Katonic MLOps

Node pool requirements

The EKS cluster must have at least three node pools that produce worker nodes with the following specifications and distinct node labels, and it might include an optional GPU pool:

SR NO.	POOL	MIN-MAX	INSTANCE	LABELS	TAINTS
1	Platform	2-4	m5.xlarge	katonic.ai/node-pool=platform	katonic.ai/node-pool=platform:NoSchedule
2	Compute	1-10	m5.2xlarge	katonic.ai/node-pool=compute
3	Deployment	1-10	m5.2xlarge	katonic.ai/node-pool=deployment	katonic.ai/node-pool=deployment:NoSchedule
4	GPU (Optional)	0-5	p2.xlarge	katonic.ai/node-pool=gpu-{GPU-type}	nvidia.com/gpu=gpu-{GPU-type}:NoSchedule

Note: For example we can use GPU type as v100, A30, A100

Note: When backup_enabled = True, then compute_nodes.min_count should be set to 2.

If you want Katonic to run with some components deployed as highly available ReplicaSets you must use 2 availability zones. All compute node pools you use must have corresponding ASGs in any AZ used by other node pools. Setting up an isolated node pool in one zone can cause volume affinity issues.

To run the node pools across multiple availability zones, you will need duplicate ASGs in each zone with the same configuration, including the same labels, to ensure pods are delivered to the zone where the required ephemeral volumes are available.

The easiest way to get suitable drivers onto GPU nodes is to use the EKS-optimized AMI distributed by Amazon as the machine image for the GPU node pool.

Additional ASGs with distinct katonic.ai/node-pool labels can be added to make other instance types available for Katonic executions.

The Katonic installer can set up all configurations of ASG and zones for the Katonic platform.

AWS Platform-Node Specifications

Platform nodes in platform AWS cloud deployments must fulfill the following hardware specification requirements according to the deployment type:

COMPONENT	SPECIFICATION
Node count	Min 2
Instance type	m5.xlarge
vCPUs	4
Memory	16 GB
Boot disk size	128 GB

AWS Compute-Node Specifications

The following instance types are required for Compute nodes in Katonic platform's AWS cloud deployments:

Choose the type that best fits your requirements. AWS Elastic Kubernetes Service (EKS) is also supported for application nodes, using the instance types listed below. The Katonic platform requires at least 1 minimum Compute node for the teams version. For specification details of each type, refer to the AWS documentation.

Note: Supported compute node configurations

m5.xlarge
m5.2xlarge (default configuration)
m5.4xlarge
m5.8xlarge
m5.12xlarge
Boot disk : 128GB

AWS Deployment-Node Specifications

The following instance types are required for Deployment nodes in Katonic platform's AWS cloud deployments:

Choose the type that best fits your requirements. AWS Elastic Kubernetes Service (EKS) is also supported for application nodes, using the instance types listed below. The Katonic platform requires at least 1 minimum deployment node for the teams version. For specification details of each type, refer to the AWS documentation.

Note: Supported deployment node configurations

m5.xlarge
m5.2xlarge (default configuration)
m5.4xlarge
m5.8xlarge
m5.12xlarge
Boot disk : 128GB

AWS GPU-Node Specifications

The following instance types are required for GPU nodes in Katonic platform's AWS cloud deployments:

Choose the type that best fits your requirements. AWS Elastic Kubernetes Service (EKS) is also supported for application nodes, using the instance types listed below. For specification details of each type, refer to the AWS documentation.

Note: Supported GPU node configurations

p2.xlarge (default configuration)
p2.8xlarge
p2.16xlarge
Boot Disk: 512 GB

Additional node pools with distinct katonic.ai/node-pool labels can be added to make other instance types available for Katonic executions.

Prerequisites

To install and configure Katonic in your AWS account you must have:

Quay credentials from Katonic.
Required: PEM encoded public key certificate for your domain and private key associated with the given certificate.
AWS region with enough quota to create:
- At least 4 m5.2xlarge EC2 machines.
- p2.xlarge or greater (All P instances) VMs, if you want to use GPU.
A Linux operating system (Ubuntu/Debian) based machine with the following steps:
a. A Linux operating system (Ubuntu/Debian) based machine having 4GB RAM and 2vcpus. Skip to step b if you already have the machine with the given specifications.
Note: After the platform is deployed successfully, the VM can be deleted.
b. Switch to the root user inside the machine.
c. AWS CLI must be installed and logged in to your AWS account using the aws configure command, with a user that has IAM policies required to create the resources listed above.
Commands for installing AWS CLI v2.
```
curl "https://awscli.amazonaws.com/awscli-exe-linux-x86_64.zip" -o "awscliv2.zip"
unzip awscliv2.zip
sudo ./aws/install
```
The following tools should be installed:
- Kubectl
- Docker

To install Katonic Platform MLOps version follow the steps mentioned below:

1. Log in to Quay with the credentials described in the requirements section above.

docker login quay.io

2. Retrieve the Katonic installer image from Quay.

docker pull quay.io/katonic/katonic-installer:v4.4.1

3. Create a directory.

mkdir katonic
cd katonic

4. Adding PEM Encoded Public Key Certificate and Private Key to Directory

Put the PEM encoded public key certificate (having extension .crt) for your domain and private key associated with the given certificate (having extension .key) inside the current directory (katonic).

5. The Katonic Installer can deploy the Katonic Platform MLOps version in two ways:

Creating EKS and deploying the Katonic Platform MLOps version.
Install Katonic Platform MLOps version on existing AWS Elastic Kubernetes Service.

1. Creating EKS and deploying the Katonic Platform MLOps version.

Initialize the installer application to generate a template configuration file named katonic.yml.

docker run -it --rm --name generating-yaml -v $(pwd):/install quay.io/katonic/katonic-installer:v4.4.1 init aws katonic_mlops deploy_kubernetes public

Edit the configuration file with all necessary details about the target cluster, storage systems, and hosting domain. Read the following configuration reference:

SR NO.	PARAMETER	DESCRIPTION	VALUE
1	katonic_platform_version	It has the value by default regarding the Katonic Platform Version.	katonic_mlops
2	deploy_on	Cluster to be deployed on	AWS
3	create_k8s_cluster	Must be set True if EKS is not deployed	True
4	eks_version	EKS version	eg. 1.27(1.27 and above versions supported)
5	cluster_name	Enter cluster name which you deploy	eg. katonic-mlops-platform-v4.4
6	aws_region	AWS region name	eg. us-east-1
7	platform_nodes.instance_type	Platform node VM size	eg. m5.xlarge
8	platform_nodes.min_count	Minimum number of platform nodes should be 2	eg. 2
9	platform_nodes.max_count	Maximum number of platform should be greater than platform nodes min count	eg. 4
10	platform_nodes.os_disk_size	Platform Nodes OS Disk Size	eg. 128 GB
11	compute_nodes.instance_type	Compute node VM size	eg. m5.2xlarge
12	compute_nodes.min_count	Minimum number of compute nodes should be 1	eg. 1
13	compute_nodes.max_count	Maximum number of compute should be greater than compute nodes min count nodes.	eg. 4
14	compute_nodes.os_disk_size	Compute Nodes OS Disk Size	eg. 128 GB
15	deployment_nodes.instance_type	Deployment Node VM size	eg. m5.2xlarge
16	deployment_nodes.min_count	Minimum number of Deployment nodes should be 1	eg. 1
17	deployment_nodes.max_count	Maximum number of Deployment should be greater than Deployment nodes min count nodes.	eg. 4
18	deployment_nodes.os_disk_size	Deployment Nodes OS Disk Size	eg. 128 GB
19	gpu_enabled	Add GPU nodepool	True or False
20	gpu_nodes.instance_type	GPU node VM size	eg. p2.xlarge
21	gpu_nodes.gpu_type	Enter the type of GPU available on machine.	eg. v100,k80,none
22	gpu_nodes.min_count	Minimum number of GPU nodes	eg. 1
23	gpu_nodes.max_count	Maximum number of GPU nodes	eg. 2
24	gpu_nodes.os_disk_size	GPU Nodes OS Disk Size	eg. 512 GB
25	gpu_nodes.gpu_vRAM	Enter GPU Node RAM size
26	gpu_nodes.gpus_per_node	Enter GPU per node count
27	enable_gpu_workspace	Set it true if you want to use GPU Workspace	True or False
28	shared_storage_create	To create EFS based storage	True or False
29	private_bucket_limit	Set the private bucket size.	eg. 10GB
30	minio_storage	Set the value to amount of storage required in file manager /16	eg. 20Gi
31	workspace_timeout_interval	Set timeout interval hours	eg. 1
32	backup_enabled	enabling of the backup	True or False
33	s3_bucket_name	name of the s3 bucket	eg. katonic-backup
34	s3_bucket_region	region of the s3 bucket	eg. us-east-1
35	backup_schedule	scheduling of the backup	0 0 1 * *
36	backup_expiration	expiration of the backup	2160h0m0s
37	use_custom_domain	Set this to True if you want to host katonic platform on your custom domain. Skip if use_katonic_domain: True	True or False
38	custom_domain_name	Expected a valid domain.	eg. katonic.tesla.com
39	use_katonic_domain	Set this to True if you want to host katonic platform on Katonic MLOps Platform domain. Skip if use_custom_domain: True	True or False
40	katonic_domain_prefix	One word expected with no special characters and all small alphabets	eg. tesla
41	AD_Group_Management	Set "True" to enable functionality that provides you ability to sign in using Azure AD	False
42	AD_CLIENT_ID	Client ID of App registered for SSO in client's Azure or Identity Provider
43	AD_CLIENT_SECRET	Client Secret of App registered for SSO in client's Azure or any other Identity Provider
44	AD_AUTH_URL	Authorization URL endpoint of app registered for SSO.
45	AD_TOKEN_URL	Token URL endpoint of app registered for SSO.
46	quay_username	Username of quay registry
47	quay_password	Password of quay registry
48	adminUsername	email for admin user	eg. john@katonic.ai
49	adminPassword	password for admin user	at least 1 special character at least 1 upper case letter at least 1 lower case letter minimum 8 characters
50	adminFirstName	Admin first name	eg. john
51	adminLastName	Admin last name	eg. musk

Installing the Katonic MLOps Platform

docker run -it --rm --name install-katonic -v /root/.aws:/root/.aws -v $(pwd):/inventory quay.io/katonic/katonic-installer:v4.4.1

2. Install Katonic Platform MLOps version on existing AWS Elastic Kubernetes Service.

The steps are similar to Installing the Katonic Platform with AWS Elastic Kubernetes Service. Just edit the configuration file with all the details about the target cluster, storage systems, and hosting domain. Read the following configuration reference, these are the only parameters required when installing the Katonic Platform on existing EKS.

Prerequisites

You will need to create an EBS gp3-based storage class named kfs. To do this, you need to install and configure the EBS CSI driver in the EKS cluster. Refer to the documentation for instructions on creating the GP3 based storage class.

Initialize the installer application to generate a template configuration file named katonic.yml.

docker run -it --rm --name generating-yaml -v $(pwd):/install quay.io/katonic/katonic-installer:v4.4.1 init aws katonic_mlops kubernetes_already_exists public

SR NO.	PARAMETER	DESCRIPTION	VALUE
1	katonic_platform_version	It has the value by default regarding the Katonic Platform Version.	katonic_mlops
2	deploy_on	Cluster to be deployed on	AWS
3	cluster_name	Enter cluster name which you deploy	eg. katonic-mlops-platform-v4.4
4	aws_region	Enter region where you deploy EKS cluster	eg. us-east-1
5	backup_enabled	Enabling of the backup	True or False
6	s3_bucket_name	Name of the s3 bucket	eg. katonic-backup
7	s3_bucket_region	Region of the s3 bucket	eg. us-east-1
8	backup_schedule	Scheduling of the backup	0 0 1 * *
9	backup_expiration	Expiration of the backup	2160h0m0s
10	private_bucket_limit	Set the private bucket size.	eg. 10GB
11	minio_storage	Set the value to amount of storage required in file manager /16	eg. 20Gi
12	workspace_timeout_interval	Set timeout interval hours	eg. 1
13	use_custom_domain	Set this to True if you want to host katonic platform on your custom domain. Skip if use_katonic_domain: True	True or False
14	custom_domain_name	Expected a valid domain.	eg. katonic.tesla.com
15	use_katonic_domain	Set this to True if you want to host katonic platform on Katonic Deploy Platform domain. Skip if use_custom_domain: True	True or False
16	katonic_domain_prefix	One word expected with no special characters and all small alphabets	eg. tesla
17	AD_Group_Management	Set "True" to enable functionality that provides you ability to sign in using Azure AD	False
18	AD_CLIENT_ID	Client ID of App registered for SSO in client's Azure or Identity Provider
19	AD_CLIENT_SECRET	Client Secret of App registered for SSO in client's Azure or any other Identity Provider
20	AD_AUTH_URL	Authorization URL endpoint of app registered for SSO.
21	AD_TOKEN_URL	Token URL endpoint of app registered for SSO.
22	quay_username	Username of quay registry
23	quay_password	Password of quay registry
24	adminUsername	Email for admin user	eg. john@katonic.ai
25	adminPassword	Password for admin user	at least 1 special character at least 1 upper case letter at least 1 lower case letter minimum 8 characters
26	adminFirstName	Admin first name	eg. john
27	adminLastName	Admin last name	eg. musk

Installing the Katonic MLOps Platform

docker run -it --rm --name install-katonic -v /root/.aws:/root/.aws -v $(pwd):/inventory quay.io/katonic/katonic-installer:v4.4.1

Installation Verification

The installation process can take up to 60 minutes to complete fully. The installer will output verbose logs, and commands to take kubectl access of deployed cluster and surface any errors it encounters. After installation, you can use the following commands to check whether all applications are in a running state or not.

cd /root/katonic

aws eks --region $(cat /root/katonic/katonic.yml | grep aws_region | awk '{print $2}') update-kubeconfig --name $(cat /root/katonic/katonic.yml | grep cluster_name | awk '{print $2}')-$(cat /root/katonic/katonic.yml | grep random_value | awk '{print $2}')

kubectl get pods --all-namespace

This will show the status of all pods being created by the installation process. If you see any pods enter a crash loop or hang in a non-ready state, you can get logs from that pod by running the:

kubectl logs $POD_NAME --namespace $NAMESPACE_NAME

If the installation completes successfully, you should see a message that says:

TASK [platform-deployment : Credentials to access Katonic MLOps Platform] *******************************ok: [localhost] => {
    "msg": [
        "Platform Domain: $domain_name",
        "Username: $adminUsername",
        "Password: $adminPassword"
    ]
}

However, the application will only be accessible via HTTPS at that FQDN if you have configured DNS for the name to point to an ingress load balancer with the appropriate SSL certificate that forwards traffic to your platform nodes.

Test and troubleshoot

To verify the successful installation of Katonic, perform the following tests:

If you encounter a 500 or 502 error, take access of your cluster and execute the following command:
```
kubectl rollout restart deploy nodelog-deploy -n application
```

If you have any file manager-related issues:

kubectl rollout restart sts minio
kubectl rollout status sts minio
kubectl rollout restart deploy minio-console
kubectl rollout status deploy minio-console

Login to the Katonic application and ensure that all the navigation panel options are operational. If this test fails, please verify that Keycloak was set up properly.
Create a new project and launch a Jupyter/JupyterLab workspace. If this test fails, please check that the default environment images have been loaded in the cluster.
Publish an app with Flask or Shiny. If this test fails, please verify that the environment images have Flask and Shiny installed.

Deleting the Katonic platform from AWS

When you start the installation, in your current directory, you will get the platform deletion script. you just need to run the script.

./aws-cluster-delete.sh

Node pool requirements​

AWS Platform-Node Specifications​

AWS Compute-Node Specifications​

AWS Deployment-Node Specifications​

AWS GPU-Node Specifications​

Prerequisites​

To install Katonic Platform MLOps version follow the steps mentioned below:​

1. Log in to Quay with the credentials described in the requirements section above.​

2. Retrieve the Katonic installer image from Quay.​

3. Create a directory.​

4. Adding PEM Encoded Public Key Certificate and Private Key to Directory​

5. The Katonic Installer can deploy the Katonic Platform MLOps version in two ways:​

1. Creating EKS and deploying the Katonic Platform MLOps version.​

Installing the Katonic MLOps Platform​

2. Install Katonic Platform MLOps version on existing AWS Elastic Kubernetes Service.​

Installing the Katonic MLOps Platform​

Installation Verification​

Test and troubleshoot​

Deleting the Katonic platform from AWS​

Node pool requirements

AWS Platform-Node Specifications

AWS Compute-Node Specifications

AWS Deployment-Node Specifications

AWS GPU-Node Specifications

Prerequisites

To install Katonic Platform MLOps version follow the steps mentioned below:

1. Log in to Quay with the credentials described in the requirements section above.

2. Retrieve the Katonic installer image from Quay.

3. Create a directory.

4. Adding PEM Encoded Public Key Certificate and Private Key to Directory

5. The Katonic Installer can deploy the Katonic Platform MLOps version in two ways:

1. Creating EKS and deploying the Katonic Platform MLOps version.

Installing the Katonic MLOps Platform

2. Install Katonic Platform MLOps version on existing AWS Elastic Kubernetes Service.

Installing the Katonic MLOps Platform

Installation Verification

Test and troubleshoot

Deleting the Katonic platform from AWS