Networking on E2E Cloud E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Networking on E2E Cloud Networking on E2E Cloud The networking section of the E2E Networks documentation provides detailed guidance on various aspects of network management and configuration It covers topics such as Content Delivery Network CDN setup and management Virtual Private Cloud VPC creation and usage Reserved IP addresses DNS settings and firewall configurations Additionally it includes instructions on managing security groups setting up custom reverse DNS and utilizing tags for resource management Key Topics Covered Heres an overview of the key topics covered in the sections below Content Delivery Network CDN Setup and Management Virtual Private Cloud VPC Creation and Usage IP Address Reservation and DNS Settings Firewall Configurations and Security Group Management Click here to get started On this page Key Topics Covered Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


certbotdnse2econfig E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Other Services on E2E Networks certbotdnse2econfig certbotdnse2econfig E2EConfig DNS Authenticator plugin for Certbot This plugin automates the process of completing a dns01 challenge by creating and subsequently removing TXT records using the E2EConfig Remote API Configuration of E2EConfig In the System Remote Users you have to have a user with the following rights Client Functions DNS zone functions DNS txt functions Installation pip install certbotdnse2econfig Named Arguments To start using DNS authentication for e2econfig pass the following arguments on certbots command line Note that the verbose and seemingly redundant dnse2econfig prefix is currently imposed by certbot for external plugins Credentials An example credentialsini file dnse2econfigapikeyapi key dnse2econfigapitokenapi token The path to this file can be provided interactively or using the dnse2econfigcredentials commandline argument Certbot records the path to this file for use during renewal but does not store the files contents CAUTION You should protect these API credentials as you would the password to your e2econfig account Users who can read this file can use these credentials to issue arbitrary API calls on your behalf Certbot will emit a warning if it detects that the credentials file can be accessed by other users on your system The warning reads Unsafe permissions on credentials configuration file followed by the path to the credentials file This warning will be emitted each time Certbot uses the credentials file including for renewal and cannot be silenced except by addressing the issue eg by using a command like chmod 600 to restrict access to the file Examples To acquire a single certificate for both examplecom and examplecom waiting 20 seconds for DNS propagation certbot certonly authenticator dnse2econfig dnse2econfigcredentials etcletsencryptsecretse2eini dnse2econfigpropagationseconds 900 server httpsacmev02apiletsencryptorgdirectory agreetos rsakeysize 4096 d examplecom d examplecom It is suggested to secure the folder as follows chown rootroot etcletsencryptsecrets chmod 600 etcletsencryptsecrets On this page Configuration of E2EConfig Installation Named Arguments Credentials Examples Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Container Registry E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registery API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation E2E Networks Container Registry Service Container Registry Container Registry Introduction Container Registry is a service for storing private container images It provides a subset of features provided by Artifact Registry a universal repository manager and the recommended service for managing container images and other artifacts Artifact A service for storing and managing artifacts in private repositories including container images and Helm charts Artifact Registry extends the capabilities of Container Registry In addition to supporting multiple artifact formats the service provides additional benefits such as Ability to create multiple discrete repositories in the same region Working with your images Many people use Docker Hub as a central registry for storing public Docker images but to control access to your images you need to use a private registry such as Container Registry You can access the registry through secure HTTPS endpoints which allow you to push pull and manage images from any system Getting Started How to Launch Container Registry from Myaccount portal Login into MyAccount Please go to My Account and log in using your credentials set up at the time of creating and activating the E2E Networks My Account Navigate to Container Registry create page Working with Container Registry The following sections describe how you can use Container Registry Create New Container Registry Click on the Container Registry submenu available under the Storage section You will be directed to the Container Registry manager page You can provide the project nameoptional Click on the Create Container Registry button Scan Project Click on the scan Project button to scan your Project Reset Password Click on the Reset Password button to Change the password of your Project Delete Project Click on the Delete Password button to Delete your Project Connecting to your Container Registry Enter the following command at a command prompt on your local or client desktop to connect to a container Registry docker login registrye2enetworksnet u username p password Push Command Using Docker Enter the following command to push your image on the project Push Command docker push registrye2enetworksnetprojectnameimagename Docker Images sudo docker images docker tag image registrye2enetworksnetprojectnameimage Push Imagess docker push registrye2enetworksnetprojectnameimagename Scan Repositories For scan repositories you have to click on the scan button to scan your Repositories Delete Repositories For deleting the repositories you have to click on the Delete button And confirmation popup will be open and you need to confirm that click on Delete button Scan Artifact For scanning the Artifact click on scan button of artifact Delete Artifact Click on the Delete button to Delete your Artifact And confirmation popup will be open and you need to confirm that click on Delete button Create a Secret For Container Registry Secrets A Secret is an object that contains a small amount of sensitive data such as a password a token or a key Such information might otherwise be put in a Pod specification or in a container image Using a Secret means that you dont need to include confidential data in your application code Create Secrets kubectl create secret dockerregistry namesecrets dockerusernameusername dockerpasswordpass1234 dockerserverregistrye2enetworksnet Create a Pod that Uses your Secret cat privateregpodexampleyaml EOF apiVersion v1 kind Pod metadata name nodehello spec containers name nodehellocontainer image registrye2enetworksnetvipinreponodehellosha256bd333665069e66b11dbb76444ac114a1e0a65ace459684a5616c0429aa4bf519 imagePullSecrets name namesecrets EOF Simplifying Pull Operations with UserFriendly Interface Source Registries Source registries assist users in defining the Source from which they wish to draw their specific resources Customers must click New Registry Endpoint for Source Registries You must then enter the necessary information After that you must press the Submit button After Adding Source Registries it will be shown in the list Source Registries Action You can perform two actions on Source Registries Edit and Delete Edit For Editing Source Registries you have to click on Edit button and set the value as per you choice Delete For Deleting replication Rule you have to click on Delete button Replication Rule Replication Rules allow you to specify how you wish to replicate your resources from a certain source registry The New Replication Rules button must be clicked by the customer to create a replication rule Next you must enter the required data Afterward you must click the submit button Replication Rule Action You can perform three actions on Replication Rule Execute Edit and Delete Execute For executing Replication Rule you have to simply click on Execute button the execution will be start as per Replication rule which you have set Edit For Editing the Replication Rule you have to click on Edit button and set the value as per you choice Delete For Deleting replication Rule you have to click on Delete button On this page Introduction Artifact Working with your images Getting Started How to Launch Container Registry from Myaccount portal Login into MyAccount Navigate to Container Registry create page Working with Container Registry Create New Container Registry Scan Project Reset Password Delete Project Connecting to your Container Registry Push Command Using Docker Scan Repositories Delete Repositories Scan Artifact Delete Artifact Create a Secret For Container Registry Secrets Create Secrets Create a Pod that Uses your Secret Simplifying Pull Operations with UserFriendly Interface Source Registries Source Registries Action Replication Rule Replication Rule Action Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Notebooks E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Welcome to TIR AI Platform Documentation Notebooks Notebooks TIR Notebooks are fully collaborative environments that make AI development possible They combine power of containers jupyter labs and AIML frameworks to create a readily usable workspace for you and your entire team Some of the most common use cases are Run a script or notebook to finetune a Large Language Model LLM on single GPU using pytorch or huggingface train Run a script or notebook to tokenize and finetune LLMs or Diffusion models with with multiple GPUs single machine using deepspeed and accelerate Open and run a jupyter notebook ipynb from the platforms like github kaggle or collab Download and review datasets stored on TIR or other platforms like huggingface Download and test models like stable diffusion or any LLM Note A TIR notebook is fully functional coding environment If you prefer to work with command line shell over jupyter labs you can configure ssh on a notebook This way you can upload your data using sftp or sync your code with git tools and run the scripts as you would on your local system Getting Started Go to TIR Dashboard Create or Select a project Click on Notebooks in sidebar section Click CREATE NOTEBOOK Choose an appropriate name for your notebook Select a notebook type as NEW NOTEBOOK If you want to open a notebook found on other platforms like github or google collab you can choose IMPORT NOTEBOOK option which allows entering the URL of the target notebook Next you can select from prebuilt or one of your own images For the sake of simplicity Click on Pytorch 2 option Next you can choose a CPU or GPU plan Feel free to choose Free Tier plan for this exercise Optional Set Enable SSH Access switch to enabled and add or select your SSH key Leave the rest of the options asis and click CREATE Next you will see a new notebook appear in the list of notebooks Wait for the notebook to come to a ready state When the notebook is ready you will see both Jupyter labs and SSH options if configured Choose any of these to access the notebook environment and work on your magic Notebook options TIR notebooks are extremely powerful and flexible While most configurations have a default to make our life eaiser sometimes you may need to tweak the knobs The following are the configurations that you can tweak in a notebook environments Enable SSH You can enable SSH access on the notebook using public key or password not recommended If you decide to enable ssh after starting a notebook you will have to first stop the notebook before you make changes Disk Size Each TIR Notebook can have a disk size upto 1000GB The default is 30GB The selected disk will be mounted at homejovyan in your notebook environment We recommend using this path as your workspace so in case of restarts your content will be persistent Since TIR is containernative the changes that you make to any other paths on the notebook will not be persisted on restarts You can extend the disk size after the start of notebook as well This workspace will be deleted when the associated notebook is deleted Note Please raise a support ticket if you need more than 1TB of disk workspace Local NVME Storage Only available for H100 plans This fast local storage will be available at mntlocal andonly for the duration of run We recommend using this path when you need faster writes eg save model checkpoints or reads Be sure to move this data to EOS bucket or under homejovyan before shutting down the notebook This type of storage is fixed and can not be expanded at anytime during the notebook cycle Plan Pricing You can choose between an hourly or committed plan We recommend using committed plans as they offer discounts and also may offer access to local NVME storage for H100 plans only Notebook Image TIR environments are containernative You can use prebuilt images with well known frameworks like pytorch tranformers or customise the prebuilt images You can make your own images TIRcompatible using image builder utility We recommend starting with prebuilt images In case you need to install packages from pip or aptget we recommend doing so from a jupyter notebook ipynb or maintaining requirementstxt Configuration TIR offers a variety of cpu and gpu options We recommend using A100 or H100 for best performance Update Notebook You can upgrade or downgrade both the configuration eg upgrade from cpu to gpu and Plan eg hourly to commited of a notebook if desired This is useful option when restarting notebooks and the original hardware plan gpu on the notebook is no longer available Stop Notebook If the plan and configuration allows you can stop a notebook and restart In case of hourly plan you will not be billed for the GPU or GPU when notebook is in a stopped state However if your disk usage is beyond free tier you will be charged for it Delete Notebook When a notebook is deleted all the resources associated with it will be deleted including the workspace disk Notebook Statuses Waiting The notebook instance is being deployed on the hardware of your choise Running The notebook is active and you can use either jupyter labs or ssh if enabled to access it Stopped The notebook is not assigned to any machine However the workspace disk mounted at homejovyan will continue to exist until you delete the notebook Depending on the size of the disk you will charged for the usage How to create Notebook To create a Notebook you have to click on Create Notebook which is at the left corner of the page After clicking on the Create Notebook button a page will appear now enter Notebook name choose the Notebook Image and select the machine on which you want to run your service and then choose the plan After that click on Create button After entering all the details Disk Size Datasets and ssh key you will click on the create button for creating a notebook After clicking on the create button your GPU will be created and it will be shown like this Notebook Details Overview You can see the Notebook Details Plan Details under Overview tab Disk Size You can see the details disk size and also You can change the Disk size as per your requirements For updating the disk size you have to change the disk size and then click on update button Metrics You can see the Metrics graph in CPU Utilization Memory Utilization Interval You can see the one month activity as per your requirement in days hours Associated Datasets You can also see the Associated Datasets with two different datasets Mounted Unmounted You can also Unmount SSH Key You can see the SSH Key Details under ssh key tab Update SSH Key Note Only one SSH key can be added to a nLaunch Notebook from Sidebar You can launch the notebook from the left side of the Notebook name otebook Note When user want to change ssh key kindly first stop the notebook then change the ssh key Add SSH Key After Notebook Creation Note When user want to add ssh key after Notebook creation kindly first stop notebook then add ssh key Notebook Actions You can see the actions like Launch Notebook Stop Update Notebook Delete Launch Notebook After clicking on Launch Notebook Notebook will be launched and it should be visible like this Stop For Stopping the Notebbok you have to click on Stop button and the Notebook will be stopped Update Notebook You can update Notebook For updating the Notebook You have to click on Update button Note Notebook must be in Stop state before updating the Notebook Delete Notebook For Deleting the Notebook you have to click on Delete button Launch Notebook from Sidebar You can launch the notebook from the left side of the Notebook name On this page Getting Started Notebook options Notebook Statuses How to create Notebook Notebook Details Overview Disk Size Metrics Associated Datasets SSH Key Update SSH Key Add SSH Key After Notebook Creation Notebook Actions Launch Notebook Stop Update Notebook Delete Notebook Launch Notebook from Sidebar Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Become a Partner Claim your spot on the waitlist for the NVIDIA H100 GPUs Join WaitlistE2E CloudProductsPricingPartnersEventsCareersCompanyInvestorContact UsBlogLoginLoginSign UpJoin the E2E Partner NetworkE2E Networks works with a global community of trusted partners with diverse expertise Join our Partner Network and grow your business with E2E NetworksJoin Our Partner NetworkConnect with a PartnerBenefits of Joining E2E Partner NetworkExpand your business reach scale your existing business through technology marketing and sales collaborationInnovationLeverage our latest technologies to deliver cuttingedge offeringsReachIdentify new markets by leveraging our global reach and expertiseRevenueAugment your current offerings by leveraging our suite of productsGrow Your Business With UsThe E2E Partner Network EPN is the global partner program for technology and consulting businesses who leverage E2E to build solutions and services for customers The EPN helps companies build market and sell their offerings by providing valuable business technical and marketing supportExploreReduced CostsReduce costs involved with developing implementing integrating and supporting cloud platformsReduced TimeReduce the time it takes to bring enterpriseclass cloud services to marketUpsellCrosssellCreate countless upsell and crosssell opportunitiesRecurring RevenueGet recurring remuneration as long as customer is payingNew Revenue OpportunitiesExpand horizon by adding new business streamBetter ROIShorten the time it takes to see a return on investmentuse casesPartner Success StoriesDiscover how our partners grew their business through our Partner NetworkExplore Partners NetworkDesign and implement dataparallel algorithms that scale to hundreds of tightly coupled processing units molecular modelling fluid dynamics and othersAccelerate Convolutional Neural Networks based deeplearning workloads like video analysis facial recognition medical imaging and othersProviding 72 RT core allows for performing the realtime RAY Tracing It is certified by the leading graphics organizations on sophisticated professional applicationsFrequently Asked QuestionsWhen will I get Commission QuarterlyWill the billing of end customers happen directly with E2E YesBuild on the most powerful infrastructure cloudGet Started for FreeContact SalesProductsCPU Intensive CloudHigh Memory CloudLinux Smart DedicatedcPanel Linux CloudWindows CloudWindows SQL CloudPlesk Windows CloudGPU Smart DedicatedLoad BalancerCompanyAbout UsMeet the TeamBecome a PartnerE2E in MediaTestimonialsInvestorsCareersContact UsContact SalesEscalation MatrixService Level AgreementTerms of ServicePrivacy PolicyRefund PolicyPolicy FAQResourcesBlogEventsService Health StatusHelpWhitePapersEcosystem EnablersCustomersCertificationsCountries ServedFAQsE2E CloudE2E Networks Limited is Indias fastest growing accelerated cloud computing playerSubscribe to our newsletterGet latest news articles resources and trends delivered to your inbox weeklyThank you Your submission has been receivedOops Something went wrong while submitting the formCIN Number L72900DL2009PLC341980 Copyright 2024 E2E Networks Limited YouTubeInstagram


Install Jitsi Private Meet on Ubuntu E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Other Services on E2E Networks Install Jitsi Private Meet on Ubuntu Install Jitsi Private Meet on Ubuntu Jitsi Meet stands as a complimentary and opensource video conferencing solution distinguished by a suite of premium features encompassing superior sound quality advanced encryption and privacy measures and ubiquitous compatibility across multiple platforms Leveraging the capabilities of Jitsi Meet facilitates the seamless establishment of an impressive video conferencing service tailored to your unique needs Manual Installation If you prefer to install your server manually follow the steps below Prerequisites A fresh E2E Ubuntu server node For best results we recommend a High Frequency Compute instance with at least 2 GB of memory A nonroot sudo user Use Vultrs best practice guide to create a sudo user on Ubuntu A Fully Qualified Domain Name FQDN assigned to your servers IP address 1 Create a Swap Partition To enhance system performance on a machine equipped with 2 GB of memory it is advisable to allocate a swap partition of at least 2 GB 2048 MB Selecting a swap partition size commensurate with your instances memory specifications contributes to optimizing overall system responsiveness and stability sudo dd ifdevzero ofswapfile count2048 bs1M sudo chmod 600 swapfile sudo mkswap swapfile sudo swapon swapfile echo swapfile none swap sw 0 0 sudo tee a etcfstab free m 2 Set the Hostname and FQDN You must set the hostname and fully qualified domain name FQDN before you deploy the Lets Encrypt HTTPS certificate for security Use the E2E Best Practice Guide to configure your server hostname and FQDN This guide uses the example names jitsi and jitsiexamplecom Jitsi requires OpenSSH HTTP and HTTPS traffic along with inbound UDP traffic on port 10000 through port 20000 iptables A INPUT p tcp m tcp dport 22 j ACCEPT iptables A INPUT p tcp m tcp dport 80 j ACCEPT iptables A INPUT p tcp m tcp dport 443 j ACCEPT iptables A INPUT p tcp m tcp dport 10000 j ACCEPT iptables A INPUT p tcp m tcp dport 20000 j ACCEPT iptablessave systemctl restart iptables Command may disrupt existing ssh connections Proceed with operation yn y When prompted to proceed type Y and then ENTER 3 Update the system and Install OpenJDK Java Runtime Environment JRE11 sudo apt update sudo apt install openjdk11jreheadless Verify OpenJDK is installed properly java version Set the JAVAHOME environment variable echo JAVAHOMEreadlink f usrbinjava sed sbinjava sudo tee a etcprofile source etcprofile Install the Nginx Web Server Jitsi works best with Nginx and will automatically configure Nginx settings if we install it first sudo apt install y nginx sudo systemctl start nginxservice sudo systemctl enable nginxservice 5 Install Jitsi Install Jitsi from the official Jitsi repository wget qO httpsdownloadjitsiorgjitsikeygpgkey sudo aptkey add echo deb httpsdownloadjitsiorg stable sudo tee a etcaptsourceslistdjitsistablelist sudo apt update sudo apt install y jitsimeet The installer will request your FQDN Enter the fullyqualified domain name of your server When asked to configure SSL select Generate a new selfsigned certificate 6 Install Lets Encrypt SSL Certificate Use the following script to request a Lets Encrypt SSL certificate sudo usrsharejitsimeetscriptsinstallletsencryptcertsh The script prompts for your email address Enter your address and press ENTER Enter your email and press ENTER adminexamplecom You will probably see the following error because Ubuntu has removed the pythonvirtualenv package Package pythonvirtualenv is not available but is referred to by another package This may mean that the package is missing has been obsoleted or is only available from another source E Package pythonvirtualenv has no installation candidate This workaround will correct the error Install the certbot package from the Ubuntu repository sudo apt install certbot Update installletsencryptcertsh to use certbot instead of certbotauto sudo sed i scertbotautocertbotg usrsharejitsimeetscriptsinstallletsencryptcertsh The Jitsi script expects certbot in usrsbin and Ubuntu installs it in usrbin Make a symbolic link for the script sudo ln s usrbincertbot usrsbincertbot Run the script again sudo usrsharejitsimeetscriptsinstallletsencryptcertsh 7 Start a Meeting Navigate to httpsjitsiexamplecom in your favorite web browser to access your Jitsi Meet Video conferencing service On this page Manual Installation Prerequisites 1 Create a Swap Partition 2 Set the Hostname and FQDN 3 Update the system and Install OpenJDK Java Runtime Environment JRE11 5 Install Jitsi 6 Install Lets Encrypt SSL Certificate 7 Start a Meeting Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Introduction E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Application Scaling on E2E Cloud Introduction Introduction E2E Auto scaling enables you to dynamically scale compute nodes based on varying workloads and a defined policy Using this feature you can meet the seasonal or varying demands of infrastructure while optimizing the cost The core unit of EAS is a scale group The following list covers the features and capabilities of scale groups Rule based Policy setup for adding nodes based on workload Integration with Load Balancer to automatically list or delist backend servers Automatic removal of nodes when utilization falls below a set threshold SSH access to each node enables activities like log viewing debugging etc Before you define your first scale group we recommend familiarizing yourself with concepts and terminologies Concepts Application Scaling helps you offer consistent performance for your endusers during high demand and also reduce your spend during periods of low demand The following section covers the key terminologies used through this document Scaler Scaler is E2E service that manages Application Scaling functionality Scale Group Scale Groups represent the nodes launched by Scaler Each group is destined to adhere to a scaling policy eg Add a compute node when CPU utilization on an existing node hovers at 70 for 20 seconds Group nodes The nodes in a scale group are dynamically added or removed These nodes will be referred to as Group nodes or just nodes in the rest of the document The lifecycle of group nodes starts with the creation of scale groups and ends with the termination of the group You will be charged for the time between start action of a node and the time of termination Saved Image Due to the dynamic nature of nodes you would want to automate the launch sequence of the application too This is where the saved image comes into play A saved image is nothing but a compute node that you had saved and has the capability to launch your application at the startup Compute Plan The compute plan or plan is where you select infrastructure or hardware requirements for your group nodes It need not be same as the plan you had used to create your saved image This is a plan sequence you are most likely to follow when defining application scaling Create a node with a conservative plan for application eg C Series 1 CPU 1GB Add launch sequence to autoinstall and start your application during startup Create a scale group with an actual plan you need for your production servers eg C series 16 CPU 64 GB Scaling Policy A scaling policy determines the lifecycle of group nodes It consists of an expression that contains the following factors Min nodes Max nodes Desired nodes or Cardinality Watch Period and Period Duration Cooldown A scaling policy determines how you want to add a node to the group A negative policy is automatically created by Scaler to handle termination of nodes For example When a user sets an expression of CPU 80 for upscaling the scaler will automatically create a downscaling policy of CPU 80 The downscaling policies will be internally managed by the scaler Min and Max nodes Min and Max nodes determine the maximum or minimum guarantees from your scale group Cardinality or Desired Nodes Though the actual number of group nodes is decided by scaler through policy configuration you have an option to influence this setting on certain occasions One of such occasions is when you perform code or image updates You could launch extra nodes that will absorb the changes and then manually delete the existing nodes that have an older version of your code Keep it simple Start with 2 nodes and let the scale group take over Performance or Target Metric At this time a scaling policy only supports CPU Utilization Watch Periods It is normal to see CPU spikes on the servers but what you want is a consistent spike that lasts for a period of time to make a scaling decision A watch period has two parts Periods and Period Duration A duration determines how long a period lasts and the number of periods determines how long the watch lasts Lets go through an example to understand this better Note Consider this scaling policy Expression CPU 75 Watch Period 2 Period Duration 10 seconds The scaler will watch out for 2 consecutive periods of 10 seconds each when the CPU Utilization stays at above 75 And when such condition occurs the scaling operation will be initiated Cooldown A cooldown is a full period when all scaling operations are blocked It typically starts right after a scaling operation The idea of cooldown is to wait and watch for impact of a scale operation before taking further actions The default is 150 secs Load Balancer Load balancers form the entry doors when your scaling applications While the actual group nodes and their IP may keep on changing the load balancer will enable consistent access for the external world Tip Always bundle your scale groups with a load balancer Define Scale Groups Application scaling helps you optimize your infrastructure by automatically adjusting the number of compute nodes based on a predefined policy You can define a scale group a pool of compute nodes for any web frontend or backend application and provide consistent performance to your endusers Before you Begin To save an image of a Virtual Node it must be powered down For this click on the Power Off under the Actions section After powering off Node now again click on Action button and then click on Save Image button Steps to Define Scale Groups Go to My Account Go to Compute Auto Scaling Click on Create a new Group Select a Saved Image that can launch your application at startup To create a new group click on Create a new Group button Select the image you want to use to create a new group After selecting the image select the plan according to your requirement Elastic Policy Elastic policies are designed to ensure that the infrastructure scales up or down automatically based on predefined conditions or metrics These conditions or metrics can include CPU utilization network traffic request latency or any other relevant performance indicators After selecting the plan give the name of your scale group select the parameters and select policy The Elastic Policy allows you to choose between two scaling policies Default or Custom If you choose Default the scaling will be based on CPU or Memory utilization If you choose Custom you can specify a custom attribute that will be used to determine the scaling Here is a more detailed explanation of the two policies you have two types of policy parameters DEFAULT and CUSTOM Default In Default you can select policy parameter type CPU or MEMORY CPU This policy scales the number of resources based on the CPU utilization When the CPU utilization reaches a certain threshold the number of resources will be increased according to the policy which you have set When the CPU utilization decreases the number of resources will be decreased Memory This policy scales the number of resources based on the Memory utilization When the Memory utilization reaches a certain threshold the number of resources will be increased according to the policy which you have set When the Memory utilization decreases the number of resources will be decreased Custom In a Custom policy you have two methods to specify a custom attribute 1 This policy allows you to specify a custom attribute that will be used to determine the scaling For example you could specify the memory utilization or the number of requests When the value of the custom attribute reaches a certain threshold the number of resources will be increased When the value of the custom attribute decreases the number of resources will be decreased Note policy parameter name field is mendatory 2 Once an autoscaling configuration is created with custom parameters youll receive a CURL command for updating the custom parameter value This command can be used within scripts hooks cron jobs and similar actions When the value of this custom parameter reaches a specific threshold the number of resources will increase Conversely when the value decreases the number of resources will decrease Note Please note that the default value of the custom parameter is set to 0 The choice of which policy to use depends on your specific needs If you want the scaling to be based on CPU utilization then the CPU policy is a good choice If you want the scaling to be based on a custom attribute then the Custom policy is a good choice Custom Policy If you select the custom policy then specify any custom attribute such as memorydiskiops or any other custom policy name After selecting the options click on Create Scale button Manage Custom policy The custom policy feature in auto scaling enables you to define your own custom attribute The auto scaling service utilizes this attribute to make scaling decisions The customer is responsible for setting this value on the service VM To configure the custom attribute on the VM the customer should first set up the attribute on an existing VM Afterward they need to create a saved image from that VM and use it to create the scaler service Note The custom policy attribute must be configured on the image used to create the Scaler service Custom Policy Name The Custom Policy Name field is where you enter the name of the custom attribute that you want to use to monitor your service This attribute can be any name that you choose but it is helpful to use names that are descriptive of the aspect of your service that you are monitoring For example you could use the names MEMORY for memory usage NETTX for Network traffic DISKWRIOPS for disk write operations etc Node utilization section Specify the values that will trigger a scaleup increase in cardinality or scaledown decrease in cardinality operation based on your preferences Scaling Period Policy You need to define the watch period duration of each period and cooldown period Note If your custom policy names are MEMORY NETTX NETRX DISKWRIOPS DISKRDIOPS DISKWRBYTES or DISKWRIOPS you do not need to worry about anything else However if you wish to adjust the cardinality of your autoscaling service based on different attributes you must configure them through your node Scaling incrementing and decrementing occurs based on the average value of the custom policy attribute To set custom attributes on service nodes follow these steps Create a new node Establish an SSH connection to that node Add the script provided below to your node and may set up a cron job for it Let us assume that you have set Custom policy name as CUSTOMATT and max utilization is set at 60 units and minimum utilization is set at 30 units then the cardinality will get increase when the value of the CUSTOMATT goes more than 60 units and the cardinality will get decrease if the value of the CUSTOMATT falls below 30 units If your goal is to adjust the cardinality based on the percentage of memory utilization you need to assign the CUSTOMATT attribute to the node This attribute will monitor memory utilization through the script To achieve this create a cron job that monitors memory utilization and updates the attribute periodically When writing the script youll need to obtain the following information ONEGATEENDPOINT TOKENTXT and VMID You can find these details at the following location varrunonecontextoneenv To create the script in a sh file follow these steps Create or update the file with the desired file name like filenamesh Inside the script file filenamesh you can begin writing your script Now you have two options to write a script inside the file filenamesh either use the option1 or option 2 to write a script Option1 TMPDIRmktemp d echo TMPDIRmetrics MEMTOTALgrep MemTotal procmeminfo awk print 2 MEMFREEgrep MemFree procmeminfo awk print 2 MEMUSEDMEMTOTALMEMFREE MEMUSEDPERC0 if z MEMTOTAL MEMTOTAL gt 0 then MEMUSEDPERCecho MEMUSED MEMTOTAL awk printf 2f 100 1 2 fi CUSTOMATTRMEMUSEDPERC echo CUSTOMATTR CUSTOMATTR TMPDIRmetrics VMIDsource varrunonecontextoneenv echo VMID ONEGATEENDPOINTsource varrunonecontextoneenv echo ONEGATEENDPOINT ONEGATETOKENsource varrunonecontextoneenv echo TOKENTXT curl X PUT ONEGATEENDPOINTvm header XONEGATETOKEN ONEGATETOKEN header XONEGATEVMID VMID databinary TMPDIRmetrics Option2 MEMTOTALgrep MemTotal procmeminfo awk print 2 MEMFREEgrep MemFree procmeminfo awk print 2 MEMUSEDMEMTOTALMEMFREE MEMUSEDPERC0 if z MEMTOTAL MEMTOTAL gt 0 then MEMUSEDPERCecho MEMUSED MEMTOTAL awk printf 2f 100 1 2 fi VMIDsource varrunonecontextoneenv echo VMID onegate vm update VMID data CUSTOMATTRMEMUSEDPERC Now To make the filenamesh file executable execute the following command chmod x filenamesh To run the filenamesh script use the following command filenamesh This will execute the script and perform its intended actions But for continuous monitoring of your attribute there is a need to make a cron of your script So for this in the terminal execute crontab e You will be prompted to specify a file where you need to provide the scheduled time for the cron job and the location of the script Example pathtoyourfilenamesh rootfilenamesh Afterward create an image of that node Launch your auto scale group using a custom policy name make sure to use the same name during configuration This setup will monitor the percentage of memory utilization and store it in the specified custom attribute CUSTOMATTR Based on the values which you have provided for cardinality increment and decrement your scheduled actions will be performed Note Upscaling and downscaling will be determined based on the average attribute value across all launched nodes To see the set attributes you can use given blow command onegate vm show VMID json After run above command the detail will be shown like this VM NAME machinename ID machineid STATE machinestate LCMSTATE machinelcmstate USERTEMPLATE CUSTOMATTR setattribute DISTRO distro HOTRESIZE CPUHOTADDENABLED NO MEMORYHOTADDENABLED NO HYPERVISOR kvm INPUTSORDER LOGO imageslogoscentospng LXDSECURITYPRIVILEGED true MEMORYUNITCOST MB MYACCOUNTDISPLAYCATEGORY Linux Virtual Node OSTYPE CentOS75 SAVEDTEMPLATEID 0 SCHEDDSREQUIREMENTS ID0 SCHEDREQUIREMENTS ID10 ID11 SKUTYPE skutype TYPE Distro TEMPLATE NIC IP ipadd MAC macadd NAME nicname NETWORK yournetwork NICALIAS To see the VMID you can use given blow command onegate vm show Output will be like this VM 8 NAME web0service1 STATE RUNNING IP 19216812223 Schedule Policy Schedule Policy Autoscaling schedule policy is a feature that allows you to define a predetermined schedule for automatically adjusting the capacity of your resources A scheduled autoscaling policy is a type of scaling policy that allows you to scale your resources based on a defined schedule For example you may use a scheduled autoscaling policy to increase the number of instances in your service during peak traffic hours and then decrease the number of instances during offpeak hours Recurrence In auto scaling recurrence refers to the ability to schedule scaling actions to occur on a recurring basis This can be useful for applications that experience predictable traffic patterns such as a website that receives more traffic on weekends or a web application that receives more traffic during peak business hours Upscale and downscale recurrence in auto scaling refers to the process of increasing and decreasing the number of resources in an Auto Scaling group respectively This can be done on a recurring basis such as every day week or month Cron To configure recurrence in auto scaling you need to specify a cron expression A cron expression is a string that specifies the time and frequency of the scaling action For example the cron expression 0 0 specifies that the scaling action should be run at 0000 midnight every day Upscale recurrence You can specify the cardinality of nodes at a specific time by adjusting the field in the cron settings Ensure that the value is lower than the maximum number of nodes you had previously set Downscale recurrence You can specify the cardinality of nodes at a specific time by adjusting the field in the cron settings Ensure that the value is greater than the maximum number of nodes you had previously set Now if you want to choose scheduled policy as your choice of option then select Schedule Policy in place of Elastic Policy and then set the upscale and downscale recurrence and click on Create Scale button Elastic and Scheduled Policy If the user desires to create a scaler service using both options they can choose the Both policy option configure the parameters and proceed with creating the scalar service To see the details of the scale group click on Scale Group Details To view the details of the active nodes click on Active Node Details tab To View the details of the Terminated Node click on Terminated Node Details tab To View the details of the associated networks click on the Network tab To View the details of the Attached LB click on Attached LB tab To View the details of the Monitoring click on Monitoring tab To View the details of the Security Group click on Security group tab To View the details of the Logs click on Logs tab Actions Resize Service To resize the services click on 3 dots and click on resize services option StartStop Action Introduction The startstop actions in the autoscaling service are designed to manage the state of the service allowing users to start or stop their instances as needed This documentation provides a detailed guide on how to utilize these actions effectively Stop Action The stop action is used to halt the service within the autoscaling infrastructure Process When initiating a stop action the service will transition to a stopped state after a brief period State The service will be marked as stopped and the desired nodes will be set to zero Billing During the stopped state billing for the service will be paused ensuring cost savings for the user Start Action The start action is employed to commence the service within the autoscaling environment Process Upon executing a start action the service will transition to a running state after a short duration State The service will be in a running state maintaining the same configuration as before with desired nodes set to the minimum node count specified Billing Billing for the service resumes immediately upon starting allowing for seamless operation with updated configurations Conclusion Utilizing the start and stop actions provides users with the ability to efficiently manage their autoscaling service controlling costs and resources effectively For further assistance or inquiries please reach out to our support team Delete To delete the service click on Delete button To edit the Scale groups details like parameters policies then click on edit icon To edit the Scale group prarameters click on edit icon After doing changes click on right icon to update the scale group parameter To edit the Scale group policy click on edit icon To select Elastic policy click on edit icon and select from dropdown After selcting Elastic policy then want to change in CPU utilisation watch period duration cooldown After doing changes click on update button To select Scheduled policy click on edit icon and select from dropdown After selecting Scheduled policy then want to change in Upscale Recurrence Upscale Desired Nodes etc After doing changes click on update button To select both policy ie Elastic Scheduled policy click on edit icon and select from dropdown After doing changes in the form click on update button Note Deleting the saved image is not allowed when it is associated with a Scale group You need to first terminate the associated scale group to delete this saved image On this page Concepts Scaler Scale Group Group nodes Saved Image Compute Plan Scaling Policy Min and Max nodes Cardinality or Desired Nodes Performance or Target Metric Watch Periods Cooldown Load Balancer Define Scale Groups Elastic Policy Custom Policy Manage Custom policy Schedule Policy Elastic and Scheduled Policy Actions Introduction Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Howto Guides E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registery API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Welcome to TIR AI Platform Documentation Howto Guides Howto Guides Create notebooks instance with your own container List of TIRprovided Images Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


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64 NVIDIA H100 GPUs and seamless InfiniBand connectivity Deep64 delivers the computational muscle and efficient data flow required for tackling the most demanding AI projectsStarting as low as 31hrLinux CloudCPU Intensive Cloud 3rd GenerationRun CPU Intensive workloads with our latest C3 series which comes up with new features like Quick Service Recovery Snapshots and Images faster IOPS and faster launch timesStarting as low as 31hrMemory Intensive Cloud 3rd GenerationRun Memory Intensive workloads with our latest M3 series which comes up with new features like Quick Service Recovery Snapshots and Images faster IOPS and faster launch timesStarting as low as 51hrLinux Smart Dedicated 3rd Generation2minute provisioning Predictable Performance Exclusive CPU Perfect for CICD Analytics and Machine Learning Processes SDC3 comes with new features like Quick Service Recovery Snapshots and Images Faster IOPS and faster launch timesStarting as low as 12hrCPU Intensive CloudRun CPU intensive workloads with confidence across various industry verticals and experience high performance computing in the cloudStarting as low as 225hrHigh Memory CloudRunning memory intensive applications made reliable inexpensive Experience higher throughputs by enhanced storage and improved networkingStarting as low as 280hrLinux Smart DedicatedExperience baremetal performance on Cloud with zero noisy neighbor problem and reliable performanceStarting as low as 10hrcPanel Linux CloudSimplify the server administration and website management tasks with reliable scalable cPanel WHM preinstalled cloud servers license includedStarting as low as 38hrWebuzo Linux CloudSimplify the server administration and website management tasks with reliable scalable Webuzo preinstalled cloud serversStarting as low as 398hrWindows CloudWindows CloudRun your workloads on powerful reliable Windows Server instances available in cloud server and smart dedicated server variantsStarting as low as 3hrWindows SQL CloudRun your Database Workloads with MS SQL preinstalled cloud servers license included Experience the powerful reliable Windows MS SQL Servers with one clickStarting as low as 75hrWindows Smart DedicatedRun your workloads on powerful reliable Windows Server instances Experience baremetal performance on Cloud with zero noisy neighbor problem and reliable performanceStarting as low as 13hrPlesk Windows CloudRun your mission critical NET application on Windows cloud servers and manage them smoothly through Plesk Innovative control panelStarting as low as 45hrStorage CloudE2E Object StorageAlso known as EOS E2E object storage is an SSDbased S3compatible object storage service designed for demanding workloads like machine learning and deep learningStarting as low as 25GB per monthE2E VolumesAlso known as EBS E2E Block Storage provides blocklevel storage volumes to use with our compute nodes These volumes can be attached to your computing nodes which makes its data and file systemStarting as low as 685hrE2E CDP BackupCDP backup service backups your VM or cloud instance data continually incrementally automatically on E2E Cloud letting you fallback to backup recovery points as your situation demandsStarting as low as 89GB per monthSaved ImageYou can use saved images for creating new nodes of different plans and configurations Saved image is also a prerequisite for creating scale groups for configurations of autoscaling of your applicationsStarting as low as 4GB per monthCloud SolutionsEKSSeamlessly create Kubernetes cluster in minutes to manage any compute infrastructure Cloud Load BalancersLeave the hassle of maintaining your load balancers and focus more on your applications customers with fullymanaged Load Balancer AppliancesE2E CDN ServiceE2E CDN is a global content delivery network that distributes your content web pages to endusers with minimal latency creating enhanced experiences for your customersDBaaSSetup operate and manage your database in the cloud with just a few clicks Experience the Database service designed for missioncritical applicationsOneClick DeploymentNo need to start everything from scratch E2Es one click deployment provides ready to use setup saving time and efforts for installationE2E Auto ScaleWith the allnew E2E Auto Scaling feature now on E2E Cloud dynamically scale up scale back your applications workloads as your situation demandsE2E APIE2E API lets you programmatically manage nodes and resources which you traditionally manage via the MyAccount portal on E2E Cloud using conventional HTTP requestsReserved IPReserve new IP addresses assign them to your nodes or keep them idle as you need also reserve IP addresses of your existing nodesDNSE2E DNS Manager is a comprehensive interface within the E2E Cloud Manager that gives you complete oversight of DNS recordsVirtual Private CloudE2E Networks Virtual Private Cloud enables you to launch E2E nodes into a virtual network that youve defined This virtual network closely resembles a traditional network that youd operate in your own data centreE2E Cloud FirewallEasily secure your infrastructure with consistent security policies and Single control panelBitninja on E2E CloudBitNinja is an Allinone pack not only gives protection to Linux servers on a real time basis but also protects from cyber attacksBuild on the most powerful infrastructure cloudGet Started for FreeContact SalesProductsCPU Intensive CloudHigh Memory CloudLinux Smart DedicatedcPanel Linux CloudWindows CloudWindows SQL CloudPlesk Windows CloudGPU Smart DedicatedLoad BalancerCompanyAbout UsMeet the TeamBecome a PartnerE2E in MediaTestimonialsInvestorsCareersContact UsContact SalesEscalation MatrixService Level AgreementTerms of ServicePrivacy PolicyRefund PolicyPolicy FAQResourcesBlogEventsService Health StatusHelpWhitePapersEcosystem EnablersCustomersCertificationsCountries ServedFAQsE2E CloudE2E Networks Limited is Indias fastest growing accelerated cloud computing playerSubscribe to our 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Welcome to E2E Virtual Compute Nodess documentation E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation E2E Cloud Compute Notes Management Welcome to E2E Virtual Compute Nodess documentation Welcome to E2E Virtual Compute Nodess documentation Contents Introduction Getting Started E2E Spot Instance Why use Spot Instances How to Launch Spot Instances How To Log Into Your Virtual Compute Node Log in to your Virtual Compute Node How To Log Into Your Windows Server Node Remote Desktop to Your Server From a Local Windows Computer Remote Desktop to Your Server From a Linux Computer with Rdesktop Remote Desktop From Mac OS X Manage your Nodes Node Details CDP Backup Details Network Node Security Monitoring Alerts Audit log Actions Create Virtual Compute Node Image Introduction Create an Image Manage your Image Create New Node from Saved Images Create Scale Group from Saved Image Node Snapshot How to Create Snapshot Save Image of Snapshot Schedule Snapshot Create Snapshot interval Take Snapshot at Snapshot Lifecycle Import your own custom Image Introduction Prerequisites Importing an image to E2E CloudPlatform Pricing How to move the Node Saved Image from DelhiNCR to Mumbai or vice versa Tutorial How to Export AWS Image and Import it to E2E Networks Introduction Step 1 Download and Install the Contextualization Packages and Dependencies Step 2 Create an Image of your aws instance Step 3 Export your Image to aws s3 bucket Step 4 Importing an Image to Myaccount Portal Committed Node Converting a regular node to committed node Committed Node settings Troubleshooting Steps When your Nodes is not accessible Verifying the Server Status Check The State of Your Node on Myaccount Portal Reboot Your server Access Console to Troubleshoot Monitor Resources Utilization of Your server Check the Disk Utilization Firewall Network Configuration Messed Up Slowness and Network Issues Access node in recovery mode Now need to select Enable Recovery Mode option from Actions to enable it Disk Space full Change password How to Monitor Server Load on a Windows Server What does Server Load stand for How to Start the Windows Task Manager Windows Task Manager Processes Tab Windows Task Manager Performance Tab Windows Task Manager Users Tab Windows Task Manager Details Tab Windows Task Manager Services Tab Windows Resource Monitor Monitor Network and Disk IO Scan Windows Server for Viruses or Malware Why is my Node Running Out Of DiskSpace Log Files Backup Files Temporarily Files and Regular Uploads How to identify the Disk Usage on your Server Troubleshooting High Processor Load on your server Impacts of High Usage on E2E Nodes Causes of High CPU utilization or Processor Load How to Fix High CPU usage Troubleshooting Steps when your Site is down Below are steps to Troubleshoot the issue when your site is Down How to change the hostname of your Virtual Compute Nodes Change Linux Virtual Compute Nodes Hostname For cPanel Server Node Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Code of Conduct of Directors and Senior Management E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation Other Services on E2E Networks Code of Conduct of Directors and Senior Management Code of Conduct of Directors and Senior Management CSR Policy Terms Conditions for appointment of Independent Directors Whistle blower policy Policy on Related Party Transactions Policy on determination of Material Subsidiary Policy for Determination of material events KMP Authorised to Determine Materiality of events On this page CSR Policy Terms Conditions for appointment of Independent Directors Whistle blower policy Policy on Related Party Transactions Policy on determination of Material Subsidiary Policy for Determination of material events KMP Authorised to Determine Materiality of events Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited


Kubernetes Marketplace E2E Networks documentation Skip to content E2E Cloud Docs E2E Networks TIR Toggle navigation menu Login Sign Up E2E Networks documentation K Docs E2E Networks TIR Myaccount Getting Started with Myaccount SignUp Process for Indian Customers Customer validation Process for Indian Customers SignUp Process for International Customers Customer Validation Process for International Process Customer Validation Process for Contact Persons Domestic Customer Validation Process FAQs International Customer Validation Process FAQs Sign In Process Release Notes Compute Nodes Virtual Compute Nodes Monitoring 1Click Deployment Active Directory GPU GPU Cloud EQS Introduction How to Create EQS Actions Add Queue under tab Actions for queue service Using SDK Appliance Load Balancer Appliance Auto Scaling Introduction Concepts Define Scale Groups FaaS Function as a Service FaaS How to Create Functions Functions Information Network CDN VPC How to reserve an IP address Reserve IP Pool DNS Custom Reverse DNS Firewall Security Group Tag Security Firewall Bitninja Best Practices SSH Key Management Audit Logs Password Policy 2Factor Authentication Others License Management User Management Purchase SSL CertbotPlugin Apply or Redeem Coupon Code Account Statement Cloud Platform Support Introduction Platform Support Policy FAQ E2Es MyAccount FAQs Code of Conduct of Directors and Senior Management CSR Policy Whistle blower policy Jitsi Meet Mod Evasive Multisite using cPanel Softaculous Copying data from Linux to Windows using WinSCP Migrate MySQL Database Between DBaaS Manage MySQL Abuse Abuse Logs Abuse Attacks Spam Mails Phishing Complaint Copyright Complaint Billing Payment Payment Method EMandate Redeem Coupon Customer Details Updation Setup AutoDebit feature TDS Deduction process Declaration us 206AB Minimum Billing Provisioning and Deprovisioning Process View Invoice and Payment Prepaid Billing Set up Infra Credits Balance Alert Whatsapp notification for Payment reminder Restore Service on a Suspended Account for NonPayment Database Database Database PostgreSQL Parameter Group How to create Parameter Group MongoDB mariaDB Storage Storage Block Storage Object Storage CDP Backup Scalable File System Kubernetes Kubernetes Service Kubernetes Kubernetes Marketplace Monitoring Stack Cert Manager Nginx Ingress Controller Troubleshooting Argo CD Declarative GitOps CD for Kubernetes Deploy to Kubernetes using Argo CD and GitOps Jenkins CI Tool Setup Jenkins On Kubernetes Cluster Ansible CD Tool Istio Service Connecting to Dbaas FAQS Container Registery Container Registry Simplifying Pull Operations with UserFriendly Interface API Developers Guide API SDK E2E CLI Tool Introduction Terraform Terraform Getting Started e2enode Resource Node Plans e2eimage Resource AIML TIR AI Release Notes TIR AI Platform Introduction Getting Started Howto Guides Projects Notebooks Committed Notebook GPU H100 Plans Datasets Model Repository Model Endpoints Pipeline Run Scheduled Run Fine Tuning Models Model Playground Samples and Tutorials API Tokens SSH Key Container Team Features Settings Analytics Billing AIML Tutorials Finetune LLMA with Multiple GPUs Deploy Inference for LLMA 2 Deploy Inference for Codellama Deploy Inference for Stable Diffusion v21 Finetune Stable Diffusion model on TIR Deploy Inference for MPT7BCHAT Custom Containers in TIR Fine Tuning Bloom Natural Language Queries to SQL wth Code Llama E2E Networks documentation E2E Networks Kubernetes Service Kubernetes Marketplace Kubernetes Marketplace A Kubernetes marketplace often referred to as a K8s marketplace is a centralised platform or repository where you can discover deploy and manage various prepackaged applications services and tools that are compatible with Kubernetes clusters How to Install Kubernetes Tools Begin by establishing a Kubernetes cluster and once the cluster is created navigate to the MarketPlace section Now click on Market Place tab After clicking on marketplace tab you will see the tools for kubernetes which you can directly install in your machine To install a specific tool simply click the Install button located next to that tool Example To install CertManager just click on Install button next to CertManager Once the tools are installed they will appear in this manner On this page How to Install Kubernetes Tools Products TIR AI Platform GPU Dedicated Compute CPU Intensive Cloud High Memory Cloud Linux Smart Dedicated cPanel Linux Cloud Windows Cloud Windows SQL Cloud Plesk Windows Cloud GPU Smart Dedicated Load Balancer Company About Us Meet the Team Become a Partner E2E in Media Testimonials Investors Careers Contact Us Contact Sales Escalation Matrix Service Level Agreement Terms of Service Privacy Policy Refund Policy Policy FAQ Resources Blog Events Service Health Status Help White Papers Ecosystem Enablers Customers Certifications Countries Served FAQs E2E Networks Limited E2E Networks Limited is a NSE Listed AIFirst Hyperscale Cloud Computing Platform CIN Number L72900DL2009PLC341980 Copyright 2023 E2E Networks Limited