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Artificial Intelligence

Key Takeaways Artificial Intelligence refers to the development of computer systems that can perform tasks that would typically require human intelligence, such as learning, problem-solving,…

AWS, Azure, EKS & Google Cloud

Key Takeaways AWS offers a wide range of services and has a consistent user experience. Azure integrates well with other Microsoft products and provides comprehensive…

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Cloud Networking

Key Takeaways Cloud networking involves scalable, virtualized resources as a service over the internet. Hybrid clouds offer flexibility and more data deployment options. Advantages of…

Cloud Security

Key Takeaways Cloud security involves policies, technologies, and controls to protect data, applications, and infrastructure associated with cloud computing. Robust cloud security protocols are necessary…

Clustering

Key Takeaways Clustering groups multiple nodes (servers, devices, or containers) into a coordinated system to enhance performance, reliability, and scalability. Key components include nodes, clustering…

Container Software

Key Takeaways Containers are lightweight, standalone, executable packages that include everything needed to run an application. Docker containers ensure that software works uniformly across different…

Continuous Data Protection

Key Takeaways Continuous data protection eliminates the need for a backup window by performing backups every few minutes. CDP creates an initial data copy to…

D

Data Transfer

Key Takeaways Different data transfer techniques have unique strengths and limitations. Optimization can improve data transfer efficiency. Speed optimization is crucial to combat bandwidth limitations…

F

Failover

Key Takeaways Failover is the process of automatically shifting to a backup system during a system failure. Failover is crucial for business continuity and mitigates…

H

High Availability

Key Takeaways High availability is a system design approach that ensures operational performance. It is crucial for maintaining uninterrupted services and business continuity. Implementing disaster…

K

Kubernetes

Key Takeaways Kubernetes provides robust security and networking capabilities, ensuring a secure environment for running containerized applications. It streamlines the app development cycle by managing,…

S

Software-Defined Perimeter

Key Takeaways SDP operates on the principle of 'trust no one, verify everyone' in network security. SDP establishes a network boundary that requires verification before…

SQL Server

Key Takeaways Optimal installation practices and advanced configuration techniques enhance performance, security, and reliability of SQL Server. Server maintenance practices, regular monitoring, and disaster recovery…

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Virtual Private Network

Key Takeaways Enterprise-Grade to Consumer Tools: There is a massive variety of VPN technologies available in the world today, with some intended for consumer use,…

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Zero Trust Architecture

Key Takeaways Zero trust architecture is a security model that eliminates default trust for users and devices within the network perimeter, reducing the likelihood of…

Zero Trust Security

Key Takeaways Zero trust is a security framework that requires authentication, authorization, and continuous validation for all users. Zero trust can be applied to local,…
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High Availability, Simplified: What’s New in DxEnterprise v26 & DxOperator v2
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Use Cases
Deploy a SQL Server AG in OpenShift with DxOperator
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Use Cases
Simplified High Availability for SQL Server on RHEL 9.6 with DxEnterprise
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