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  • Overview
  • Product Updates
  • Workshops
    • DuploCloud 101 for AWS
      • Create Your Infrastructure and Application
        • 1. Log in to the DuploCloud Portal
        • 2. Create a DuploCloud Infrastructure
        • 3. Create a DuploCloud Tenant
        • 4. Create an EKS Worker Node
        • 5. Deploy an Application
        • 6. Create a Load Balancer
        • 7. Deploy an S3 Bucket
        • 8. Deploy a Database
        • 9. Create an Alarm
      • Daily Operations using DuploCloud
        • 1. Host, Container, and Kubectl Shell
        • 2. Logging
        • 3. Metrics
        • 4. Billing and Cost Management
        • 5. Audit Logs
        • 6 - Tenant and Admin Just-In-Time (JIT) AWS Access
        • 7. CI/CD
        • 8. Security Hub and Dashboard
        • 9. Terraform Mode of Operations
      • Post-workshop Reference Guide
        • Post-Workshop Testing and Documentation Links
        • Connect With Us
        • DuploCloud Whitepapers
        • DuploCloud Terraform Provider
        • DuploCloud AWS Demo Video
  • Getting Started with DuploCloud
    • What DuploCloud Does
    • DuploCloud Onboarding
    • Application Focused Interface: DuploCloud Architecture
      • DuploCloud Tenancy Models
      • DuploCloud Common Components
        • Infrastructure
        • Plan
        • Tenant
        • Hosts
        • Services
        • Diagnostics
      • Management Portal Scope
    • GRC Tools and DuploCloud
    • Public Cloud Tutorials
    • Getting Help with DuploCloud
  • Container Orchestrators
    • Terminologies in Container Orchestration
  • DuploCloud Prerequisites
    • DNS Configuration
  • AWS User Guide
    • Prerequisites
      • Route 53 Hosted Zone
      • ACM Certificate
      • Shell Access for Containers
      • VPN Setup
      • Connect to the VPN
    • AWS Quick Start
      • Step 1: Create Infrastructure and Plan
      • Step 2: Create a Tenant
      • Step 3: Create an RDS Database (Optional)
      • Creating an EKS Service
        • Step 4: Create a Host
        • Step 5: Create a Service
        • Step 6: Create a Load Balancer
        • Step 7: Enable Additional Load Balancer Options (Optional)
        • Step 8: Create a Custom DNS Name (Optional)
        • Step 9: Test the Application
      • Creating an ECS Service
        • Step 4: Create a Task Definition for an Application
        • Step 5: Create the ECS Service and Load Balancer
        • Step 6: Test the Application
      • Creating a Native Docker Service
        • Step 4: Create an EC2 Host
        • Step 5: Create a Service
        • Step 6: Create a Load Balancer
        • Step 7: Test the Application
    • AWS Use Cases
      • Creating an Infrastructure and Plan for AWS
        • EKS Setup
          • Enable EKS endpoints
          • Enable EKS logs
          • Enable Cluster Autoscaler
        • ECS Setup
          • Enable ECS logging
        • Add VPC endpoints
        • Security Group rules
        • Upgrading the EKS version
      • Creating a Tenant (Environment)
        • Setting Tenant session duration
        • Setting Tenant expiration
        • Tenant Config settings
      • Hosts (VMs)
        • Adding Hosts
        • Connect EC2 instance
        • Adding Shared Hosts
        • Adding Dedicated Hosts
        • Autoscaling Hosts
          • Autoscaling Groups (ASG)
            • Launch Templates
            • Instance Refresh for ASG
            • Scale to or from Zero
            • Spot Instances for AWS
          • ECS Autoscaling
          • Autoscaling in Kubernetes
        • Configure Auto-reboot
        • Create Amazon Machine Image (AMI)
        • Hibernate an EC2 Host
        • Snapshots
        • Taints for EKS Nodes
        • Disable Source Destination Check
      • Auditing
      • Logs
        • Enable Default-Tenant logging
        • Enable Non-Default Tenant logging
        • Configure Logging per Tenant
        • Display logs
        • Create custom logs
      • Diagnostics and Metrics
        • Metrics Setup
        • Metrics Dashboard
        • Kubernetes Administrator dashboard
      • Faults and Alerts
        • Alert notifications
        • Automatic alert creation
        • Automatic fault healing
        • SNS Topic Alerts
        • System Settings Flags
      • AWS Console link
      • Just-in-Time (JIT) Access
      • Billing and Cost management
        • Enable billing data
        • View billing data
        • Apply cost allocation tags
        • DuploCloud License Usage
        • Configure Billing Alerts
      • Resource Quotas
      • Big Data and ETL
      • Custom Resource tags
    • AWS Services
      • Containers and Services
        • EKS Containers and Services
          • Allocation Tagging
        • ECS Containers, Task Definitions and Services
        • Passing Configs and Secrets
        • Container Rollback
        • Docker Registry credentials
      • Load Balancers
        • Target Groups
        • EKS Load Balancers
        • ECS Services and Load Balancers
        • Native Docker Load Balancers
      • Storage
        • Storage Class and PVCs
        • GP3 Storage Class
      • API Gateway
      • Batch
      • CloudFront
      • Databases
        • AWS ElastiCache
        • AWS DynamoDB database
        • AWS Timestream database
        • RDS database
          • IAM authentication
          • Backup and restore
          • Sharing encrypted database
          • Manage RDS Snapshots
          • Add and manage RDS read replicas
            • Add Aurora RDS replicas
          • Add monitoring interval
          • Enable or disable RDS logging
          • Restrict RDS instance size
          • Add parameters in Parameter Groups
          • Manage Performance Insights
      • Data Pipeline
      • Elastic Container Registry (ECR)
        • Sharing ECR Repos
      • Elastic File System (EFS)
        • Mount an EFS in an EC2 instance
      • EMR Serverless
      • EventBridge
      • IoT (Internet of Things)
      • Kafka Cluster
      • Kinesis Stream
      • Lambda Functions
        • Configure Lambda with Container Images
        • Lambda Layers
      • Managed Airflow
      • NAT Gateway for HA
      • OpenSearch
      • Probes and Health Check
      • S3 Bucket
      • SNS Topic
      • SQS Queue
      • Virtual Private Cloud (VPC) Peering
      • Web App Firewall (WAF)
    • AWS FAQ
    • AWS Systems Settings
      • AWS Infrastructure Settings
      • AWS Tenant Settings
    • AWS Security Configuration Settings
      • Tenant Security settings
      • Infrastructure Security settings
      • System Security settings
      • AWS Account Security settings
      • Vanta Compliance Controls
  • GCP User Guide
    • Container deployments
      • Container orchestration features
      • Key DuploCloud concepts
    • Prerequisites
      • Docker Registry
      • Service Account Setup
      • Cloud DNS Zone
      • Certificates for Load Balancer and Ingress
      • Initial Infrastructure Setup
      • Tools Tenant
        • Enable Kubectl Shell
      • Docker
        • Docker Registry Credentials (Optional)
        • Shell Access for Docker (Optional)
      • VPN
        • VPN Setup
        • Connect to the VPN
      • Managed SSL Certificates with Certificate Manager (Optional)
    • GCP Quick Start
      • Step 1: Create Infrastructure and Plan
      • Step 2: Create a Tenant
      • Create a Service with GKE Autopilot
        • Step 3: Create a Service
        • Step 4: Create a Load Balancer
        • Step 5: Test the Application
      • Create a Service with GKE Standard
        • Step 3: Create a Node Pool
        • Step 4: Create a Service
        • Step 5: Create a Load Balancer
        • Step 6: Test the Application
    • GCP Use Cases
      • Creating an Infrastructure and Plan for GCP
        • Creating a GKE Autopilot Cluster
        • Creating GKE Standard Cluster
        • Kubectl token and config
        • Upgrading the GKE version
      • Creating a Tenant (Environment)
        • Tenant expiry
        • Tenant Config settings
      • Hosts (VMs)
      • Cost management for billing
        • Export Billing to BigQuery
        • Manage cross project billing in GCP
    • GCP Services
      • Containers and Services
      • GKE Containers and Services
        • Allocation Tagging
        • Docker Registry credentials
        • Container Rollback
        • Passing Config and Secrets
      • GCP Databases
        • Cloud SQL
        • Firestore Database
        • Managed Redis
      • Load Balancers
      • Cloud Armour
      • Cloud Credentials
      • Cloud Functions
      • Cloud Run Service
      • Cloud Scheduler
      • Cloud Storage
      • Node Pools
      • Pub/Sub
      • Virtual Private Cloud (VPC) Peering
      • GCP Security Command Center
    • GCP FAQs
    • GCP Systems Settings
      • GCP Infrastructure Settings
      • GCP Tenant Settings
    • GCP Security Settings
      • Infrastructure Security settings
      • GCP Account Security settings
  • Azure User Guide
    • Container deployments
      • Container orchestration features
      • Key DuploCloud concepts
    • Prerequisites
      • Program DNS Entries
      • Import SSL certificates
      • Provision the VPN
      • Connect to the VPN
      • Managed Identity Setup
    • Azure Quick Start
      • Step 1: Create Infrastructure and Plan
      • Step 2: Create a Tenant
      • Step 3: Create Agent Pools
      • Step 4: Create a Service
      • Step 5: Create a Load Balancer
      • Step 6: Test the Application
    • Azure Use Cases
      • Creating an Infrastructure and Plan for Azure
        • AKS initial setup
        • Kubectl token and config
        • Encrypted storage account
        • Upgrading the AKS version
      • Creating a Tenant (Environment)
        • Tenant expiry
        • Tenant Config settings
      • Hosts (VMs)
        • Autoscaling for Hosts
          • Autoscaling Azure Agent Pools
        • Shared Hosts
        • Availability Sets
        • Snapshots
      • Logs
      • Metrics
      • Faults and alerts
        • Alert notifications
      • Azure Portal link
      • Billing and Cost management
        • Enable billing data
        • Viewing billing data
    • Azure Services
      • Containers and Services
        • AKS Containers and Services
          • Allocation Tagging
        • Docker Registry Credentials
        • Container Rollback
        • Passing Configs and Secrets
      • Agent Pools
        • Spot Instances for AKS Agent Pools
      • Azure Container Registry (ACR)
      • Databases
        • MSSQL Server database
        • PostgreSQL database
        • PostgreSQL Flexible Server
        • MySQL Server database
          • Azure Managed SQL Instances
        • MySQL Flexible Server
        • Redis database
      • Docker Web Application
      • Databricks
      • Data Factory
      • Infra Secrets
      • Key Vault
      • Load Balancers
      • Public IP Address Prefix
      • Serverless
        • App Service Plans and Web Apps
        • Function Apps
      • Service Bus
      • Storage Account
      • Subscription
      • VM Scale Sets
    • Azure FAQ
    • Azure Systems Settings
      • Azure Infrastructure Settings
      • Azure Tenant Settings
    • Azure Security Settings
      • Tenant Security Settings
  • Kubernetes User Guide
    • Kubernetes Quick Start
    • Kubectl
      • Local Kubectl Setup
        • Kubectl Shell
      • Kubectl Shell
        • Enable Kubectl Shell for GKE
        • Enable Kubectl Shell for AKS
      • Kubectl Tokens and Access Management
      • Read-only Access in Kubernetes
      • Mirantis Lens
    • Configs and Secrets
      • Setting Kubernetes Secrets
      • Creating a Kubernetes ConfigMap
      • Setting Environment Variables (EVs) from a ConfigMap or Secret
      • Mounting ConfigMaps and Secrets as files
      • Using Kubernetes Secrets with Azure Storage connection data
      • Creating the SecretProviderClass Custom Resource to mount secrets
      • Managing Secrets and ConfigMaps access for readonly users (AWS and GCP)
    • Jobs
    • CronJobs
    • DaemonSet
    • Helm Charts
    • Ingress Loadbalancer
      • EKS Ingress
      • GKE Ingress
      • AKS Shared Application Gateway
        • Using an Azure Application Gateway SSL policy with Ingress
    • InitContainers and Sidecar Containers
    • HPA
    • Pod Toleration
    • Kubernetes Lifecycle Hooks
    • Kubernetes StorageClass and PVC
      • Native Azure Storage Classes
    • Import an External Kubernetes Cluster
    • Managed Service Accounts (RBAC)
    • Create a Diagnostics Application Service
  • Security and Compliance
    • Control Groups
    • Isolation and Firewall
      • Cloud Account
      • Network Segmentation
      • IAM
      • Security Groups
      • VPN
      • WAF
    • Access Management
      • Authentication Methods
      • Cloud Console, API and CLI
      • VM SSH
      • Container Shell
      • Kubernetes Access
      • Permission Sets
    • Encryption
      • At Rest Encryption
      • In Transit encryption
    • Tags and Label
    • Security Monitoring
      • Agent Management
      • SIEM
      • Vulnerabilities
      • Hardening Standards (CIS)
      • File Integrity Monitoring
      • Access Monitoring
      • HIDS
      • NIDS
      • Inventory Monitoring
        • Inventory Reports
      • Antivirus
      • VAPT (Pen Test)
      • AWS Security HUB
      • Alerting and Event Management
    • Compliance Frameworks
    • Security and Compliance Workflow
  • Terraform User Guide
    • DuploCloud Terraform Provider
    • DuploCloud Terraform Exporter
      • Install Terraform Exporter
      • Generate Terraform
      • Using Generated Code
      • Troubleshooting Guide
    • Terraform FAQ
  • Automation and Tools
    • DuploCtl CLI
    • Supported 3rd Party Tools
    • Automation Stacks
      • Clone from a Tenant
      • Create a deploy template
      • Deploy from a template
      • Customize deploy templates
  • CI/CD Overview
    • Service Accounts
    • GitHub Actions
      • Configure GitHub
      • Build a Docker image
      • Update a Kubernetes Service
      • Update an ECS Service
      • Update a Lambda function
      • Update CloudFront
      • Upload to S3 bucket
      • Execute Terraform
    • CircleCI
      • Configure CircleCI
      • Build and Push Docker Image
      • Update Service
    • GitLab CI/CD
      • Configure Gitlab
      • Build a Docker image
      • Update a service
    • Bitbucket Pipelines
      • Configure Bitbucket
      • Build a Docker image
      • Update the Service with Deploy Pipe
    • Azure Pipelines
      • Configure Azure DevOps
      • Build a Docker image from Azure DevOps
      • Update a Service
      • Troubleshooting
    • Katkit
      • Environments
      • Link repository
      • Phases
      • Katkit config
      • Advanced functions
    • ArgoCD
  • User Administration
    • User Logins
    • User access to DuploCloud
    • User Email Notifications
    • API tokens
    • Session Timeout
    • Tenant Access for Users
      • Add Tenant access over a VPN
      • Read-only access to a Tenant
      • Cross-tenant Access
      • Deleting a Tenant
    • VPN access for users
    • Database access for users
    • SSO Configuration
      • Azure SSO Configuration
      • Okta Identity Management
    • Login Banner/Button Customization
  • AI Suite
    • AI HelpDesk
      • Ticket
      • Out of the Box Agents
    • AI Studio
      • Agent
      • Tools
      • VectorDB
      • Developers
    • FAQ
  • Observability
    • Standard Observability Suite
      • Setup
        • Logging Setup
          • Custom Kibana Logging URL
        • Metrics Setup
        • Auditing
          • Custom Kibana Audit URL
      • Logs
      • Metrics
    • Advanced Observability Suite
      • Architecture
      • Dashboards
        • Administrator Dashboard
        • Tenant Dashboard
        • Customizing Dashboards
      • Logging with Loki
      • Metrics with Mimir
      • Tracing with Tempo
      • Profiles with Pyroscope
      • Alerts with Alert Manager
      • Service Level Objectives (SLOs)
      • OTEL Stack Resource Requirements
      • Application Instrumentation
      • Custom Metrics
      • Terraform
    • Faults and Alerts
      • Alert notifications
      • Automatic alert creation
    • Auditing
    • Web App Firewall (WAF)
  • Runbooks
    • Configuring Egress and Ingress for AKS Ingress Controllers in Private Networks
    • Configuring Retool to SSH into a DuploCloud Host with a Static IP Address for Secure Remote Database
  • FAQs
  • Extras
    • FluxCD
    • Deploying Helm Charts
    • Setting up SCPs (Service Control Policies) for DuploCloud
    • BYOH
    • Delegate Subdomains
    • Video Transcripts
      • DuploCloud AWS Product Demo
      • DuploCloud Azure Product Demo
      • DuploCloud GCP Product Demo
      • DevOps Deep Dive - Abstracting Cloud Complexity
      • DuploCloud Uses Infrastructure-as-Code to Stitch Together DevOps Lifecycle
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DuploCloud is a comprehensive solution for DevOps and SecOps, bringing cloud infrastructure management to businesses, regardless of expertise level.

DuploCloud uses templates to create cloud infrastructures comprising hundreds of scaled, managed components. Microservices can be created in minutes, accelerating time to market. Advanced DevOps users can leverage Kubernetes and Terraform to create custom solutions.

For a flat rate per year, personalized onboarding, cloud migration, SecOps questionnaire completion, and auditing support are included.

If there is a way to do something in the cloud, it can be done faster and more efficiently with DuploCloud.

1. Turbo-Charging Infrastructure and Workspace Creation

Did you know that DuploCloud can create a complete cloud infrastructure comprising virtually hundreds of components and sub-components in ten to fifteen minutes? This usually takes hours to develop in a native cloud portal and even longer when using native Kubernetes (K8s). Individual workspaces () can be created in less than a minute.

This acceleration is critical to many of the business value propositions DuploCloud offers. It is why we can perform cloud migrations at such an advanced pace, minimizing downtime and simultaneously ensuring security and compliance (and peace of mind).

2. Built-In Scaling and Managed Services

Virtually all of the services DuploCloud supports are designed to auto-scale as your cloud environment grows exponentially. These Managed Services include automated "set and forget" configurations that dovetail neatly into developer self-service.

As with creating Infrastructures and Tenants, DuploCloud Services are designed for the most common use cases. They enable users to supply a minimum number of inputs to get their service up and running quickly. At the same time, DuploCloud retains the ability to customize, using native Kubernetes YAML coding and custom scripting if needed.

Turnkey access to scalable Kubernetes constructs and managed services ensures minimal implementation detail, making DuploCloud the DevSecOps platform for the rapidly expanding AI/ML cloud space. In this arena, the power of an automated platform becomes readily apparent, not only in setting up your cloud infrastructure but also in maintaining it.

DuploCloud’s ready-made templatized approach to K8s makes adjustments to Kubernetes parameters, such as Horizontal Pod Autoscalers (HPA) for CPU and RAM requirements, easy to access and adjust.

DuploCloud is an efficient, user-friendly means of helping developers automate their environment, reducing the need for constant monitoring or "babysitting." More information on fewer screens and improved ease of navigation enhance monitoring performance.

3. Intuitive Self-Service DevOps for Developers

DuploCloud's simplified UI guides developers and less savvy DevOps users in creating and managing DevOps components and constructs. Even advanced features such as AWS Batch, CloudFront, or setting up a Lambda function are simplified through procedural documentation, step-by-step UI panels, and even sample code blocks that can be accessed through info-tips in the UI.

Using a templatized approach, potentially complex Kubernetes constructs such as Ingress and Terraform scripting can be managed by developers with minimal exposure to such functionality. Experts who have invested time and money in creating custom solutions using such tools do not need to discard their work. DuploCloud can help integrate existing solutions and workflows, often automating them during onboarding at no additional cost.

4. Ease of Use and Expedited Navigation with JIT Access

Complex navigation and workflows can be a huge headache for DevOps and cloud engineers. Using DuploCloud, you can minimize the time you spend logging in and out of AWS, Azure, and GCP consoles. Every DevOps and SecOps task can be completed from within the DuploCloud portal, often with significantly reduced clicks.

Compare the keystrokes and navigation between DuploCloud and using a native cloud portal. Often, DevOps engineers "get used to the pain" inherent in many daily DevOps tasks, unaware they can gain back minutes, hours, and days by using DuploCloud.

Some commonly used tools that can be accessed directly within DuploCloud include kubectl, shell access, and JIT access to cloud consoles.

5. Turn-Key Compliance and Security

When you let DuploCloud manage your DevOps environment, a scalable and robust SecOps framework and implementation strategy are included. Aligned with industry best practices, our staff of SecOps experts analyzes how your data is stored and transmitted, helps identify the standards you must meet, and then constructs a detailed implementation strategy to meet and exceed those requirements. In addition, we create a scalable model that adapts as your customer base and workloads grow.

Using easy-to-access "Single Pane of Glass" dashboards, DuploCloud provides a granular view of all security issues and compliance controls. Completing questionnaires and passing audits is simple, especially with our 24/7 support.

6. Seamless CI/CD Pipeline Integrations

Some of the tools we support, such as GitHub Actions, include ready-to-run scripts for quickly creating Docker images, updating Services or Lambdas, uploading data to an S3 Bucket, or executing Terraform scripts.

Whatever your tool of choice, our DevOps experts can help you find the best workflow that requires the least effort to build and maintain.

7. Optimizing DevOps Spending

One of the biggest reasons to consider an automated DevSecOps solution comes down to dollars and cents. It's too easy to spend a lot on a public cloud solution without knowing precisely where your money goes. Sometimes, the components and services you've created (and even ones you've forgotten about) cost you more than they're earning you.

DuploCloud provides several billing dashboards that break down your spending by workspace and component. These dashboards are navigable with just a few clicks. Our support team can help you identify redundancies in services and tools and possibly cut costs by suggesting solutions leveraging the many third-party tools built into DuploCloud.

8. Scalable, Simplified, Faster Terraform Scripting

As with most platforms, the work required to set up and configure a Terraform environment can adversely impact accuracy, productivity gains, and effectiveness. Crafting scalable Terraform requires more skills than simply programming. In addition, as with any code base, it requires constant updating, refactoring, and other maintenance tasks.

Using DuploCloud’s proprietary Terraform provider removes the need to write specifically for one public cloud. You can effectively use the same DuploCloud Terraform code — as it maps to DuploCloud’s constructs, not one specific cloud — with several public clouds. You don’t need to worry about differentiating platform-specific specifications. DuploCloud handles all of this for you in a transparent, replicable manner. You use utilities such as DuploCloud’s Terraform Exporter to quickly clone Tenants and modify configuration details when needed for specific Infrastructures and Tenants.

9. Single Pane of Glass for Enhanced Observability

Attempting to monitor your cloud infrastructure from the numerous UIs offered by public providers often obscures problems or causes confusion. DuploCloud's monitoring interfaces combine multiple functionalities on one screen; our SIEM dashboard is a primary example of such flexibility and comprehensiveness. Leveraging Wazuh, DuploCloud offers unprecedented insights from a single interface.

Using OpenSearch, Grafana, and Prometheus, you can get single snapshots of logging, auditing, compliance and security vulnerabilities, custom alerting, and fault lists with one click.

10. Cost-reduction leveraging DuploCloud Third-Party tools

Our website also features a comprehensive Chatbot () that can provide thorough answers, coding assistance, and troubleshooting. Every DuploCloud customer receives their own Slack channel for personalized support from our responsive team of DevOps specialists.

DuploCloud walks you through each process step during , then ensures each implementation phase results in smooth and secure operations, laying the foundation for a reliable and compliant system.

DuploCloud supports all the primary for creating automated, streamlined CI/CD pipelines, ensuring consistent processes and repeatable workflows.

But here again, the power of ready-made templates in DuploCloud works to your advantage. DuploCloud contains its own Terraform provider, which can access DuploCloud constructs such as and . This simplifies the creation of many cloud resources by assuming defaults for compliance and security. When you run DuploCloud, you’re already speeding up the creation of DevOps components, so adding another accelerator based on Terraform is a win-win proposition: less code, less maintenance, faster deployments, and faster time-to-market.

DuploCloud utilizes numerous , which are included in the cost of a DuploCloud subscription. Depending on what tools you already use and the capacity in which you use them, a DuploCloud subscription can sometimes make the need for additional licenses obsolete. Our team of Solutions Architects can verify functional overlaps and suggest an optimal strategy to deliver the required functionality at the most efficient cost.

  1. Getting Started with DuploCloud

What DuploCloud Does

How DuploCloud is able to provide comprehensive DevSecOps support in a single intuitive tool

PreviousGetting Started with DuploCloudNextDuploCloud Onboarding
  • 1. Turbo-Charging Infrastructure and Workspace Creation
  • 2. Built-In Scaling and Managed Services
  • 3. Intuitive Self-Service DevOps for Developers
  • 4. Ease of Use and Expedited Navigation with JIT Access
  • 5. Turn-Key Compliance and Security
  • 6. Seamless CI/CD Pipeline Integrations
  • 7. Optimizing DevOps Spending
  • 8. Scalable, Simplified, Faster Terraform Scripting
  • 9. Single Pane of Glass for Enhanced Observability
  • 10. Cost-reduction leveraging DuploCloud Third-Party tools
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