⚠️ Note: The information below is for reference purposes only. Please do not copy verbatim for your own report, including this warning.
This section will list and introduce the blogs you have translated. For example:
This blog explores how to enable secure, internet-based access to SaaS applications delivered through AWS PrivateLink endpoints using AWS Verified Access. You will learn how to extend PrivateLink’s private connectivity to remote users and partners while maintaining a zero-trust security architecture. The article covers the complete setup process including configuring Verified Access endpoints, integrating with IAM Identity Center for authentication, setting up Route 53 for load balancing, and deploying the Verified Access Connectivity Client for seamless user access.
This blog demonstrates how to simplify and optimize connectivity between RISE with SAP and your AWS infrastructure using AWS Cloud WAN. You will discover how Cloud WAN provides centralized network management, automated routing, and seamless multi-region connectivity. The article guides you through implementing a multi-account architecture with inspection layers using AWS Network Firewall, configuring Cloud WAN policies, and establishing secure connections to SAP workloads while maintaining compliance and operational efficiency.
This blog provides comprehensive best practices for minimizing failover times when deploying overlay tunnels (Site-to-Site VPN or Connect Attachments) over AWS Direct Connect. You will learn how to optimize BGP timers, implement Bidirectional Forwarding Detection (BFD), and choose between pinned and unpinned tunnel configurations. The article demonstrates how proper configuration can reduce failover times from minutes to milliseconds (up to 99% improvement), ensuring highly available hybrid connectivity between on-premises and AWS environments.
This blog introduces how to start building a data lake in the healthcare sector by applying a microservices architecture. You will learn why data lakes are important for storing and analyzing diverse healthcare data (electronic medical records, lab test data, medical IoT devices…), how microservices help make the system more flexible, scalable, and easier to maintain. The article also guides you through the steps to set up the environment, organize the data processing pipeline, and ensure compliance with security & privacy standards such as HIPAA.
This blog introduces how to start building a data lake in the healthcare sector by applying a microservices architecture. You will learn why data lakes are important for storing and analyzing diverse healthcare data (electronic medical records, lab test data, medical IoT devices…), how microservices help make the system more flexible, scalable, and easier to maintain. The article also guides you through the steps to set up the environment, organize the data processing pipeline, and ensure compliance with security & privacy standards such as HIPAA.
This blog introduces how to start building a data lake in the healthcare sector by applying a microservices architecture. You will learn why data lakes are important for storing and analyzing diverse healthcare data (electronic medical records, lab test data, medical IoT devices…), how microservices help make the system more flexible, scalable, and easier to maintain. The article also guides you through the steps to set up the environment, organize the data processing pipeline, and ensure compliance with security & privacy standards such as HIPAA.