Quick Install Guide


For a complete prerequisite list, refer to Prerequisites for Installation section.

We'll consider an example of architecture with 8 identical hosts (named weka01 to weka08). Each host has more than 20 cores, 6 NVME drives, and a single Mellanox NIC.

Using Mellanox NICs simplifies the installation commands (e.g., only single IP for data is required, no need to expose VFs, identification of the interface netmask, and default routing gateway).

If the architecture is different, the installation commands should be slightly changed accordingly.

For a full command set, refer to Weka System Installation Process Using the CLI section.


Install Weka software on each host:

# deploy the software on all hosts
pdsh -w weka0[1-8] "curl https://[GET.WEKA.IO-TOKEN]@get.weka.io/dist/v1/install/3.8.0/3.8.0 | sudo sh"


From one of the servers, form the cluster, set the cluster name, stripe width and protection scheme, and enable cloud monitoring (DNS is assumed to be set up, otherwise explicit IPs should be used in the cluster create command):

# connect to one of the servers and run the rest of the configuration from there
ssh weka01
# form the cluster and set basic stuff
# using bash, you can provide a compact list of hosts; otherwise, a full list of all hosts should be supplied
# weka cluster create weka01 weka02 weka03 weka04 weka05 weka06 weka07 weka08
weka cluster create weka0{1..8}
weka cluster update --cluster-name=WekaProd --data-drives=4 --parity-drives=2
weka cloud enable

Configure the network, drives and CPUs per host:

# configure network, drives, and cores per host
# replace network, drives, and cores configuration with your actual data
for i in {0..7}
weka cluster host dedicate $i on
# add network NICs
# e.g., weka cluster host net add $i eth1
weka cluster host net add $i NETDEV
# add the nvme drives; e.g., /dev/nvme0n1, etc.
weka cluster drive add $i /dev/nvme0n1 /dev/nvme1n1 /dev/nvme2n1 /dev/nvme3n1 /dev/nvme4n1 /dev/nvme5n1
# set host cores
weka cluster host cores $i 19 --frontend-dedicated-cores 1 --drives-dedicated-cores 6
# make the selected drives ready for Weka usage
weka cluster drive scan

Check the configuration:

# show hosts info (net, cores, etc.)
for i in {0..7}
weka cluster host resources $i
# show drives info
weka cluster drive
# show configuration status
weka status

If satisfied, start the cluster:

# initialize the hosts and drives
weka cluster host apply --all --force
weka cluster drive activate
# start the cluster
weka cluster start-io

Check the status:

# show cluster info and status
weka status

You would see a similar output to the following example:

WekaIO v3.8.0 (CLI build 3.8.0)
cluster: WekaProd (00569cef-5679-4e1d-afe5-7e82748887de)
status: OK (8 backends UP, 48 drives UP)
protection: 4+2
hot spare: 2 failure domains
drive storage: 82.94 TiB total, 82.94 TiB unprovisioned
cloud: connected
license: Unlicensed
io status: STARTED 7 seconds ago (96 io-nodes UP, 750 buckets UP)
link layer: Ethernet
clients: 0 connected
reads: 0 B/s (0 IO/s)
writes: 0 B/s (0 IO/s)
operations: 0 ops/s
alerts: 2 active alerts, use `weka alerts` to list them

Lastly, install a license, change the default admin password, and make sure there are no other alerts in the system.

The Weka system is now installed. Now let's learn how to view, manage, and operate it using either the CLI or the GUI and perform the first IO to a WekaFS filesystem.