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I'm always looking for best practices when it comes to directory structures for projects. Organizing and setting up accounts and OU groups in AWS Organizations can be a bit daunting and tedious. Using Control Tower is a good place to start but you really want to take some time to create functional accounts within Organizational Units to separate the org into functional roles. Having multiple accounts for different functions can be another management hassle but once you create an IAM Identity user with permission sets that allow you to assume the role of the accounts, you can switch between the accounts very easily in the console or CLI. Best Practices for Organizational Units with AWS Organizations by Andrew Blackham and Sam Elmalak https://lnkd.in/ey5yrccF #aws #awsdevops

#Devops related to #DNS Resolution #Scenario: As a Cloud and Devops engineer you are working for a?company which has multiple VPCs in AWS connected to its on-premises data center using AWS Direct Connect and Amazon VPN. The company's internal applications require DNS resolution for both AWS-hosted services and on-premises resources. You have been tasked to ensure that DNS queries for internal resources are properly resolved, whether the queries originate from the VPCs or the on-premises environment. #Challenge: - The company's on-premises environment needs to resolve DNS queries for AWS-hosted resources, and similarly, AWS VPCs need to resolve DNS queries for on-premises resources. ?- ?Ensure consistent and accurate DNS resolution across both environments without exposing internal DNS records to the public internet and ensure that DNS queries are routed securely between the on-premises environment and the VPCs. #Solution: One of the reliable solution is to use Route53 resolver. Route?53 Resolver endpoints and forwarding rules allow you to forward traffic between your Amazon VPC and on-premises data center without having to deploy additional DNS servers or updating the DHCP option set. Below is the basic outline of the bare minimum configurations that is required. Set Up Route 53 Resolver Endpoints: - Inbound Endpoint: Create an inbound resolver endpoint in AWS Route 53 to allow DNS queries from on-premises servers to resolve AWS resources. - Outbound Endpoint: Create an outbound resolver endpoint in AWS Route 53 to forward DNS queries from AWS VPCs to the on-premises DNS servers. Configure DNS Forwarding Rules: - On-Premises to AWS: Configure DNS forwarding rules on your on-premises DNS servers to forward queries for AWS-hosted domains to the Route 53 inbound endpoint. - AWS to On-Premises: Set up DNS forwarding rules in Route 53 Resolver to forward queries for on-premises domains to the outbound endpoint, which sends queries to the on-premises DNS servers. Associate DNS Rules with VPCs: - Link the DNS forwarding rules to the appropriate VPCs using Route 53 Resolver rule associations. This ensures that queries from the VPCs are routed correctly according to the forwarding rules. The above steps covers only the basic configuration , Depending upon the scaling and multi-account orgs, suitable architecture should be chosen.

This post provides information related to Aws IAM Service , roles, Policy, User, User-group. Assigning inline policy to a user. #AWS #IAMService #AWSServices #AwsPractioner #AWSPractice #DevopsEnthusiast #AWSTutorial #Devops #DevopsPractice

From Technical Helpdesk to Managed Workplace and Data Center Support, we ensure optimal resource installation, robust protection, and efficient utilization. Visit https://bit.ly/3IAgPOb for more information on our technology services, including Cloud, Containerization, DevOps, and Digital Transformation. #SightskyInfotech #ManagedITService #DevOps #DigitalTransformation #CloudComputing #CloudEngineering #SaaS #Scalability #Security #Innovation #MobileApps #BusinessApplications #EnterpriseApplications #WhereTechnologyMeetsTrust

Devops Look at DevOps with a focus on secure design, development and delivery. Note how security is architected into cloud-native applications and platform constructs such as. clusters,namespaces deployment configurations, SDN, roles and pipelines. Use the IBM Security architecture to safeguard and monitor your cloud applications and data #snsinstitutions #snsdesignthinkers #designthinking

???????? ???? ?????? ?????????????? ??????????????? AWS Systems Manager is a service provided by Amazon Web Services (AWS) that helps you manage your cloud infrastructure and resources securely and efficiently. It offers a unified interface for viewing operational data across your AWS resources, automating tasks, and managing configurations. Here are some key features of AWS Systems Manager: 1. Parameter Store: A secure, hierarchical storage service for configuration data management and secrets management. It allows you to store sensitive information such as passwords, database strings, and license codes. 2. Run Command: Allows you to remotely execute commands on your EC2 instances or on-premises servers, making it easy to perform administrative tasks, troubleshoot issues, and automate tasks at scale. 3. Automation: Enables you to automate common maintenance and deployment tasks, such as patching instances, creating backups, and deploying applications, using predefined or custom automation workflows. 4. Session Manager: Provides secure, browser-based access to your EC2 instances or on-premises servers without the need for SSH/RDP access. It allows you to establish interactive shell sessions or run remote commands directly from the AWS Management Console. 5.Inventory: Collects metadata about your AWS resources and on-premises servers, including instance details, installed applications, network configurations, and more. This helps you track and manage your resources more effectively. 6.State Manager: Allows you to define and enforce desired configurations on your EC2 instances or on-premises servers, ensuring that they comply with security and operational best practices. 7. Patch Manager: Helps you automate the process of patching your EC2 instances and on-premises servers with security patches and updates, reducing the risk of security vulnerabilities and ensuring compliance with security policies. 8. OpsCenter: Provides a centralized location for viewing, investigating, and resolving operational issues and alarms across your AWS resources. It aggregates operational data from various AWS services, making it easier to troubleshoot issues and take corrective actions. Overall, AWS Systems Manager simplifies the management of your infrastructure, reduces operational overhead, and improves security and compliance posture by providing a suite of tools for configuration management, automation, and monitoring. #aws #awscloud #awscommunity #devops #mgdevops #cloudinfrastructure

Devops Look at DevOps with a focus on secure design, development and delivery. Note how security is architected into cloud-native applications and platform constructs such as clusters, namespaces deployment configurations, SDN, roles and pipelines. Use the IBM Security architecture to safeguard and monitor your cloud applications and data #snsinstitutions #snsdesignthinkers #designthinking

????DNS Resolution???? #Scenario: As a Cloud and Devops engineer you are working for a?company which has multiple VPCs in AWS connected to its on-premises data center using AWS Direct Connect and Amazon VPN. The company's internal applications require DNS resolution for both AWS-hosted services and on-premises resources. You have been tasked to ensure that DNS queries for internal resources are properly resolved, whether the queries originate from the VPCs or the on-premises environment. ??Challenge: - The company's on-premises environment needs to resolve DNS queries for AWS-hosted resources, and similarly, AWS VPCs need to resolve DNS queries for on-premises resources. ?- ?Ensure consistent and accurate DNS resolution across both environments without exposing internal DNS records to the public internet and ensure that DNS queries are routed securely between the on-premises environment and the VPCs. ??Solution: One of the reliable solution is to use Route53 resolver. Route?53 Resolver endpoints and forwarding rules allow you to forward traffic between your Amazon VPC and on-premises data center without having to deploy additional DNS servers or updating the DHCP option set. Below is the basic outline of the bare minimum configurations that is required. Set Up Route 53 Resolver Endpoints: - Inbound Endpoint: Create an inbound resolver endpoint in AWS Route 53 to allow DNS queries from on-premises servers to resolve AWS resources. - Outbound Endpoint: Create an outbound resolver endpoint in AWS Route 53 to forward DNS queries from AWS VPCs to the on-premises DNS servers. Configure DNS Forwarding Rules:???? - On-Premises to AWS: Configure DNS forwarding rules on your on-premises DNS servers to forward queries for AWS-hosted domains to the Route 53 inbound endpoint. - AWS to On-Premises: Set up DNS forwarding rules in Route 53 Resolver to forward queries for on-premises domains to the outbound endpoint, which sends queries to the on-premises DNS servers. Associate DNS Rules with VPCs:???? - Link the DNS forwarding rules to the appropriate VPCs using Route 53 Resolver rule associations. This ensures that queries from the VPCs are routed correctly according to the forwarding rules. ??The above steps covers only the basic configuration , Depending upon the scaling and multi-account orgs, suitable architecture should be chosen.??????

?? Automating AWS IAM User & Group Management with Terraform! ??? Hey #CloudComputing enthusiasts! I recently worked on streamlining AWS Identity and Access Management (IAM) and S3 bucket access using Terraform for a more scalable and secure infrastructure. Managing AWS Identity and Access Management (IAM) manually can be time-consuming, especially in environments that are growing rapidly. That’s why I’ve created a solution using Terraform to automate IAM group, user creation, and policy management dynamically! ?? What this solution does: Automatically creates IAM users based on a dynamic list. Sets up IAM groups and attaches AWS policies (like AdministratorAccess, S3ReadOnlyAccess, EC2FullAccess) seamlessly. Assigns users to groups based on their roles and tags—no manual intervention needed! Provides easy-to-read outputs so you can track group membership, user ARNs, and policy attachments. ?? Why this is awesome: Scalable: Add new users, groups, or policies by simply editing a variables file. Automated: Cuts down on the need for manual provisioning. Clear outputs: Track everything at a glance with Terraform’s output blocks. ?? Tech used: Terraform: For IaC (Infrastructure as Code) AWS IAM: Managing identities, permissions, and groups Dynamic loops: For creating users, groups, and policy attachments effortlessly I’m really excited about how this setup simplifies AWS IAM management. Imagine the time saved by automating this process—especially in environments with large teams! ?? I’d love to hear your thoughts or suggestions for improvement. How are you handling IAM in your AWS environments? #AWS #Terraform #DevOps #Automation #CloudComputing #InfrastructureAsCode #IAM #AWSCloud Project Link : https://lnkd.in/e8kDDbvA Would love to hear your thoughts, or let me know if you'd like to dive deeper into this topic! ?? #Terraform #AWS #CloudInfrastructure #DevOps #InfrastructureAsCode #IaC #CloudSecurity #S3 #IAM #Automation

?? Attention Salesforce Architects! ?? Are you confident in the security of your Salesforce cloud architecture? ?? In today's digital landscape, ensuring the stability and protection of your systems is more critical than ever. ?? We've just published an insightful article on the "5 Principles of Secure Salesforce Cloud Architecture" that you won't want to miss! ?? From automating DevOps processes to implementing security by design, this article covers essential strategies to fortify your Salesforce environment. ?? Key takeaways include: ? Automating functions for increased system stability ? Building security into every layer of your architecture ? Monitoring and managing potential security threats ? Using secure integration methods ? Regularly updating your system for compliance Please share your thoughts and experiences in the comments below and let's start a conversation about secure Salesforce cloud architecture! ?? #SalesforceArchitecture #CloudSecurity #SecureByDesign #DevOps