Can You Solve This? 1B Records per Second Data Streaming Challenge(nanosai.substack.com)
nanosai.substack.com
Can You Solve This? 1B Records per Second Data Streaming Challenge
https://nanosai.substack.com/p/the-one-billion-records-per-second
9 comments
Hi Varrakesh, the reason it is not "well specified" is, that all of your suggestions are interesting to try out and benchmark. Rather than saying "it has to be exactly like this" we have left it more open ended by saying "what would it take to get to 1 billion records per second?".
The answer might be different on different types of hardware, and with different types of data sets, and with different types of data set sculpting. Yes, it is okay to have one benchmark where there are no more than e.g. 255 products, or 255 customers, but then we should probably also benchmark with e.g. up to 65.536 products and 65.536 customers, and up. Part of achieving high performance data streaming is the ability to make your data small.
It would also be okay to use a GPU - although we have not (yet) plans about doing that. Still, it would be very interesting to see what kind of results you could get with that design.
We just have the requirement, that the data streaming engine must not be exclusively designed for this challenge. It must be a reasonably functional general purpose data streaming engine.
By the way, we hope to reach the 1 BRS milestone on a single server, i7-6700 Quad-Core Skylake CPU, with 2 NVME SSDs mounted in RAID 1. 1 GB of memory to run the benchmark app should be enough, but the server will probably have 64 GB by default.
The answer might be different on different types of hardware, and with different types of data sets, and with different types of data set sculpting. Yes, it is okay to have one benchmark where there are no more than e.g. 255 products, or 255 customers, but then we should probably also benchmark with e.g. up to 65.536 products and 65.536 customers, and up. Part of achieving high performance data streaming is the ability to make your data small.
It would also be okay to use a GPU - although we have not (yet) plans about doing that. Still, it would be very interesting to see what kind of results you could get with that design.
We just have the requirement, that the data streaming engine must not be exclusively designed for this challenge. It must be a reasonably functional general purpose data streaming engine.
By the way, we hope to reach the 1 BRS milestone on a single server, i7-6700 Quad-Core Skylake CPU, with 2 NVME SSDs mounted in RAID 1. 1 GB of memory to run the benchmark app should be enough, but the server will probably have 64 GB by default.
It doesn't matter much whether I can solve it since the first rule of the contest explicitly bans me from writing code to solve it.
What we mean by that rule (general purpose data streaming engine) is just, that the product must be usable for other use cases than just this challenge. You can write your own data streaming engine, but it should be able to handle a wide variety of use cases, not just the challenge use case.
For instance, simply writing a program that loads 1 billion bytes into memory, iterates them and sums them, would not count as a "general purpose data streaming engine". But you don't have to use Spark, Kafka or something like that. You can write your own.
For instance, simply writing a program that loads 1 billion bytes into memory, iterates them and sums them, would not count as a "general purpose data streaming engine". But you don't have to use Spark, Kafka or something like that. You can write your own.
Yes I can, but why would I spend the time adapting my trading engine to process someone else's data? Seems like I'd be providing free R&D.
Also, kind of funny that C/C++ are not listed in the application form.
Also, kind of funny that C/C++ are not listed in the application form.
A data streaming engine in C/C++ would be very interesting. We have started in Java, but there might be parts it would make sense to write in C++ .
The challenge is not for others to write a data streaming engine to give to us. The challenge is for us to write a data streaming engine and give to you! ... but if you want to try beating the 1BRS milestone too - that would be fun too :-)
The challenge is not for others to write a data streaming engine to give to us. The challenge is for us to write a data streaming engine and give to you! ... but if you want to try beating the 1BRS milestone too - that would be fun too :-)
Kind of seems like they want someone to do a tonne of work for free...
Contest closes ---- Nanosai advertises that their platforms now supports 1B requests per sec
Contest closes ---- Nanosai advertises that their platforms now supports 1B requests per sec
Hi - we think you misunderstood because you probably haven`t red the post properly. WE will implement this data streaming engine, and give it away as open source ! The reason we are asking people if they can solve this challenge, is for us to know if there are other easy to use data streaming engine that can help solve this as per our relaxed/open specifications.
Regardless, still seems like your parent company Kahler AI will leverage and monetize the engine all under the guise that its open source.
I also love that you include NO INCENTIVE with this 'challenge'. Why would anyone submit code to you guys for free?
All smells fishy to me.
I also love that you include NO INCENTIVE with this 'challenge'. Why would anyone submit code to you guys for free?
All smells fishy to me.
Kahler is not parent company of Nanosai - though both share Zaiku Group as parent with Nanosai being an open source JV project with Jenkov Aps.
Also, yes the streaming engine will be useful to some use cases for Kahler. However, it is open source and so anyone will be able to access the same underlying engine.
By the way, we already have several people signed to the challenge including people working for notable tech companies!:)
Also, yes the streaming engine will be useful to some use cases for Kahler. However, it is open source and so anyone will be able to access the same underlying engine.
By the way, we already have several people signed to the challenge including people working for notable tech companies!:)
Also, we are NOT asking people to submit their code - we are coding our streaming engine ourselves https://github.com/nanosai/stream-ops-java! Instead we are asking people to share their benchmarks with us and use case etc.
Hi everyone, many thanks for all your comments - though there may have been some misunderstanding that we address below:
WE (at Nanosai.com) will attempt to build a data streaming engine that can process 1 billion records per second, and release it as open source. If YOU want to try the challenge too, that's fine (e.g. someone already working on data streaming engine tech). We did not mean for YOU to solve this problem for US.
Our initial measurements and calculations show that it should be possible to reach 1BRS, although the records would have to be small. Still, a data streaming engine will always have some record iteration overhead, so it would take some tuning to get that overhead small enough to reach 1BRS even with 1 byte records.
WE (at Nanosai.com) will attempt to build a data streaming engine that can process 1 billion records per second, and release it as open source. If YOU want to try the challenge too, that's fine (e.g. someone already working on data streaming engine tech). We did not mean for YOU to solve this problem for US.
Our initial measurements and calculations show that it should be possible to reach 1BRS, although the records would have to be small. Still, a data streaming engine will always have some record iteration overhead, so it would take some tuning to get that overhead small enough to reach 1BRS even with 1 byte records.
A quick check to see if there are any hardware bottlenecks.
Ignoring use of a GPU, how many IPS is a quad core i7 (mentioned by jjenkov)?
And how many instructions might it take to do something useful to a record? Say read 16 bytes and do some compares.
Or would the SSDs be the bottleneck? Also, RAID1, not RAID0, so effectively just 1 SSD.
Or NVMe? Wow, a google search says vendors are pushing for 32 GBps. (My SATA setup is obsolete.)
Maybe it's purely a software problem.
Ignoring use of a GPU, how many IPS is a quad core i7 (mentioned by jjenkov)?
And how many instructions might it take to do something useful to a record? Say read 16 bytes and do some compares.
Or would the SSDs be the bottleneck? Also, RAID1, not RAID0, so effectively just 1 SSD.
Or NVMe? Wow, a google search says vendors are pushing for 32 GBps. (My SATA setup is obsolete.)
Maybe it's purely a software problem.
The description of this challenge is confusing and poorly specified. It is unclear why it is supposed to be technically difficult. Giving it my best interpretation, this is essentially a solved problem and people that know how to solve it are unlikely to find it interesting.
Also, it would probably help if it was written in a programming language appropriate for the purpose, such as C or C++.
Also, it would probably help if it was written in a programming language appropriate for the purpose, such as C or C++.
Is there some kind of test harness for this? What does generic streaming engine mean here?
Can I know (or bound) the number of orders or products in advance to preallocate? Can I design the dataset myself with certain assumptions (e.g. sorted with respect to time)? Can I bound certain aspects of the dataset (e.g. orders must not contain more than 255 products, orders always contain the prices of everything, etc.)?
Latency isn’t apparently a factor - so if I’m processing 1B records, do we care how quickly it gets done? If not, I’ll just stream the data off to a GPU and get the results later?