 > Recently, I stress-tested a Quorum network consisting of 2 nodes on separate machines, and the result was 140 tps… So, let’s see how to create a 2 node Quorum network in just a few minutes so that you can also stress-test your own Quorum network. But if you are new to Quorum, I suggest you **_go through the below article_**, to get a better understanding of this article. [**Quorum 101: Getting started with Quorum** _This post marks the first in a new Quorum series I am starting in an effort to provide some easy to read instructions…_medium.com](https://medium.com/@vaibhavsaini_67863/quorum-101-getting-started-with-quorum-9906294ea45b "https://medium.com/@vaibhavsaini_67863/quorum-101-getting-started-with-quorum-9906294ea45b")[](https://medium.com/@vaibhavsaini_67863/quorum-101-getting-started-with-quorum-9906294ea45b) If you are all set, then let’s get started. ### Environment Used I am using 2 separate AWS machines (**Ubuntu Server 16.04 LTS, t2-micro**) for 2 separate Quorum nodes. Let us call them `quorum-peer-1` and `quorum-peer-2`.  2 nodes on AWS Now, if you are running 2 nodes as above then let’s assume IP address of `quorum-peer-1` is `IP-1` and IP address of `quorum-peer-2` is `IP-2`. Also, open the following ports in the security group(it’s better to use same security group for both the nodes). _Ports to open_(**all TCP ports ,accessible from anywhere**): * 9001 * 9004 * 21000 * 21003 * 22000 * 22003 * 50401 * 50404 ### Installing prerequisites Now, we have to install prerequisites on both the nodes(better option is to use a snapshot and use that for installing prerequisites on both the machines). To install the prerequisites just copy and run the below script on both the machines. ### Installing the Quorum application Now ssh into the `quorum-peer-1` and clone the below repository. git clone [https://github.com/vasa-develop/quorum-testnode-1](https://github.com/vasa-develop/quorum-testnode-1); cd quorum-testnode-1 Similarly, ssh into `quorum-peer-2` and clone the below repository. git clone [https://github.com/vasa-develop/quorum-testnode-2](https://github.com/vasa-develop/quorum-testnode-2); cd quorum-testnode-2 And Voila, you are set to test the network. P.S. special thanks to benchmarking scripts “chainhammer” [https://gitlab.com/electronDLT/chainhammer](https://gitlab.com/electronDLT/chainhammer) by Dr Andreas Krueger, [Electron.org.uk](http://electron.org.uk/), London ### Initializing network Now execute the below command on both of the machines simultaneously as a **_super user_** (using `sudo su`). ./start-peer.sh <IP-1> <IP-2>; tail -f qdata/logs/constellation\*.log for example if `IP-1` is 12.45.78.55 and `IP-2` is 12.45.78.56, then the above command will be like ./start-peer.sh 12.45.78.55 12.45.78.56; tail -f qdata/logs/constellation\*.log > Make sure that the IP’s are in correct order, or the script will not work as expected You will see output similar to below ones.  quorum-peer-1 output  quorum-peer-2 output If you encounter some error then execute `./stop.sh` and again repeat the “Initializing network” step. Press CTRL+C to exit the logs. ### Testing the Network Now, it’s time to test our network. In the `quorum-peer-1` execute the below command ./runscript.sh script1.js Now, go to `quorum-peer-2` and execute the below command python3 tps.py You will see output like the below one  quorum-peer-2 output Now, here is the last command to measure the **_TPS._** Execute the below command to start bombarding private transactions from `quorum-peer-1` to `quorum-peer-2` . Execute the following command in `quorum-peer-1` and you will see output similar to screens shown below. python3 send.py  quorum-peer-1 transaction bombarding  quorum-peer-2 tps results > Now as you can see, in the above screen that for **first 1000 trxs the average tps rate is around 140 tps.** Well, that’s better than many blockchains, but not really mind blowing.  when you go for 1000 tps but end up with 140 tps… Well, that was it…your first Quorum network stress-test. **_If you made it to the end then comment you TPS below_** using different machine sizes. Let’s see how high it can go. #### Learned something? Click the 👏 to say “thanks!” and help others find this article. _Hold down the clap button if you liked the content! It helps me gain exposure ._ Want to learn more? Check out my previous articles [**Setting up your first distributed private storage network on IPFS: Part 1** _IPFS Private Storage Network Series_medium.com](https://medium.com/coinmonks/setting-up-your-first-distributed-private-storage-network-on-ipfs-part-1-a6ff15222b90 "https://medium.com/coinmonks/setting-up-your-first-distributed-private-storage-network-on-ipfs-part-1-a6ff15222b90")[](https://medium.com/coinmonks/setting-up-your-first-distributed-private-storage-network-on-ipfs-part-1-a6ff15222b90) [**13 sidechain projects every blockchain developer should know about** _The whole world is going through the blockchain revolution. But wait…is this really what we dreamed of? Present…_medium.com](https://medium.com/coinmonks/13-sidechain-projects-every-blockchain-developer-should-know-about-804b65364107 "https://medium.com/coinmonks/13-sidechain-projects-every-blockchain-developer-should-know-about-804b65364107")[](https://medium.com/coinmonks/13-sidechain-projects-every-blockchain-developer-should-know-about-804b65364107) [**Hosting a site for free on IPFS** _This is a short guide, through which you can have your site running for free in few minutes!! So, let’s get started_medium.com](https://medium.com/coinmonks/hosting-a-site-for-free-on-ipfs-1028748f2afd "https://medium.com/coinmonks/hosting-a-site-for-free-on-ipfs-1028748f2afd")[](https://medium.com/coinmonks/hosting-a-site-for-free-on-ipfs-1028748f2afd) **_Clap 50 times and follow me on Twitter:_** [**_@_**](https://twitter.com/itsmattward)[**_vasa\_develop_**](https://twitter.com/vasa_develop)