statuse2enetworkscom All systems are operational MyAccount E2E Networks Billing Operational DNS Operational Dashboard Operational API Operational NOIDANCR Region Network Status Operational Nodes Operational Load Balancers Operational Elastic Object Storage EOS Operational Volumes Operational DbaaS Operational Auto Scaling Operational Mumbai Region Network Status Operational Nodes Operational Load Balancers Operational Volumes Operational DbaaS Operational Auto Scale Operational Stickied Incidents 3rd April 2024 Backend Software Stack Upgrade MyAccount Cloud Console Dear Customer We have scheduled an upgrade activity for our backend software stack version for the E2E Networks Myaccount cloud console on the 3rd of April 2024 The Details of the activity are shared below Upgrade Date 3rd April 2024 Upgrade Window 10 PM 1130 PM Region All DelhiNCR DelhiNCR2 and Mumbai Downtime 30 minutes Purpose We at E2E Networks always pursue the best practices to keep our software and hardware stacks upgraded and patched to enhance performance and security and this activity is also planned as part of the same initiative The upgrade will help us in fixing the identified bugs and in improving and optimizing the process of the Myaccount cloud console also allow us to launch and provide more new products and features to serve our customers more efficiently Impact During the maintenance activity the Myaccount based operations like creation of any type of new nodes image saving volumes and appliances and any type of action on existing nodes like stopstartdeletion of nodes deletion of saved images attachingdetaching of volumes redeployment of existing appliances etc will be affected during the period of maintenance The operations mentioned above available via APIs will also be affected during maintenance However there wont be any effect due to the maintenance on any of the existing customer nodesappliancesservices which are already running and are in working condition Recommendation We request you consider the above maintenance plan your activities accordingly We regret the inconvenience caused to you in this regard look forward to receiving your continued support If you have any queries regarding this you may write an email to cloudplatforme2enetworkscom and our platform team will be happy to assist you Past Incidents 2nd April 2024 No incidents reported 1st April 2024 No incidents reported 31st March 2024 No incidents reported 30th March 2024 No incidents reported 29th March 2024 No incidents reported 28th March 2024 No incidents reported 27th March 2024 No incidents reported 26th March 2024 No incidents reported 25th March 2024 No incidents reported 24th March 2024 No incidents reported 23rd March 2024 No incidents reported 22nd March 2024 No incidents reported 21st March 2024 No incidents reported 20th March 2024 No incidents reported 19th March 2024 No incidents reported 18th March 2024 No incidents reported 17th March 2024 No incidents reported 16th March 2024 No incidents reported 15th March 2024 No incidents reported 14th March 2024 No incidents reported 13th March 2024 No incidents reported 12th March 2024 No incidents reported 11th March 2024 No incidents reported 10th March 2024 No incidents reported 9th March 2024 No incidents reported 8th March 2024 No incidents reported 7th March 2024 No incidents reported 6th March 2024 No incidents reported 5th March 2024 No incidents reported 4th March 2024 No incidents reported Previous Dashboard Subscribe


Welcome to E2E API 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 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 E2E API documentation Welcome to E2E API documentation API Getting Started Node Action On Node Images Save Image Monitoring Tutorial How to Launch a Node from Saved Image via API DNS API Load Balancer VPC Volumes Reserve IP DBaas Auto Scaling CDN Object Storage Firewall Kubernetes Security Groups Postman API Collection Click Here 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


2Factor Authentication 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 Security in E2E Networks 2Factor Authentication 2Factor Authentication It is a security measure that adds an extra layer of protection to user accounts or systems With 2FA users are required to provide two different forms of identification or authentication factors to verify their identity When 2FA is enabled the user needs to provide both the password and the additional authentication factor to gain access to their account or system This adds an extra level of security as even if someone obtains the password they would still need the second factor to log in successfully 2FA helps protect against various security threats like password theft phishing attacks and unauthorized access It has become a widely adopted security practice for online accounts banking services email providers and other sensitive systems TOTP Based 2Factor Authentication TOTP stands for TimeBased OneTime Password TOTPbased 2FA TwoFactor Authentication is a security mechanism that uses timebased OTPs to provide an additional layer of authentication for user accounts In TOTPbased 2FA a shared secret key is generated and securely stored on both the server side and the users device or application This shared secret is used to generate a unique OTP at regular time intervals typically every 30 seconds When a user attempts to log in they are prompted to enter their username and password as the first factor of authentication The second factor is the OTP generated by their TOTPbased authentication application Popular applications that implement TOTPbased 2FA include Google Authenticator Microsoft Authenticator and Authy Note We have set up 2factor authentication 2FA as the default security However you have the flexibility to choose between 2factor authentication and Google Authenticator based on your preference How to Switch from 2factor authentication 2FA to Google authenticator Go to myaccount and then go to Settings Security Click on Google Authenticator After clicking on Google Authentication you can see the below screen Now scan the QR code using any authenticator app like Google Authenticator or Microsoft Authenticator and after scanning the code a TOTPTimebased OneTime Passwords will be shown on the device which has been used to scan the code enter that code in the text box and click on Enable button After clicking on the enable option Google authentication would be enabled and backup codes would appear Users can use these backup codes later for login into myaccount but remember each backup code can be used only once Switch from Google Authenticator to 2 factor Authentication 2FA Click on A code is sent by text message on your registered phone After clicking that you will see the popup screen and A new OTP has been sent to your requested mobile number Enter the verification code and click on Confirm button Resend If you did not get otp you can click on resend to get new verification code Your two factor authentication code verified successfully After clicking on the confirm button 2 factor authentication would be enabled and backup codes would appear Users can use these backup codes later for login into myaccount but remember each backup code can be used only once Backup codes About Backup codes Onetime usable secret codes that you can keep somewhere safe and use when you are not able to get verification codes on your phone You can regenerate new codes anytime Show Backup codes You can see the backup codes by clicking Show Backup Code button After clicking on that button you can see the popup Get New Codes You can get new backup codes by clicking Get New Codes button Download backup Codes You can Download backup codes just by clicking on the Download button On this page TOTP Based 2Factor Authentication How to Switch from 2factor authentication 2FA to Google authenticator Switch from Google Authenticator to 2 factor Authentication 2FA Resend Backup codes Show Backup codes Get New Codes Download backup Codes 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


E2E Cloud Compute Notes 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 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 Cloud Compute Notes Management E2E Cloud Compute Notes Management Welcome to E2E Clouds documentation on Compute nodes Here youll find detailed information on various compute nodes their deployment management and best practices for optimization E2E Cloud offers a variety of Virtual Compute Nodes tailored to different needs including Linux and Windowsbased nodes CPUintensive and highmemory options GPU nodes and smart dedicated nodes For those seeking costeffectiveness E2E Spot Instances provide a flexible option Youll learn how to launch these nodes from the Myaccount portal manage node settings and handle security measures like BitNinja This section also covers critical processes like creating and managing snapshots importing custom images and troubleshooting common issues Monitoring and Deployment Monitoring and 1Click Deployment are two areas covered indepth Learn to set up and manage monitoring alerts understand monitoring graphs and install ZabbixAgent on your server For ease of deployment the 1Click Deployment feature offers a range of applications like Moodle Drupal Redmine Wordpress and more streamlining the setup process on E2Es cloud platform Node Management Lastly this documentation provides essential guides on managing your nodes including logging in network configuration creating images from snapshots and troubleshooting common issues like high processor load or server inaccessibility Lets get started On this page Monitoring and Deployment Node Management 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


Deploy Model Endpoint for Stable Diffusion v21 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 Tutorials Deploy Model Endpoint for Stable Diffusion v21 Deploy Model Endpoint for Stable Diffusion v21 In this tutorial we will create a model endpoint against Stability AIs Stable Diffusion v21 model The tutorial will mainly focus on the following A stepbystep guide on Model Endpoint creation Image generation using Stable Diffusion v21 Creating Model endpoint with custom model weights Brief description about the supported parameters for image generation For the scope of this tutorial we will use prebuilt container StableDiffusion v21 for the model endpoint but you may choose to create your own custom container by following this tutorial In most cases the prebuilt container would work for your use case The advantage is you wont have to worry about building an API handler API handler will be automatically created for you So lets get started A guide on Model Endpoint creation Image generation Step 1 Create a Model Endpoint for Stable Diffusion v21 on TIR Go to TIR Dashboard Choose a project Go to Model Endpoints section Click on Create Endpoint button on the topright corner Choose StableDiffusion v21 model card in the Choose Framework section Pick any suitable GPU plan of your choice You can proceed with the default values for replicas disksize endpoint details Add your environment variables if any Else proceed further Model Details For now we will skip the model details and continue with the default model weights If you wish to load your custom model weights finetuned or not select the appropriate model See Creating Model endpoint with custom model weights section below Complete the endpoint creation Step 2 Generate your API TOKEN The model endpoint API requires a valid auth token which youll need to perform further steps So lets generate one Go to API Tokens section under the project Create a new API Token by clicking on the Create Token button on the top right corner You can also use an existing token if already created Once created youll be able to see the list of API Tokens containing the API Key and Auth Token You will need this Auth Token in the next step Step 3 Generate Images using text Prompts The final step is to send API requests to the created model endpoint generate images using text prompts We will use TIR Notebook to do the same Once your model is Ready visit the Sample API Request section of that model and copy the Python code Launch a TIR Notebook with PyTorch or StableDiffusion Image with any basic machine plan Once it is in Running state launch it and start a new notebook untitledipynb in the jupyter labs Paste the Sample API Request code for Python in the notebook cell Copy the Auth Token generated in Step2 use it in place of AUTHTOKEN in the Sample API Request Execute the code send request Youll get a list of tensors as output This is because Stable Diffusion v21 model endpoint return the generated images as a list of PyTorch Tensors To view the generated images copy the below code paste it in the notebook cell and execute it Youll be able to view the generated images import torch import torchvisiontransforms as transforms def displayimagestensorimagedatalist convert PyTorch Tensors to PIL Image for tensordata in tensorimagedatalist tensorimage torchtensortensordatagetdata initialise the tensor pilimg transformsToPILImagetensorimage convert to PIL Image pilimgshow to save the generatedimages uncomment the line below imagesavetensordatagetname if responsestatuscode 200 displayimagesresponsejsongetpredictions Thats it Your Stable Diffusion model endpoint is up running You can also try providing different prompts see the generated images Besides prompt the model also supports various other parameters for image generation See the Supported parameters for image generation section below Creating Model endpoint with custom model weights To create Inference against Stable Diffusion v21 model with custom model weights we will Download StableDiffusion21 by Stability AI model from huggingface Upload the model to Model Bucket EOS Create an inference endpoint model endpoint in TIR to serve API requests Step 11 Define a model in TIR Dashboard Before we proceed with downloading or finetuning optional the model weights let us first define a model in TIR dashboard Go to TIR Dashboard Choose a project Go to Model section Click on Create Model Enter a model name of your choosing eg stablediffusion Select Model Type as Custom Click on CREATE You will now see details of EOS E2E Object Storage bucket created for this model EOS Provides a S3 compatible API to upload or download content We will be using MinIO CLI in this tutorial Copy the Setup Host command from Setup Minio CLI tab to a notepad or leave it in the clipboard We will soon use it to setup MinIO CLI Note In case you forget to copy the setup host command for MinIO CLI dont worry You can always go back to model details and get it again Step 12 Start a new Notebook To work with the model weights we will need to first download them to a local machine or a notebook instance In TIR Dashboard Go to Notebooks Launch a new Notebook with Diffusers Image and a hardware plan eg A10080 We recommand a GPU plan if you plan to test or finetune the model Click on the Notebook name or Launch Notebook option to start jupyter labs environment In the jupyter labs Click New Launcher and Select Terminal Now paste and run the command for setting up MinIO CLI Host from Step 1 If the command works you will have mc cli ready for uploading our model Step 13 Download the StableDiffusion v21 by Stability AI model from notebook Now our EOS bucket will store the model weights Let us download the weights from Hugging face Start a new notebook untitledipynb in jupyter labs Run the below commands The model will be downloaded by huggingface sdk in the HOMEcache folder import torch from diffusers import StableDiffusionPipeline DPMSolverMultistepScheduler modelid stabilityaistablediffusion21 pipe StableDiffusionPipelinefrompretrainedmodelid torchdtypetorchfloat16 pipescheduler DPMSolverMultistepSchedulerfromconfigpipeschedulerconfig torchdevice cuda if torchcudaisavailable else cpu pipe pipetotorchdevice Note If you face any issues running above code in the notebook cell you may be missing required libraries This may happen if you did not launch the notebook with Diffusers image In such situation you can install the required libraries below pip install diffusers transformers accelerate scipy safetensors Let us run a simple inference to test the model prompt a photograph of an astronaut riding a horse image pipepromptimages0 imageshow Step 2 Upload the model to Model Bucket EOS Now that the model works as expected you can finetune it with your own data or choose to serve the model asis This tutorial assumes you are uploading the model asis to create inference endpoint In case you finetune the model you can follow similar steps to upload the model to EOS bucket go to the directory that has the huggingface model code cd HOMEcachehuggingfacehubmodelsstabilityaistablediffusion21snapshots push the contents of the folder to EOS bucket Go to TIR Dashboard Models Select your model Copy the cp command from Setup MinIO CLI tab The copy command would look like this mc cp r MODELNAME stablediffusionstablediffusion854588 here we replace MODELNAME with to upload all contents of snapshots folder mc cp r stablediffusionstablediffusion854588 Note The model directory name may be a little different we assume it is modelsstabilityaistablediffusion21 In case this command does not work list the directories in the below path to identify the model directory HOMEcachehuggingfacehub Step 3 Create an endpoint for our model With model weights uploaded to TIR Models EOS Bucket what remains is to just launch the endpoint and serve API requests Head back to the section on A guide on Model Endpoint creation Image generation above and follow the steps to create the endpoint for your model While creating the endpoint make sure you select the appropriate model in the model details subsection ie the EOS bucket containing your model weights If your model is not in the root directory of the bucket make sure to specify the path where the model is saved in the bucket Follow the steps below to find the Model path in the bucket Go to MyAccount Object Storage Find your Model bucket in this case stablediffusion854588 click on its Objects tab If the modelindexjson file is present in the list of objects then your model is present in the root directory you need not give any Model Path Otherwise navigate to the folder and find the modelindexjson file copy its path and paste the same in the Model Path field You can click on Validate button to validate the existance of the model at the given path Supported parameters for image generation In addition to the prompt input the model supports some other optional parameters that you can pass in request payload to generate images Below is a brief description about the supported parameters prompt str or Liststr required The prompt or prompts to guide image generation Sample Payload to give a single prompt payload1 prompt a photo of an astronaut riding a horse can also be passed as a list a photo of an astronaut riding a horse to give multiple prompts payload2 prompt a photo of an astronaut riding a horse a photo of cat playing football heightwidth int optional defaults to 768 The heightwidth in pixels of the generated imageimages Sample Payload heigth width To choose a good image size enter height width in multiples of 8 payload prompt a photo of an astronaut riding a horse height 512 defaults to 768 width 1024 defaults to 768 numimagesperprompt int optional defaults to 1 The number of images to generate per prompt Sample Payload numimagesperprompt payload prompt a photo of an astronaut riding a horse a photo of cat playing football numimagesperprompt 2 generates a total of 4 images 2 for each prompt generator Listint optional A random seed to make generation deterministic Every time you use the same seed youll have the same image result Sample Payload generator generator must be a list of integers payload1 prompt a photo of an astronaut riding a horse generator 1024 if specified you must pass a generator value for each of the prompts so that length of the generator list equals the total number of prompts payload2 prompt a photo of an astronaut riding a horse a photo of cat playing football generator 1024 700 youll see that payload1 payload2 generates the same image for the prompt a photo of an astronaut riding a horse because of the same generator seed given numinferencesteps int optional defaults to 50 The number of denoising steps More denoising steps usually lead to a higher quality image at the expense of slower inference Sample Payload numinferencesteps try generating the images for the three payloads and see the difference between them we will pass the same prompt and generatorseed to generate the same image for our comparison promptstr a photo of an astronaut riding a horse generatorseed 2000 payload1 prompt promptstr generator generatorseed numinferencesteps 20 payload2 prompt promptstr generator generatorseed numinferencesteps 50 default value payload3 prompt promptstr generator generatorseed numinferencesteps 80 negativeprompt str or Liststr optional The prompt or prompts to guide what to not include in image generation If not defined you need to pass negativepromptembeds instead Ignored when not using guidance guidancescale 1 Sample Payload negativeprompt lets generate the same image but add a negative prompt for the horses body colour payload prompt a photo of an astronaut riding a horse generator 2000 negativeprompt brown coloured horse guidancescale float optional defaults to 75 A higher guidance scale value encourages the model to generate images closely linked to the text prompt at the expense of lower image quality Guidance scale is enabled when guidancescale 1 Sample Payload guidancescale try generating the images for the three payloads and see the difference between them we will pass the same prompt and generatorseed to generate the same image for our comparison promptstr a photo of an astronaut riding a horse generatorseed 2000 payload1 prompt promptstr generator generatorseed guidancescale 3 payload2 prompt promptstr generator generatorseed guidancescale 75 default value payload3 prompt promptstr generator generatorseed guidancescale 11 guidancerescale float optional defaults to 07 Guidance rescale factor from Common Diffusion Noise Schedules and Sample Steps are Flawed Guidance rescale factor should fix overexposure when using zero terminal SNR Sample Payload guidancerescale try generating the images for the three payloads and see the difference between them we will pass the same prompt and generatorseed to generate the same image for our comparison promptstr a photo of an astronaut riding a horse generatorseed 2000 payload1 prompt promptstr generator generatorseed guidancerescale 03 payload2 prompt promptstr generator generatorseed guidancerescale 07 default value payload3 prompt promptstr generator generatorseed guidancerescale 11 On this page A guide on Model Endpoint creation Image generation Creating Model endpoint with custom model weights Supported parameters for image generation 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


Migratetransfer data between MySQL DBaaS 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 Migratetransfer data between MySQL DBaaS Migratetransfer data between MySQL DBaaS lets understand the steps to migrate MySQL databases Below are the steps you can follow to migrate MySQL databases Backup the Data of Old DBaaS Restore the Dump on New DBaaS 1 Backup the Data The first step to migrate MySQL database is to take a dump of the data that you want to transfer This operation will help you move mysql database data from one DBaaS to another DBaaS To do that you will have to use mysqldump command The basic syntax of the command is mysqldump h source host IP u username p database dumpsql There are various options available for this command lets go through the major ones as per the use case a Backing Up Specific Databases This command dumps specified databases to the file mysqldump u username p database dumpsql You can specify multiple databases for the dump using the following command mysqldump u username p databases database1 database2 dumpsql You can use the alldatabases option to backup all databases on the MySQL instance mysqldump u username p alldatabases dumpsql b Backing Up Specific Tables The above commands dump all the tables in the specified database if you need to take backup of some specific tables you can use the following command mysqldump u username p database table1 table2 dumpsql c Custom Query If you want to backup data using some custom query you will need to use the where option provided by mysqldump mysqldump u username p database table1 whereWHERE CLAUSE dumpsql Example mysqldump u root p testdb table1 wheremycolumn myvalue dumpsql Note By default mysqldump command includes DROP TABLE and CREATE TABLE statements in the created dump Hence if you are using incremental backups or you specifically want to restore data without deleting previous data make sure you use the nocreateinfo option while creating a dump mysqldump u username p database nocreateinfo dumpsql If you need to just copy the schema but not the data you can use nodata option while creating the dump mysqldump u username p database nodata dumpsql 2 Restore the Dump The last step in MySQL migration is restoring the data on the destination DBaaS MySQL command directly provides a way to restore to dump data to MySQL mysql h destination Host IP u username p database dumpsql The data has been successfully migrated from Old DBaaS to New DBaaS On this page 1 Backup the Data a Backing Up Specific Databases b Backing Up Specific Tables c Custom Query 2 Restore the Dump 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


1 Monitoring Stack 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 1 Monitoring Stack 1 Monitoring Stack Prometheus is an opensource monitoring and alerting tool It is designed to collect metrics from different sources store them efficiently and enable querying and visualization of these metrics for monitoring purposes Data Collection Metrics Storage Query Language Alerting Service Discovery Visualizations Exporters are some key features of prometheus The kubeprometheusstack is preconfigured to gather metrics from all Kubernetes components because it is designed for cluster monitoring It also provides a standard set of dashboards and alerting rules Many of the relevant dashboards and alerts originate from the kubernetesmixin project The kubeprometheusstack consists of three main components Prometheus Operator for spinning up and managing Prometheus instances in your DOKS cluster Grafana for visualizing metrics and plot data using stunning dashboards Alertmanager for configuring various notifications eg PagerDuty Slack email etc based on various alerts received from the Prometheus main server When it comes to gathering metrics Prometheus uses a pull model therefore it expects that the service in question would expose a metrics endpoint for scraping A time series database is used to store the data points for each metric that Prometheus retrieves Grafana makes it simple to collect data from the Prometheus time series database and plot it using stunning graphs organized into dashboards The PromQL language can also be used to run queries You must allocate block storage for both Prometheus and Grafana instances using Persistent Volumes or PVs in order to persist all the data metrics and different settings Alerts sent by client programmes like the Prometheus server are handled by the Alertmanager component It handles the deduplication grouping and routing to the appropriate receiver integration such as email PagerDuty or Slack Additionally it handles alert inhibition and silencing Please make sure to visit the official documentation page for each of the components to learn more Prometheus to learn more about all the available features as well as various configuration options Prometheus Operator which provides useful information on how to use the operator Alertmanager to learn more about Alertmanager and integrations with various notification platforms Getting Started after deploying kubernetes monitoring stack Please refer to this document to connect your kubernetes cluster httpsdocse2enetworkscomkuberneteskuberneteshtmlhowtodownloadkubeconfigyamlfile Once you have set up your cluster using kubectl proceed with executing the following commands helm repo add jetstack prometheuscommunity httpsprometheuscommunitygithubiohelmcharts helm repo update How to check if Prometheus monitoring stack is running helm ls n kubeprometheusstack Verify if prometheus stack pods are up and running kubectl get pods n kubeprometheusstack Accessing Prometheus web panel You can access Prometheus web console by port forwarding the kubeprometheusstackprometheus service kubectl portforward svcprometheuskubeprometheusprometheus 90909090 n kubeprometheusstack Next launch a web browser of your choice and enter the following URL httplocalhost9090 To see what targets were discovered by Prometheus please navigate to httplocalhost9090targets Accessing Grafana web panel You can connect to Grafana by port forwarding the prometheusgrafana service kubectl portforward svcprometheusgrafana 300080 n kubeprometheusstack Default credentials User admin Password promoperator Please change your password after first login Recommended Next launch a web browser of your choice and enter the following URL httplocalhost3000 You can take a look around and see what dashboards are available for you to use from the kubernetesmixin project as an example by navigating to the following URL httplocalhost3000dashboardstagkubernetesmixin Tweaking Helm Chart Values The kubeprometheusstack provides some custom values to start with Please have a look at the values file from the main GitHub repository explanations are provided inside where necessary You can always inspect all the available options as well as the default values for the kubeprometheusstack Helm chart by running below command helm show values prometheuscommunitykubeprometheusstack version 4860 After tweaking the Helm values file valuesyml according to your needs you can always apply the changes via helm upgrade command as shown below helm upgrade prometheus prometheuscommunitykubeprometheusstack version 4860 namespace kubeprometheusstack values valuesyml If you want to run a service on a public ip then you can edit that specific service with the below command kubectl edit svc servicename n kubeprometheusstack Change type from ClusterIP to LoadBalancer the available public ip gets automatically attached to the service Then you can use the ip and respective port of your choice to access prometheus web panel publicly Configuring Service Monitors for Prometheus To monitor applications in your cluster you usually define a so called ServiceMonitor CRD This is a custom resource definition provided by the Prometheus Operator which helps you in the process of adding new services that need to be monitored A typical ServiceMonitor configuration looks like below apiVersion monitoringcoreoscomv1 kind ServiceMonitor metadata name exampleapp labels team frontend spec selector matchLabels app exampleapp endpoints port web Explanations for the above configuration specselectormatchLabelsapp Tells ServiceMonitor what application to monitor based on a label specendpointsport A reference to the port label used by the application that needs monitoring The kubeprometheusstack Helm values file provided in the GitHub marketplace repository contains a dedicated section named additionalServiceMonitors where you can define a list of additional services to monitor Below snippet is setting up Nginx Ingress Controller monitoring as an example additionalServiceMonitors name ingressnginxmonitor selector matchLabels appkubernetesioname ingressnginx namespaceSelector matchNames ingressnginx endpoints port metrics After adding required services to monitor you need to upgrade the stack via the helm upgrade command in order to apply the changes helm upgrade prometheus prometheuscommunitykubeprometheusstack version 4860 namespace kubeprometheusstack values valuesyml You can also check the full list of available CRDs httpsgithubcomprometheusoperatorprometheusoperatorcustomresourcedefinitions which you can use to control the Prometheus Operator by visiting the official GitHub documentation page Upgrading Kubernetes Prometheus Stack You can check what versions are available to upgrade by navigating to the kubeprometheusstack official releases page from GitHub Alternatively you can also use ArtifactHUB which provides a more rich and user friendly interface helm upgrade prometheus prometheuscommunitykubeprometheusstack version KUBEPROMETHEUSSTACKNEWVERSION namespace kubeprometheusstack values YOURHELMVALUESFILE Replace KUBEPROMETHEUSSTACKNEWVERSION with appropriate version Replace YOURHELMVALUESFILE with your appropriate values file See helm upgrade httpshelmshdocshelmhelmupgrade for command documentation Also please make sure to check the official recommendations for various upgrade paths httpsgithubcomprometheuscommunityhelmchartstreemainchartskubeprometheusstackupgradingchart from an existing release to a new major version of the Prometheus stack Uninstalling Kubernetes Prometheus Stack helm uninstall prometheus n kubeprometheusstack To delete namespace please use below command kubectl delete ns kubeprometheusstack CRDs created by this chart are not removed by default and should be manually cleaned up kubectl delete crd alertmanagerconfigsmonitoringcoreoscom kubectl delete crd alertmanagersmonitoringcoreoscom kubectl delete crd podmonitorsmonitoringcoreoscom kubectl delete crd probesmonitoringcoreoscom kubectl delete crd prometheusagentsmonitoringcoreoscom kubectl delete crd prometheusesmonitoringcoreoscom kubectl delete crd prometheusrulesmonitoringcoreoscom kubectl delete crd scrapeconfigsmonitoringcoreoscom kubectl delete crd servicemonitorsmonitoringcoreoscom kubectl delete crd thanosrulersmonitoringcoreoscom On this page Getting Started after deploying kubernetes monitoring stack 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


E2E Networks Cloud Platform Support 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 E2E Networks Cloud Platform Support E2E Networks Cloud Platform Support E2E Networks Provide Cloud Platform Support 247 We provide platform support on the following High priority resolution of Network Related Issues Resolution of any issues related to E2E Products and Services Apart from this we offer a number of help articles that you can refer for troubleshooting applications and configurations related to your Servers which are generally out of network or product Scope We also assist you in providing general troubleshooting steps for any network and performance issues on your Servers How you can connect to Cloud Platform Team Via emailYou can connect with us over email at cloudplatforme2enetworkscom A New ticket will be generated with a unique Ticket ID which can be used for Further Followups Alternatively You can also raise a ticket from Myaccount panel Via CallOnce the ticket is raised for high priority issue and quick resolutions you can reach out to us over the call at cloud platform No911141171818 Scope Of Cloud Platform Support E2E Cloud Platform Support covers Issues Related to E2E Products and Services Only Issue related to physical operation of your E2E Compute nodes Ensuring availability of network and acceptable latency Issue related to billing How to questions related to E2E Services and Features Troubleshooting operational or systemic problems with E2E resources Technical Assistance with E2E Products such as Object StorageCDN and Load Balancer etc E2E Cloud Platform Support Exclusions By default all our nodes are on selfservice basis only We dont provide any hands to keyboard services for our cloud Any support we offer is for our cloud platform outside of the Virtual Machines but never inside them We dont Provide Handson Support regarding the installation or configuration of application software Debugging Application or Performance Related issue on Your Nodes Code Development or Any kind of Application Tuning On this page How you can connect to Cloud Platform Team Scope Of Cloud Platform Support E2E Cloud Platform Support Exclusions 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


E2E Networks Domestic Customer Validation Process FAQs 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 SignUp Process and Myaccount Dashboard Access E2E Networks Domestic Customer Validation Process FAQs E2E Networks Domestic Customer Validation Process FAQs Why is customer validation required for customers Due to the new CERTIn directives all Data Centres Virtual Private Server VPS providers Cloud Service providers are required to maintain validated name address and other relevant details for their subscribers Therefore in order to meet regulatory requirements we are required to validate these details Can we delegate someone in the teamorganization to perform customer validation Yes the PrimaryAdmin user can nominate any user in the CRN to perform customer validation Are we able to delinkrevoke the linked Aadhar to the account in the future Yes we need a minimum of one user aadhar to be linked with the accountCRN Primary user and User who linked Aadhaar can any time revoke their aadhar provided there is atleast one aadhaar linked user in the CRN Are users allowed to change the aadhaar number once linked No users are not allowed to change aadhaar number once linked The user can only delink the aadhaar by revoking their nomination Do all users in the CRN need to complete customer validation Minimum one user in the CRN needs to complete customer validation All users do not need to complete customer validation What happens if the user is no longer associated with the organisation for which he validated the details The users will be able to revoke their nomination for the CRN provided there is atleast one validated user in the CRN You may need to coordinate with adminprimary users to add another user who completes validation first and thereafter you will be able to revoke your nomination On this page Why is customer validation required for customers Can we delegate someone in the teamorganization to perform customer validation Are we able to delinkrevoke the linked Aadhar to the account in the future Are users allowed to change the aadhaar number once linked Do all users in the CRN need to complete customer validation What happens if the user is no longer associated with the organisation for which he validated the details 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


Welcome to E2E Active Directory 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 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 Cloud Compute Notes Management Welcome to E2E Active Directory documentation Welcome to E2E Active Directory documentation Get started Active Directory Open Server Manager Access PostDeployment Configuration Choose Promote this Server Add A Forest Deployment Configuration Proceed to Domain Controller Options Configure Additional Options Review your Selections Initiate Installation How to connect a clientserver to a Domain controller 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


Welcome to E2E Networks VPC 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 Networking on E2E Cloud Welcome to E2E Networks VPC documentation Welcome to E2E Networks VPC documentation Get started VPC Introduction Navigate to VPC page Working with VPC Create New VPC VPC Actions Associated Node With VPC Associated Node Actions Adding Node Frequently Asked Questions FAQs If a public IP is assigned to a server inside a VPC HTTP service is accessible over the internet on this machine Since it is inside a VPC shouldnt it be protected by firewall VPC integration with other services and appliances Load balancer is not able to reach a server inside a VPC using private IP Also there is no way to create a load balancer inside the VPC 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


Welcome to E2E Object Stores 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 Networks Storage Solutions Welcome to E2E Object Stores documentation Welcome to E2E Object Stores documentation Topics Introduction Object Storage Create Bucket Bucket Actions Object Versioning Lifecycle Rule Replication Rule Empty Bucket Add to CDN Bucket Details Permissions Access Key Using Manage Access Key Actions in Manage Access Key Public Access Config Bucket Lifecycle Bucket Details Bucket Permissions Create access key Manage Access Protect Your Bucket Data With Encryption Prerequisite 1 Generate the Encryption Key 2 Encrypt And Copy Object into Bucket Using Encryption Key 3 Copy an SSEC Encrypted Object Between Two Bucket References Bucket Details Objects Permissions Bucket Lifecycle Bucket Details Bucket Permissions Access Key Create access key Manage Access Using Manage Access Key Actions in Manage Access Key Public Access Config Protect Your Bucket Data With Encryption Prerequisite 1 Generate the Encryption Key 2 Encrypt And Copy Object into Bucket Using Encryption Key 3 Copy an SSEC Encrypted Object Between Two Bucket References Working with CLI Download MinIO Clientmc Run the Client Save Storage Credentials List Objects List Buckets Make Bucket View Object Content Pipe Content Copy or Upload content Remove Content Update mc client Share Content Unsupported Commands Using API Getting Started Prerequisites Initialize Client List objects from a bucket Get object Put object Remove Object Remove Objects Supported Operations Setting Up s2cmd Prerequisites Step 1 Installing s3cmd on Linux Step 2 Option 1 Configure s3cmd in Interactive Mode Step 2 Option 2 Setup s3cmd with Configuration file Step 3 Test access with configured credentials Conclusion s3cmdwindows Prerequisites Download and install python 2x Installing S3cmd Configure s3cmd Test access with configured credentials Conclusion s3fuse Prerequisites Step 1 Installing s3fsfuse Step 2 Creating Access Credentials Step 3 Creating Directory as mount point Step 4 Run s3fs command to mount the bucket Step 5 Test the Mount Point Conclusion s3browser Windows Introduction Prerequisites Step 1 Download and Installation Step 2 Configure a New Account in S3 Browser Step 3 Enter your Bucket details Conclusion static site Introduction Prerequisites Create Bucket Add permission to your Bucket Create Distribution with CDN Service My sql backup Introduction Prerequisites Archive Logs Introduction Prerequisites Configuring Logrotate Test and Executing Logrotate Config File Conclusion Copy EOS Introduction Step 1 Create a New bucket on your new account Step 2 Attach Admin Permission for CLI access Step 3 Configure minio client mc on your Linux server Step 4 Copy the data from old bucket to new bucket Wordpress backup Introduction Prerequisite Step 1 Create a Bucket in Object Storage Step 2 Grant Admin Access Permission for Your Bucket Step 3 Install and Activate UpdraftPlus Plugin in your WordPress Step 4 Configure Backups to Object Storage Buckets Step 4 Backup your data to Object Storage Step 5 Restoring your data to WordPress Conclusion FAQ What are the usage limitations of EOS Browser Access API Limits API Restrictions CLI Restrictions Object Storage Data Transfer Charges Whats the maximum transfer speed between E2E Compute Node and E2E Object Storage 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