Huawei Virtual Private Cloud
A Virtual Private Cloud (VPC) allows for the establishment of private and secluded virtual networks. Within a VPC, you have the capability to set up IP address ranges, subnets, and security groups, as well as assign Elastic IP (EIP) addresses and manage bandwidth allocation. These private cloud networks are entirely segregated from one another. You can also deploy Elastic Container Services (ECSs) across different availability zones while remaining within the same VPC. The self-service network management feature liberates users from the burden of standard network configurations, enabling more adaptable network deployment. By utilizing the VPC service, you can construct private networks and implement Elastic Load Balancers (ELB) to offer web services that accommodate numerous users simultaneously. Additionally, this setup facilitates seamless two-way migration of user services and data, ensuring that both locations have access to the necessary user services and information at all times. This capability enhances operational flexibility for businesses aiming to optimize their cloud infrastructure.
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Amazon Virtual Private Cloud
Amazon Virtual Private Cloud (Amazon VPC) offers the capability to deploy AWS resources within a virtual network that you can design to be logically isolated. This service empowers you with full authority over your networking environment, allowing you to choose your own IP address range, establish subnets, and set up route tables and network gateways. You can utilize both IPv4 and IPv6 for various resources within your virtual private cloud, facilitating secure and straightforward access to your applications and resources. As a core service of AWS, Amazon VPC simplifies the task of tailoring your network configuration according to your needs. You have the option to create a public subnet for web servers that require internet access while securing your backend systems, such as databases or application servers, in a private subnet that does not connect to the internet. Additionally, this flexibility allows for enhanced security measures and optimized performance based on your specific requirements.
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Azure Virtual Network
Azure Virtual Network provides a secure and isolated framework for deploying your virtual machines and applications. It allows you to utilize private IP addresses, establish subnets, and implement access control policies among other features. By utilizing Virtual Network, you can manage Azure with the same level of control as you would have over your own data center. Notably, traffic between resources within Azure, whether in a single region or across multiple regions, remains within the Azure network, meaning that intra-Azure communications do not rely on the Internet. This ensures that all interactions between virtual machines, storage, and SQL services route solely through Azure's infrastructure, irrespective of their geographic locations. Additionally, traffic between virtual networks in different regions is also confined to Azure's secure ecosystem. Virtual Network serves as an effective extension of your on-premises IT infrastructure into the cloud, enabling seamless connectivity akin to linking a remote branch office. For secure connections to a virtual network, you can opt for an IPsec VPN or a private link via Azure ExpressRoute, ensuring your data remains protected during transit. Moreover, this flexibility allows organizations to maintain consistent security policies across both on-premises and cloud environments.
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Sidescale
Enterprise grade, lowest price, automation & developer-friendly. API (AWS & CCE compatible), Teams, Support. Instances, Virtual Private Cloud (VPC), Firewalls, Load Balancers. Resilient Network, DDOS Protection, and Direct Connect to AWS, GCE Azure, and many more. AWS's enterprise cloud offers incredible price performance at up to 90% off. Redundant infrastructure using blade server with converged storage area network (SAN), and blade server technology. Live migration and ephemeral volume support ensure uptime. Maximize asset security by using a firewall and DDOS protected carrier-grade network.
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