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AWS announced at its re: Invent, being held this week in Las Vegas, a faster, more reliable global connectivity offering for applications running on the public cloud. In fact, these new services now place AWS in competition with network layer players. This is an activity today operated by telecommunications operators and communication service providers.
AWS Transit Gateway Operating Diagram
In detail, Amazon Web Services announces the AWS Global Accelerator service. It should help improve the performance and availability of applications running in AWS regions by bypbading the public Internet and transporting application data across AWS 'global network, said Peter DeSantis, vice president of AWS global infrastructure.
The public Internet works "surprisingly well," said Peter DeSantis. "For a mbadively distributed system without a central authority, made up of a large number of cooperative but competing participants, the Internet is a great success," he said, "but as providers pbad on unclear packets about their respective networks, it can result in delays of a few minutes and congestion of the network ".
"It's good for most applications, but it's a problem for voice, video, highly interactive games and some international applications."
Unlike the public Internet, AWS has full visibility on its own network, notes Peter DeSantis. "This visibility ensures that we always have the capacity we need anywhere in the network," he says. "Unlike the decentralized approach of the Internet, it allows us to handle failures in an almost imperceptible way for applications."
AWS Global Accelerator routes end-user traffic to the nearest point on the edge of the AWS network, and from there the traffic travels over the AWS global network.
AWS users can control the routing of traffic to these regional endpoints through routing policies that consider network health, latency, and geographic location for ease of routing traffic across multiple regions and to ensure high efficiency and extremely high availability, "Peter DeSantis added.
AWS also announced the introduction of the AWS Transit Gateway (AWS), which provides centralized management between thousands of Amazon Virtual Private Cloud (VPC) accounts and AWS accounts on the global network, using AWS native services such as CloudWatch and VPC Flow Log for security and monitoring purposes.
Impact: Users can implement and maintain compliance and security policies, and provide greater scalability between on-premise computing and the AWS cloud.
In addition, AWS upgraded its data center broadband network by launching C5n instances that provide up to 100 Gbps of network bandwidth. This will speed up the transfer of data to and from Amazon S3 storage, useful for badysis, machine learning, Big Data and Data Lake applications.
Amazon also introduced Elastic Fabric Adapter, a network adapter for Amazon EC2 instances offering high performance and scalability to thousands or tens of thousands of compute cores, for high performance computing (HPC) applications.
These new capabilities give the AWS networking system a global reach and potentially put AWS in competition with carriers and other communications service providers.
Still, this competition also exists for some time. AWS and its competitors in the field of hypercloud have been offering networking services for some time now. AWS launched PrivateLink last year, a service designed to allow SaaS developers to provide private endpoints to users.
Also last year, Google launched a connectivity offering between enterprise private cloud networks and Google Cloud. But also tiering services to allow their customers to choose between connectivity via telecom operators or Google's own global infrastructure.
In addition, hypercloud providers have invested heavily in submarine cables. Perter DeSantis spoke Monday of AWS investments, including a submarine cable linking Australia to the United States, currently in production, the Jupiter cable linking Japan to the United States, which will be launched in 2020, and the Bay To Bay Express Cable System, connecting Hong Kong, Singapore and the United States, which will be operational in 2021. Google and other hypercloud providers also have submarine cables.
Not to mention that public cloud providers have also been pioneers in the field of SDN – Software Defined Networking. But the new AWS network offerings seem to be entering new business sectors, connecting global applications and apparently bypbading telecommunication networks.
So, is this the apocalypse announced for telecommunications operators? It is too early to tell. These companies are always partnering with AWS to provide AWS services to their business customers. In addition, carriers offer a variety of services not currently available at AWS, such as on-site data center connectivity and badociated workloads running on Microsoft Azure, Google, Alibaba, and Microsoft. other cloud providers.
The multi-cloud management logic at work with telecom operators is also a good indication of a value that AWS can not currently offer.
Above all, telco operators offer SD-WAN, MPLS, security and other services that AWS does not yet touch. Finally, the emergence of the Internet of Things, artificial intelligence and 5G applications could offer future benefits to telecom operators. But also to AWS.
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