Indias Top Provider of Advanced Cloud GPUs Claim your spot on the waitlist for the NVIDIA H100 GPUs Join WaitlistE2E CloudProductsPricingPartnersEventsCareersCompanyInvestorContact UsBlogLoginLoginSign UpIndias Top Provider of Advanced Cloud GPUsBuild a future in a world driven by AI with our cloud solutions Get access to NVIDIA 8xH100 A100 L40S and more to run your AIML workloads With significantly lower prices we want to help your business thriveLaunch GPUContact SalesTrusted by 15000 ClientsAccelerated Cloud Built for DevelopersExploreCloud GPUsRun GPU intensive workloads with confidence across various industry verticals and experience high performance computing in the cloudStarting as low as 30hrTir E2E Clouds Flagship Machine Learning PlatformTir is built on top of Jupyter Notebook an advanced webbased interactive development environment offered by E2E CloudStarting as low as 31hrLinux CloudExperience baremetal performance on Cloud with zero noisy neighbor problem and reliable performanceStarting as low as 350hrWindows CloudRun your workloads on powerful reliable Windows Server instances available in cloud server and smart dedicated server variantsStarting as low as 3hrStorage CloudE2E Cloud is offering secure reliable and costeffective storage solutions Businesses can schedule snapshots automate backups store and access their data from anywhere while ensuring quick and secure accessStarting as low as 25GBCloud SolutionsSimplify the server administration and website management tasks with reliable scalable Webuzo preinstalled cloud serversStarting as low as 1hrHighValue Top Performance ProductiongradeE2E Networks focusses on bringing accelerated cloud computing at an incredible priceperformance ratioGPUCPUhighvalueUnmatched PricePerformance RatioBuilding your production infrastructure on E2E Networks cloud leads to over 90 cost reduction in your monthly cloud billCloud Cost ComparisoninfrastructureBattletested InfrastructureOver 15000 clients trust E2E Networks to run their production workloads Our multiregion cloud is built to be performant reliable resilient and secure for all sizes and scaleLearn MoreCONFIGURATIONSPreconfigured with Industryleading FrameworksOur containers are preconfigured with all major frameworks and libraries All your tools and libraries run effortlessly on our platformExplore Integrationsuse casesDesigned for Numerous RealWorld Use CasesOur infrastructure cloud is used for solutions in domains ranging from Data Science NLP Computer Vision Image Processing Observability HealthTech ConsumerTech and moreExplore CustomersDesign 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 applicationsCONFIGURATIONSBuilt With Everything You NeedEach workload on E2E Networks is built with everything you need to run your development or production stackE2E 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 systemCloud Load BalancersLeave the hassle of maintaining your load balancers and focus more on your applications customers with fullymanaged Load Balancer AppliancesObject StorageAlso known as EOS E2E object storage is an SSDbased S3compatible object storage service designed for demanding workloads like machine learning and deep learningOneclick DeploymentAt E2E Networks we understand the need for a quick deployment of infrastructure for both the prod and preprod environmentsDBaaSSetup operate and manage your database in the cloud with just a few clicks Experience the Database service designed for missioncritical applicationsAPI CLI AccessE2E API lets you programmatically manage nodes and resources which you traditionally manage via the MyAccount portal on E2E Cloud using conventional HTTP requestsCDNE2E CDN is a global content delivery network that distributes your content web pages to endusers with minimal latency creating enhanced experiences for your customersReserved IPReserve new IP addresses assign them to your nodes or keep them idle as you need also reserve IP addresses of your existing nodesE2E Auto ScaleWith the allnew E2E Auto Scaling feature now on E2E Cloud dynamically scale up scale back your applications workloads as your situation demandsVirtual 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 centreWhat Our Customers SayFor over a decade we have delighted our customers with stellar infrastructure and supportI recently signed up with E2E Networks for their Cloud Server services and I have been very impressed with their Linux servers The service is not only very affordable but it also offers great performance and reliability I would highly recommend E2E Networks to anyone looking for a reliable and costeffective cloud server provider especially for Indian clients Proud WadhwaDjango Developer Great Future Technology Pvt LtdI recently signed up with E2E Networks for their Cloud Server services and I have been very impressed with their Linux servers The service is not only very affordable but it also offers great performance and reliability I would highly recommend E2E Networks to anyone looking for a reliable and costeffective cloud server provider especially for Indian clients Proud WadhwaDjango Developer Great Future Technology Pvt LtdThis is one of the best cloud server providers as we are part of this provider and using it the service and other things are good and accurateHardeep Singh AhluwaliaSenior Manager IT Infra Successive TechnologiesWe have been using E2E Networks for the past 6 months and I am extremely satisfied with the service and the customer support Their servers are quite reliable and very costeffective especially the GPU machines The team is always ready to solve any problem however small Very happy to make E2E Networks our longterm partnersHarshit AgrawalData Scientist at Studio SirahHave been using E2E Networks infra for a decade now and never had any issues Scootsy ran 80 of the workload on E2E Networks before it was acquired by SwiggyKunal ShethFounder GottaGo Ex CTO at ScootsyAntfarm We at CamCom are using E2E GPU servers for a while now and the priceperformance is the best in the Indian market We also have enjoyed a fast turnaround from the support and sales team always I highly recommend the E2E GPU servers for machine learning deep learning and Image processing purposeMr Uma MaheshCOO at CamCom AIE2E Cloud is NextGen PaaS IaaS provider It is a fully augmented and automated platform that is the best in practice in the current Cloud market We are using E2E Networks for more than 5 years and are very much satisfied with the deliverables They have very affordable pricing and are changemaker in the Indian Hosting IndustryMr Devarsh PandyaFounder at CantechE2E GPU machines are superior in terms of performance and at the same time you end up saving more money compared to AWS and Azure Not to mention the agility and skilled customer support that comes alongArvind SainiVP of Engineering at Crownit GoldVIPThe customer support that E2E has provided us is beyond exceptional Their quick response is what makes them stand apart from others and is second to none in the cloud space Weve been using their GPU instances for our Deep Learning workloads for quite a long time The quality of service is amazing at a competitive price and we strongly recommend E2EAkshay Kumar CFounder COO at Marsviewai incCongratulations Thanks for the fast reliable and costeffective solution for my small startup since Mar 2016Ratul NandiLead Software Engineer Gartner previously CEBYou guys are doing everything perfectly I couldnt ask for anything more Keep it up Very happy with the serviceMr Mayank MalhotraDirector ZenwebnetE2E Networks has helped me reach my 1st goal with its cloud platform They gave us a trial to get used to the service Happy with their product will surely recommend others to try it once Good support so farShahnawaz Alam CTO HW Wellness Solutions Pvt LtdFor most startups AWS EC2 is unnecessarily costly Even better for India get a machine from E2E NetworksNaman SarawagiFounder FindYogiI am very much happy with E2E Networks Pvt Ltd Im using your services for the past year and I have provided E2E with multiple clients Whoever is looking for servers I strongly recommend E2E NetworksProtik BanerjeeRelcode Technology Pvt LtdI had a pleasant experience with E2E Network when I purchase the cPanel license plan They provided the onboarding support when I generated a ticket for the purchase Everything was delivered swiftly without any problemsChaitanyakumar GajjarFounder Infinity Software SolutionsPlease reach out to e2e networks if you need any cloud services their service is awesome I want to rate 55 for their servicesShreekethIssaniWe are using E2E Cloud servers since last 2 years Very happy with costeffective and highperformance compute nodes We were able to reduce our hosting expenses by 40 without compromising on quality security and stabilityVinod PandeyCofounder CTO myCBSEguideReally good service from E2E Networks And at very affordable prices We are satisfied with them The Cloud console access feature is a very good and very easy user interface And I am satisfied with the service features and Highperformance network for data uploaddownloadVarun SharmaCeo WebFreakSolutionEasy to Manage Easy to pay Low Cost Charan SinghSr Manager Crayons Advertising Pvt LtdI have been using E2E Cloud for almost a year now These guys are the most professional of all the cloud providers in India They have absolutely reliable products and also charge the lowest rate I would like to recommend it to all who are looking for COST Effective cloud serversNaresh KumarSystem Administrator Aravali College of Engg MgmtOur experience with E2E has been better than AWS as our website is performing better both in terms of latency and uptime Since E2E provides plans that are simple to understand implement and are a complete package our efforts are concentrated on the development and not on maintaining the infrastructureArjun GuptaSenior Manager Pharma Synth Formulations LimitedWe have been using Kubernetes cluster on E2E Cloud and are reasonably satisfied with its performance We were able to reduce our costs by 40 after migrating from Azure My big thanks to the E2E Cloud team for launching a Cloud and helping Indian startups in reducing their cloud costsAmarjeet SinghCoFounder CTO ZenatixThe platform is comfortable support is good 2 years anniversary completed in E2EMr Yonti LevinCoFounder CTO at Loora9999 SLA 100 Human SupportOur customers swear by the proactiveness of our support staff and our obsessive focus on uptime SLA Talk to our sales team now to learn more100 Human SupportUnlike other cloud providers our support team is always reachable9999 Uptime SLAUptime SLAs such that you worry less and do moreHigh ReliabilityCloud platform powered by robust engineering to ensure highreliabilityBuild on the most powerful infrastructure cloudGet Started for FreeContact SalesPress and Media MentionsListed on NSE Backed by Blume Ventures Loved by PressProductsCPU 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


DNS 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 DNS DNS Introduction DNS Domain Name System is a very significant part of the internet DNS basically associates a Domain Name with an IP address For example if you have purchased a domain name say wwwabcdefcom this domain name requires an IP address to be processed on the Internet because everyone access information online through domain names Web browsers interact through Internet Protocol IP addresses DNS translates domain names to IP addresses so browsers can load Internet resources This way DNS servers eliminate the need for humans to memorize IP addresses DNS must be configured with perfect precision and any inaccuracy in setting up the DNS record may lead to the inefficient performance of your website The following are the prerequisites required to configure DNS record on your MyAccount A Domain Name An IP address Setup DNS Records Follow the steps mentioned to configure your DNS records via the E2E Networks DNS server database Login to MyAccount portal using your credentials set up at the time of creating and activating the E2E Networks My Account On the left side of the MyAccount dashboard click on the DNS submenu available under the Services section You will be routed to the Manage DNS page Now you have to click on the Add Domain button to create a DNS record Enter the Domain Details Every domain requires an SOA record Start Of Authority Records configuration at its point of transition from where the domain is commissioned from its parent domain For instance abcdefcom is a domain name and if you want to point this domain to e2e networks DNS servers then the SOA records for the name abcdefcom must be configured at our DNS portal Fill in the parameters required as follows Domain Name Enter the exact domain name that you own or have bought IPv4 Address External IP Enter the public IP address under the IP address section Note The domain name should not have a www at the beginning After filling all the details successfully click on the Submit button Change nameservers for my domains Nameservers are your primary DNS controller and without the correct nameserver settings your email and website wont work correctly You need to change your nameservers with E2E Networks provided Name Server All the information related to your domain name will be stored and maintained by the Name Server Link E2E Networks nameserver mentioned below in your domain service provider portal Create your Domain Records Once you save the SOA records the domain will be created in the e2e networks DNS database Configure your DNS records for your domain name by clicking on the Manage action next to your Domain name IP Address You will be directed to the Edit DNS Record page where the summary of your Domain Name will be displayed Click on the Add Record button to add various DNS records under zone file A Record IPv4 Type A record is are necessary to direct a visitors browser requests to an origin web server Multiple A records for the same subdomain can be added with different IP addresses DNS will alternate requests to the various IP addresses provided To create a new AType Record associated with your DNS record Select A record type from the dropdown list Enter Hostname in the hostname field Enter TTL Seconds The recommended TTL for A records is 14400 seconds This means that if an A record gets updated it takes 240 minutes 14400 seconds to take effect Enter the IP address to which the domain name should resolve Click on Submit button Notes A generic hostname field ending with dot such as abcdefffcom is considered as Fully Qualified Domain Name Hostname field with blank or symbol is considered as a base domain abcdefcom Hostname field at the end of which a dot is not used such as abcdefcom will append as abcdeffcomabcdeffcomabcdefffcom AAAA Record IPv6 AAAA records are used to point a domain name to IPv6 address only If your domain has an IPv6 address it will instead use an AAAA record for the same subdomain can be added with different IPv6 addresses Select AAA record type from the dropdown list Enter Hostname in the hostname field Enter TTL Seconds The recommended TTL for AAA records is 14400 seconds This means that if an A record gets updated it takes 240 minutes 14400 seconds to take effect Enter the IP address to which the domain name should resolve Click on Submit button CNAME Record The CNAME record is utilized when a domains alias name is to be created CNAME Records are necessary to direct a visitors browser requests to an origin web server Unlike an A record the CNAME will point to a hostname like wwwexamplecom instead of an IP address wwwexamplecom would then either have an A record that lists the IP address or use another CNAME record that points to a different hostname Eventually a chain of CNAME records must point to a hostname that resolves to an IP address For example an alias name of docsabcdefcom can be documentsabcdefcom using the CNAME record Select CNAME record type from the dropdown list Enter Hostname in the hostname field Enter TTL Seconds The recommended TTL for CNAME records is 32600 seconds This means that if an A record gets updated it takes 543 minutes 32600 seconds to take effect Enter the domain in the Point To field Click on Submit button MX Record MX record Mail Exchange Record is related to the Mail Servers present in your Domains server Its responsible for the reception of the emails based on their respective mail servers A DNS mail exchange MX record directs email to a mail server The MX record indicates how email messages should be routed in accordance with the Simple Mail Transfer Protocol SMTP the standard protocol for all email Like CNAME records an MX record must always point to another domain TXT Record The TXT Domain Record provides information regarding your server datacenter or a network in a userreadable format For instance you can verify the ownership of a domain using the TXT resource record You can create SPF DK DKIM text records For example enter vspf1 mx all to make sure that all emails are sent from this server and no other server are authorized Select TXT record type from the dropdown list Enter your hostname ex mailabcdefcom Enter TTL Seconds The recommended TTL for A records is 14400 seconds This means that if an A record gets updated it takes 240 minutes 14400 seconds to take effect Enter the rule in the Text area Click on Submit button SRV Record SRV records specify the location hostname and port number of servers for specific services You can use service records to direct certain types of traffic to servers Select SRV record type from the dropdown list Enter your service name Enter Target value Enter the Priority value Enter the weight value Enter the port Click on Submit button Final Output Once you have successfully configured the abovementioned RecordTypes for your domain you will have a final output summary You can review and edit all the existing records Domain Records are the basic information elements of the domain name system Each record has a type name and number an expiration time time to live a class record type and typespecific datavalue Note Please refresh the page in case you fail to see the Domain summary Diagnostics Once you have filled all the required fields and updated the Nameserver information record your domain name should be up and supported in a few hours Go to the Diagnostics section to get a report of your domain Click the refresh button in case if the details are not updated You can confirm your hostname registration with E2E Networks Open command promptshell and run ping command Check the server IP Address and the response ping wwwabcdefffcom 64 bytes from 10153131214 icmpreq1 ttl60 time105 ms 64 bytes from 10153131214 icmpreq2 ttl60 time0450 ms Custom Reverse DNS Reverse DNS lookup is a DNS query for the domain name associated with a given IP address This accomplishes the opposite of the more commonly used forward DNS lookup in which the DNS system is queried to return an IP address How does reverse DNS work Reverse DNS lookups query DNS servers for a PTR pointer record if the server does not have a PTR record it cannot resolve a reverse lookup PTR records store IP addresses with their segments reversed and they append inaddrarpa to that For example if a domain has an IP address of 10001 the PTR record will store the domains information under 10010inaddrarpa Prerequisites A Custom reverse DNS record can only be set for an IP belonging to E2E Networks Nameserver information record of the domain should point to E2E DNS nameservers An A record should exist for the target Setup Reserve DNS Follow the steps mentioned to configure your reverse DNS records via the E2E Networks DNS server database Go to the Manage DNS page You have to click on the Add Reserve DNS button to create a reserve DNS record You will be redirected to the Manage Reserve DNS page You have to click on the Add Record button to create a reserve DNS record Enter the following information IPv4 Address E2E Network IP Select the public IP address from the dropdown list under the IP address section Domain Name Enter the exact domain name that you own or have bought Note The domain name should not have a www at the beginning After filling all the details successfully click on the Submit button On this page Introduction Setup DNS Records Enter the Domain Details Change nameservers for my domains Create your Domain Records A Record IPv4 AAAA Record IPv6 CNAME Record MX Record TXT Record SRV Record Final Output Diagnostics Custom Reverse DNS How does reverse DNS work Prerequisites Setup Reserve DNS 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


Copyright complaint 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 Abuse documentation Copyright complaint Copyright complaint Introduction Copyright complaint for the server How to take steps to resolve the issue A copyright complaint typically is received when any content is deemed to be violating a copyright of any brand or content etc It can typically happen for the following reasons amongst others Any content that is copyrighted is available as a webpage on your site A copyrighted material like a song movie etc being downloaded on your server Copyrighted softwarepackages being downloaded on your server How to troubleshoot and resolve it Review the complaint to see if its a legitimate complaint and remove offending material Check the access logs on webserver or ssh to review if any copyrighted material have been downloaded and remove it and take further measures to prevent it from happening again Review any software being used and ensure license is complied to by the vendor of that software Please note that this document is provided for the benefit of our customers and the community at large E2E Networks is not responsible for any inadvertent issues arising out of trying out any of the advise here or using by any of the tools In case any of your server at E2E Networks is compromised Please note that during the entire process we request you to communicate and kindly take immediate action to fix the issue as the lack of response or resolution of the issue would be a contravention of IT Act 2000 and would lead to disabling of the public network On this page 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


SignUp Process and Myaccount Dashboard Access 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 SignUp Process and Myaccount Dashboard Access SignUp Process and Myaccount Dashboard Access Myaccount is the entry point to E2E Networks E2E Cloud platform which gives you access to the Myaccount dashboard where you can manage your cloud resources team billing and payments and everything else The registration and sign up process for a new Indian customer is different from an international one so please follow the right guidelines below depending on your business geography SignUp Process for Indian Customers The SignUp process for Indian organizations differ from that of Indian individuals In case of Indian organizations you would need to provide a GSTIN billing address organizations PAN and undergo a simple payment verification process For Indian individuals PAN and Aadhaar are required along with billing address and payment details SignUp Process Indian organizations SignUp Process Indian individuals SignUp Process for International Customers The SignUp process for International customers involves filling out billing address VAT TAX ID if available payment card validation Once this is complete theres a simple customer validation process Follow the link below for more SignUp Process for International Customers Frequently Asked Questions To understand why we need to ensure that customers go through a validation process please read through the FAQs here for Indian customers and the ones here for International customers On this page SignUp Process for Indian Customers SignUp Process for International Customers Frequently Asked Questions 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


How to view Event Audit log reports of your Virtual Compute Nodes 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 How to view Event Audit log reports of your Virtual Compute Nodes How to view Event Audit log reports of your Virtual Compute Nodes E2E Networks customers can access their activity and technical logs from their MyAccount portal Activity Log An activity log is a record of all the operations performed by you for product and services which is logged as an entry Each new action performed by you creates a separate entry in the record which depending on the cause of the event Technical Log The technical log is a report that documents the product and services accessed by you along with the date and time stamps related to the lifetime of a product and services It contains the entire usage log of your different product and services Logging into E2E Networks My Account Login to MyAccount portal using your credentials set up at the time of creating and activating the E2E Networks My Account After you log in to the E2E Networks My Account On the lefthand side of the MyAccount dashboard click on the Audit Log submenu available under the Settings section You will be redirected to the Audit Logs page Here you have to various values before downloading the audit logs report Select ProductService Select the product or service for which you want to download the logs report Select Logs Type Select the type of log report that you want to download Select Period Select the period duration for the log report that you want to download Download Logs After selecting the required field value you can click on the Download button to view the logs A log file will be downloaded in csv format On this page Activity Log Technical Log Logging into E2E Networks My Account Select ProductService Select Logs Type Select Period Download Logs 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


Connecting Kubernetes cluster to E2E 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 E2E Networks Kubernetes Service Connecting Kubernetes cluster to E2E DBaaS Connecting Kubernetes cluster to E2E DBaaS This article will guide how to integrate kubernetes with DBaaS Using an external Database as a Service E2E DBaaS with Kubernetes offers several benefits This reduces the administrative burden on your Kubernetes team allowing them to focus on application development and deployment Using an E2E DBaaS with Kubernetes offers several benefits and advantages that can be compelling for various use cases High Availability E2E DBaaS especially provided as managed services often come with builtin high availability features This means your database can continue to operate even if a pod in your Kubernetes cluster fails This contributes to improved application uptime and reliability Scalability Kubernetes allows you to scale your application pods independently of the database When using an E2E DBaaS as an external database you can scale your application horizontally to meet increased demand without impacting the database performance This scalability is crucial for handling variable workloads Data Persistence Placing the database outside of the Kubernetes cluster offers a valuable advantage it ensures data persistence a fundamental requirement for safeguarding crucial application data Even in scenarios where your application pods are temporary and subject to rescheduling or replacement your data remains securely preserved within the external database In this article we have implemented this by using MySQL DB Engine Prerequisite Begin by provisioning a DBaaS instance using MySQL choosing the desired version that suits your project requirements This will serve as your managed database backend Create a Virtual Private Cloud VPC to establish network isolation Within this VPC you will connect your DBaaS and create your Kubernetes cluster Proper VPC configuration ensures network security and segmentation Deploy a Kubernetes cluster within the VPC youve created This cluster will be the foundation for orchestrating your application containers Step 1 Establishing the configuration for your Kubernetes cluster To allow kubernetes to connect with DBaaS we need to select Allowed Host IP as VPC CIDR Range and attach the VPC to DBaaS where kubernetes has deployed Step 2 Create a ConfigMap for Endpoint Configuration Create a ConfigMap that contains the endpoint information database host and port apiVersion v1 kind ConfigMap metadata name databaseconfig data DBHOST 101216211 Attached VPC IP address DBPORT 3306 Mysql Standard Database Port To create the ConfigMap please run the below mentioned command after successful creation of above mentioned file kubectl apply f databaseconfigmapyaml Step 3 Create a Secret for Username and Password Create a Secret file to securely store the DBaaS username and password in encoded format Please refer the screenshot below how to encode the DBaaS username and password Create a SecretKey file that contains the key information database username and password apiVersion v1 kind Secret metadata name externaldbcredentials type Opaque data MYSQLUSERNAME a3ViZWRiCg DBaaS Username in encoded format MYSQLROOTPASSWORD Y1gzVWpXRXRRejRmVDRTIQo DBaaS Password encoded format To create the SecretKey please run the below mentioned command after successful creation of above mentioned file kubectl apply f databasesecretyaml Step 4 Create a DB client Deployment apiVersion appsv1 kind Deployment metadata name mysqlclientdeployment spec replicas 1 selector matchLabels app mysqlclient template metadata labels app mysqlclient spec containers name mysqlclient image mariadb env name DBHOST valueFrom configMapKeyRef name databaseconfig key DBHOST name DBPORT valueFrom configMapKeyRef name databaseconfig key DBPORT name MYSQLUSERNAME valueFrom secretKeyRef name externaldbcredentials key MYSQLUSERNAME name MYSQLROOTPASSWORD valueFrom secretKeyRef name externaldbcredentials key MYSQLROOTPASSWORD Check the DB Client Pod Status To check the Pod status please run the below mntioned command kubectl get pods To check the connectivity from the Pod to DBaaS Execute the below mentioned command into mysql pod shell kubectl exec it mysqlclientdeployment76dfb78bc9mmtzk binbash On this page Prerequisite Step 1 Establishing the configuration for your Kubernetes cluster Step 2 Create a ConfigMap for Endpoint Configuration Step 3 Create a Secret for Username and Password Step 4 Create a DB client Deployment To check the connectivity from the Pod to DBaaS 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 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 Kubernetes Kubernetes is an opensource containerorchestration system for automating deployment scaling and management of containerized applications It has a large rapidly growing ecosystem and the services support and tools are widely available Kubernetes provides you with a framework to run distributed systems resiliently With the E2E Myaccount portal You can quickly launch the Kubernetes master worker nodes and get started working with your Kubernetes cluster in a minute Getting Started How to Launch Kubernetes Service from Myaccount portal Login into MyAccount Please go to MyAccount and log in using your credentials set up at the time of creating and activating the E2E Networks MyAccount Navigate to Kubernetes Service create page After you log in to the E2E Networks MyAccount you can click on the following options On the left side of the MyAccount dashboard click on the Kubernetes submenu available under the Compute section Create Kubernetes Service On the top right section of the kubernetes service dashboard You need to click on the Create kubernetes icon which will prompt you to the cluster page where you will be selecting the configuration and entering the details of your database Kubernetes Configuration and Settings After click on Create Kubernetes you have to click on Add Plan and You need to select the required configuration and setting for your kubernetes which are mentioned below Add Worker Node Pool You can select Static Pool or AutoScale Pool Static Pool Add another Node Pool if you want to add another node pool just click on Add Another Node Pool button AutoScale Pool In AutoScale Pool You have to select worker scaling policy Elastic 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 Default In Default policy parameter type you can select two types of policy parameter 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 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 Manage Custom policy The custom policy feature in Kubernetes Autoscale Pool enables you to define your custom attribute The autoscaling service utilizes this attribute to make scaling decisions After setting this custom attribute you can scaledownscale your node pool nodes Once the Kubernetes cluster is launched you will be given curl from where you can update this custom attribute according to your use case Policy Parameter Name The Policy Parameter Name field is where you enter the name of the custom attribute 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 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 How to get a CURL You can obtain a curl command by clicking on Get Curl Note After you complete filling the fields click the create cluster button When the cluster is up and running youll get a curl command Use this command in Postman inputting your API Key and token Then in the Postmans body section modify the value of the custom parameter How to change custom parameter value in a CURL through CLI When you receive a curl command paste it into the terminal along with your API Key Bearer token and set the value of the custom parameter as you prefer Scheduled Policy Auto scale pool 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 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 scale pool refers to the process of increasing and decreasing the number of resources in a kubernetes respectively This can be done on a recurring basis such as every day week or month 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 kubernetes service using both options they can choose the Elastic and Scheduled Policy option configure the parameters and proceed with creating the cluster service Add another node pool To add another node pool click on Add Another Node Pool button Network Use VPC In the List Type you can select the VPC Deploy Kubernetes After filling all the details successfully click on the Create Cluster button It will take a few minutes to set up the scale group and you will take to the Kubernetes Service page Kubernetes Service Cluster Details You will be able to check all the basic details of your kubernetes You can Check the kubernetes name and kubernetes version details How To Download Kubeconfigyaml File After Downloading the Kube config Please make sure kubectl is installed on your system To install kubectl follow this doc httpskubernetesiodocstaskstools Run kubectl kubeconfigdownloadfilename proxy Open the below URL in the browser httplocalhost8001apiv1namespaceskubernetesdashboardserviceshttpskubernetesdashboardproxy Copy the kubeconfig token in below option And paste Kubeconfig Token to access Kubernetes dashboard Node Pool The Node Pool Details tab provides information about the Worker nodes Users also Add Edit Resize and delete the worker node To Add node pool To add node pool click on Add node icon After clicking on the icon you can add node pool by clicking Add node pool btton To Edit node pool To Resize node pool Users can also resize the worker nodes pool Click on resize button To Delete node pool Persistent VolumePVC To check PVC run below command Create Persistent Volume On the top right section of the manage persistent volume You need to click on the Add persistent volume Button which will prompt you to the Add persistent volume page where you will click the create button Delete Persistent Volume To delete your persistent volume click on delete option Please note that once you have deleted your persistent volume you will not be able to recover your data Dynamic Persistent VolumePVC Note The sizes we show over UI and also the bill are calculated in GB however in creation the size used by K8s is in GiBDecreasing the size of an existing volume is not possible The KubernetesAPI doesnt even allow it Dynamic volume provisioning allows storage volumes to be created ondemand Note To create dynamic PersistentVolumeClaim alteast one PersistentVolume should be create in your kubernetes cluster from myaccout kubernetes PersistentVolumne section CREATE A STORAGE CLASS To enable dynamic provisioning a cluster administrator needs to precreate one or more StorageClass objects for users StorageClass objects define which provisioner should be used and what parameters should be passed to that provisioner when dynamic provisioning is invoked The following manifest creates a storage class csirbdsc which provisions standard disklike persistent disks cat EOF csirbdscyaml apiVersion storagek8siov1 kind StorageClass metadata name csirbdsc provisioner rbdcsicephcom parameters clusterID 4335747c13e411eda27eb49691c56840 pool k8spv imageFeatures layering csistoragek8sioprovisionersecretname csirbdsecret csistoragek8sioprovisionersecretnamespace default csistoragek8siocontrollerexpandsecretname csirbdsecret csistoragek8siocontrollerexpandsecretnamespace default csistoragek8sionodestagesecretname csirbdsecret csistoragek8sionodestagesecretnamespace default reclaimPolicy Delete allowVolumeExpansion true mountOptions discard EOF kubectl apply f csirbdscyaml CREATE A PERSISTENT VOLUME CLAIM Users request dynamically provisioned storage by including a storage class in their PersistentVolumeClaim To select the csirbdsc storage class for example a user would create the following PersistentVolumeClaim cat EOF pvcyaml apiVersion v1 kind PersistentVolumeClaim metadata name rbdpvc spec accessModes ReadWriteOnce volumeMode Filesystem resources requests storage 4Gi storageClassName csirbdsc EOF kubectl apply f pvcyaml This claim results in an SSDlike Persistent Disk being automatically provisioned When the claim is deleted the volume is destroyed Public IPv4 Address A public IP address is an IPv4 address thats reachable from the Internet You can use public addresses for communication between your Kubernetes and the Internet You can reserve the default assigned public IP for your account until you do not release it If you want to allocate public IP addresses for your Kubernets this can be used by using type loadbalancer Private IPv4 Address A private IPv4 address is an IP address thats not reachable over the Internet You can use private IPv4 addresses for communication between instances in the same VPC When you launch an E2E Kubernetes we allocate a private IPv4 address for your Kubernetes LoadBalancer We have a native integration of the baremetal Load Balancer MetalLB in our Kubernetes Appliance MetalLB hooks into our Kubernetes cluster and provides a network loadbalancer implementation It has two features that work together to provide this service address allocation and external announcement With Metallb you can expose the service on a loadbalanced IP ExternalService IP which will float across the Kubernetes nodes in case some node fails and this is where it differs from a simple External IP assignment As long as you ensure that the network traffic is routed to one of the Kubernetes nodes on this loadbalanced IP your service should be accessible from the outside We have to provide pools of IP addresses that MetalLB will use for allocation and for that part we allow users the option of Service IP With Service IP customers can reserve IPs which will be used to configure pools of IP addresses automatically in the Kubernetes cluster MetalLB will take care of assigning and unassigning individual addresses as services come and go but it will only ever hand out IPs that are part of its configured pools Monitoring Graphs Monitoring of server health is a free service that provides insights into resource usage across your infrastructure There are several different display metrics to help you track the operational health of your infrastructure Select the worker node for which you want to check the metrics Click on the Monitoring tab to check the CPU Performance Disk Read Write operation and Network Traffic Statistics Alerts Setup Monitoring Alert for Worker Node Go to the Alerts tab and click on Create Alert button and if you want configure email then you have to click on Configure Email button Actions You can perform the following actions available for the respective cluster Add Node Pool You can add your Kubernetes current plan to a higher plan for this you need to click on the Add node pool button Default CUSTOM Delete Kubernetes Click on the Delete button to delete your kubernetes Termination of a kubernetes will delete all the data on it Create a Secret For Container Registery 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 container registry Secret cat privateregpodexampleyaml EOF apiVersion v1 kind Pod metadata name nodehello spec containers name nodehellocontainer image registrye2enetworksnetvipinreponodehellosha256bd333665069e66b11dbb76444ac114a1e0a65ace459684a5616c0429aa4bf519 imagePullSecrets name namesecrets EOF On this page Getting Started How to Launch Kubernetes Service from Myaccount portal Login into MyAccount Navigate to Kubernetes Service create page Create Kubernetes Service Kubernetes Configuration and Settings Add Worker Node Pool Add another Node Pool Elastic Policy Manage Custom policy Scheduled Policy Elastic and Scheduled Policy Add another node pool Network Deploy Kubernetes Kubernetes Service Cluster Details How To Download Kubeconfigyaml File Node Pool Persistent VolumePVC Dynamic Persistent VolumePVC Public IPv4 Address Private IPv4 Address LoadBalancer Monitoring Graphs Alerts Setup Monitoring Alert for Worker Node Actions Add Node Pool Delete Kubernetes Create a Secret For Container Registery Secrets Create Secrets Create a Pod that uses container registry Secret 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


Compliance Documents Certificates 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 Billing and Payment Information Compliance Documents Certificates Compliance Documents Certificates Introduction You may be aware that the Government of India vide Finance Act 2021 has introduced a new section 206AB Applicable from 1st July 2021 wherein a buyerService recipient is responsible to deduct TDS at a higher rate ie twice the existing applicable rate or 5 whichever is higher from the seller service provider who 1 has not filed the returns of income for two assessment years immediately prior to the previous year in which tax is required to be deducted for which the time limit of filing return of income under subsection 1 of Section 139 of the Act has expired and 2 The aggregate of tax deducted at source and tax collected at source in his case is INR 50000 or more in each of these two previous years In order to comply with the above provision we hereby declare that we have already filed the returns of income for the previous assessment years and provision of section 206AB will not be applicable on us We request you to deduct normal TDS from payments made to us The Declaration under section 206AB and ITR acknowledgment of previous two years can be checked by following the below steps Login to MyAccount via your registered E2E Customer login Credentials You will be directed to the Dashboard page Click on the Documents menu from the left panel menu You will be directed to the Compliance Documents Certificates page Click on the Download button to download the Declaration under section 206AB and ITR acknowledgment of previous two years Click on the Download button to download the ISO 9001 and ISO 27001 Certificates Please contact us at fintdse2enetworkscom if you have any queries On this page 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


2 CertManager 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 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needed it will automatically delete the certificate Certmanager is a powerful tool that can help you to simplify the management of TLS certificates in Kubernetes It can help you to avoid outages caused by expired certificates and it can help you to improve the security of your applications Here are some of the benefits of using certmanager Automates the management of TLS certificates Certmanager automates the process of obtaining renewing and using TLS certificates This can save you time and effort and it can help to prevent errors Supports a variety of certificate issuers Certmanager supports a variety of certificate issuers including Lets Encrypt HashiCorp Vault and Venafi This gives you flexibility in choosing the certificate issuer that best meets your needs Ensures certificates are valid and uptodate Certmanager ensures that certificates are valid and uptodate This helps to prevent outages caused by expired certificates Can be used with a variety of Kubernetes workloads Certmanager can be used with a variety of Kubernetes workloads including Ingress controllers services and pods This makes it a versatile tool that can be used to secure a wide range of applications If you are looking for a way to simplify the management of TLS certificates in Kubernetes then certmanager is a good option to consider It is a powerful and flexible tool that can help you to improve the security of your applications Please make sure to visit the CertManager official documentation page to study more Getting started after deploying certmanager 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 httpschartsjetstackio helm repo update How to confirm that CertManager is running helm ls n certmanager Next verify if Certmanager pods are up and running kubectl get pods n certmanager Tweaking Helm Chart Values The certmanager stack 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 certmanager Helm chart by running below command helm show values jetstackcertmanager version 1120 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 certmanager jetstackcertmanager version 1120 namespace certmanager values valuesyml Configuring TLS certificates via Certmanager CertManager expects some typical CRDs to be created in order to operate You start by creating a certificate Issuer CRD Next the Issuer CRD will try to fetch a valid TLS certificate for your Ingress Controller eg Nginx from a known authority such as Lets Encrypt To accomplish this task the Issuer is using the HTTP01 challenge it also knows how to perform DNS01 challenges as well for wildcard certificates Next a Certificate CRD is needed to store the actual certificate The Certificate CRD doesnt work alone and needs a reference to an Issuer CRD to be able to fetch the real certificate from the CA Certificate Authority Typical Issuer manifest looks like below explanations for each relevant field is provided inline apiVersion certmanageriov1 kind Issuer metadata name letsencryptnginx namespace backend spec ACME issuer configuration email the email address to be associated with the ACME account make sure its a valid one server the URL used to access the ACME servers directory endpoint privateKeySecretRef Kubernetes Secret to store the automatically generated ACME account private key acme email YOURVALIDEMAILADDRESSHERE server httpsacmev02apiletsencryptorgdirectory privateKeySecretRef name letsencryptnginxprivatekey solvers Use the HTTP01 challenge provider http01 ingress class nginx Next you need to configure each Nginx ingress resource to use TLS termination Typical manifest looks like below apiVersion networkingk8siov1 kind Ingress metadata name ingressecho namespace backend annotations certmanagerioissuer letsencryptnginx spec tls hosts echomydomainorg secretName letsencryptnginx rules host echomydomainorg Explanation for the above configuration certmanagerioissuer Annotation that takes advantage of certmanager ingressshim to create the certificate resource on your behalf spectlshosts List of hosts included in the TLS certificate spectlssecretName Name of the secret used to terminate TLS traffic on port 443 Notice that the Nginx Ingress Controller is able to generate the Certificate CRD automatically via a special annotation certmanagerioissuer This saves work and time because you dont have to create and maintain a separate manifest for certificates as well only the Issuer manifest is required For other ingresses you may need to provide the Certificate CRD as well Upgrading Certmanager Stack You can check what versions are available to upgrade by navigating to the certmanager official releases page from GitHub Alternatively you can also use ArtifactHUB which provides a more rich and user friendly interface helm upgrade certmanager jetstackcertmanager version CERTMANAGERNEWVERSION namespace certmanager values YOURHELMVALUESFILE Please make sure you replace CERTMANAGERNEWVERSION with the version of your choice and YOURHELMVALUESFILE with the file name you want to upgrade See helm upgrade for command documentation Also please make sure to check the official recommendations for various upgrade paths from an existing release to a new major version of certmanager Uninstalling Certmanager Stack helm uninstall certmanager n certmanager Note The above command will delete all the kubernetes resources installed by certmanager helm chart except the namespace To delete the namespace you have to run the following command kubectl delete ns certmanager On this 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