabbling in the database".
Therefore personnel costs probably don't vary that greatly. This only leaves two costs: the application and the database itself. Generally speaking, the business will choose the application first and the database second (or they certainly should do), which means the cost (if any) of the application falls under the heading of "we've got to have it so it really doesn't much matter how much it costs, within reason".
This leaves the backend database, assuming there's a choice in the matter (not all applications support all databases, despite SQL being nominally independent). In such a project, licensing that is about the only really variable item in the list.
But if you're starting from scratch on a new project and your current projections don't indicate you'll need a lot of those features, now the PHB's will have finally heard that free databases should be considered. We deployed on SQL Server and Oracle after developing on Postgres (because Postgres was about twice as fast when running the test suite). Postgres scaled better than Oracle on any single box configuration, and customer data sets never required more than 100GB databases in the worst case.
We were forced to deploy on Oracle and SQL Server because none of our customers thought that Postgres was enterprise qualified. Now, some of them might.
Regards,
Ross
"German Lotto Company Plays it Safe with MySQL Cluster"
_ 1188.html
http://www.mysql.com/news-and-events/news/article
And their application is not critical either, just win or lose.
CC.
TaijiQuan (Huang, 5 loosenings)
So what is the cost of commercial databases? Do the math:
Cost of OSS DB=$0 , which is 50% cheaper than commercial DBs.
0.5 * X = $0
X=$0
So, commercial databases really cost $0. I'm calling Oracle to get my copy.
(Yeah, yeah, TCO is not $0...)
This is a pretty trivial article which seems driven by ingres.
Anyhow, a few things that I'd consider:
1. since as the author mentions the open source databases aren't ideal for mission critical applications (yet), then many organizations will find themselves supporting multiple databases. Say, oracle for financials & crm & the corporate warehouse and postgresql for a variety of smaller projects. Makes sense in many ways - except: oracle is already free for the small databases anyway, and now you need the dbas to support multiple products. This is going to increase your labor costs - not decrease it.
2. for many large analytical databases (data warehouses, etc) the cost of using open source are actually higher than closed source. This is because db2, oracle, etc are better at using the hardware than the open source alternatives. They've got better optimizers, parallelism, far better partitioning, better better pool management, automatic query rewrite, etc. So, a $100k oracle lisense running on a $100-200k 4-way (i know, assumes discount) will out-perform postgresql (free) on a 16-way ($1m) in many ways.
3. for some applications mysql could be more expensive than oracle. Ok, not just because you need to do far more testing with mysql to make sure that none of the wacky silent errors are affecting your code. But also because of the odd licensing - that requires its own faq and tips to just license the product if you can't figure it out. Then there's enterprise db - not very familiar with this one, but I doubt that it is free. Meanwhile, at the low-end the big-three database vendors all support free products. So, whether or not you pay more may very well depend on how you use the software.
Of course, if you're at a company like mine, and get to bypass purchasing and just review the license & install - you probably are saving a vast amount of money after all.
> People are far more dependable when they're working for money than for charity.
not when they suck - which they frequently do when working on product support teams.
yes, I'm glad that I'm working with supported products - but I also avoid calling them like the plague. It is very much a worst-case scenario.
The news is that someone has quantified how much cheaper the open source solutions are. Obviously, a free database costs 0% of a commercial database when you just look at buying/licensing the software, but that's not the only cost you have. This study factors in other costs of running a database, and then concludes that "open source databases" are 50% "cheaper". (Scare quotes, because I haven't RTFA, so I don't know what they are comparing with what)
Please correct me if I got my facts wrong.
PostgreSQL has query rewrite and updatable view thanks to its rules system. the others are missing (to my knowledge).
I'd so love to choose the db. But noooo. ."
"Here's the COBOL manual." "Whut?" "We don't have a license for Fortran anymore. Oh, and we're behind on the documentation because we were going to migrate to
So OK, that was the worst example. Where ever I go, I always encounter legacy databases that have to be worked with. That and an Access 'thing' lovingly setup and maintained by dr. Clueless which managed to wurm itself into the production process.
"I'm not much interested in interoperability. I want substitutability. I want to be able to throw your software out."
I'd recommend pgadmin3.
Do you seriously think any CIO with a functioning brain cell is going to go with free unsupported software when they can't even find a single reference to such databases from any certified performance evaluation companies or organizations?
The downtime cost of one single failure in a five year period for a mission critical system can easily run 100 times the cost of a commercial product with support. Only bean counting fools risk their entire business without properly assessed risks and disaster recovery plans.
Not having someone to source the recovery of the smouldering crater that was your data center is a huge issue.
I do not fail; I succeed at finding out what does not work.
If the cost difference we're talking about here is simply the licensing/upgrading cost, it's worth noting that several of the popular "mega expensive" database platforms offer free (as in $0) versions - albeit with certain functionality removed.
:)
Microsoft SQL Server 2005 Express Edition
Only supports databases up to 4GB, and is lacking the built-in task scheduler, and most of the high-availability and business intelligence features, but is perfectly usable for small-to-mid-sized applications/web sites. Plus you can upgrade later to one of the fancier versions if necessary.
Oracle 10g Express Edition
I haven't had a chance to play with this yet, but it looks similar to SQL Server Express in terms of features and limitations.
IBM DB2 Express-C
I don't really know anything about this one. I just now found it in a fit of "I wonder..." The product comparison pages don't really say much about it, but they'll send it to you free on a DVD, so that's pretty neat.
Sybase ASE Express
Never used this one either. It seems to be only for Linux.
Though honestly, from what I've seen of Postgre, I'd almost think that one would be worth looking into more so than these for small systems. One of these days I'll get around to experimenting with it. The advantage with the Express Editions is, however, that you don't have such a nasty learning curve if you can just jump right in with a database platform you're familiar with from at work. Why else would I do something insane like running php + MS SQL Server?
A number of companies like CommandPrompt, EnterpriseDB, and even Sun Microsystems offer support contract for Postgres. The latter two even offer 24x7 enterprise class support. All three companies seem to be working hard with the community to advance and grow the postgres community. It rocks! The MySQL stuff seems to be a lot more closed. Yeah there are a lot more ISVs but I like the mailing lists, community and the environment around postgres. Also the comment about really low admin is spot on with the right contrib stuff it is way easier than both Oracle and MySQL.
Except that if you chat to MySQL (the company) they'll tell you that they do have high performance scalability, fail-over clustering and all the other things. However, they're also keen to charge you a licence fee for that stuff, and support costs at the level you'd expect for qualified professional support staff.
So TCO pretty rapidly does become an issue.
Oracle lost a sale to us because despite having a product that would give us far better performance the TCO argument didn't work out. Frankly we'd rather just chuck another CPU and a few gig of RAM at the problem than give the money to Oracle.
I like Oracle, I want to use Oracle, but if they're 40% more expensive than the alternative (taking into account licencing, support costs, hardware, training, recruitment, maintenance overhead, etc) then I'm not doing my job properly if I recommend we pay that premium ahead of an alternative open source database that still meets our technical requirements.
Of course, the same applies the other way. I wouldn't recommend we use Postgres because we have no skillsets in-house, and recruitment would hurt, and it just doesn't give us anything our existing DBMS lack.
If TCO wasn't a concern we'd all get a pay rise...