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Amazon Web Services

Amazon Web Services (AWS) is the most comprehensive and widely used cloud platform globally, with over 200 fully-featured services provided by data centers worldwide. Its offerings span from foundational infrastructure technologies like computing, storage, and databases, to emerging technologies such as machine learning, artificial intelligence, data lakes, analytics, and the Internet of Things (IoT). Leveraging AWS's robust product portfolio and its own excellent cloud service capabilities, Peixiao Networks delivers highly tailored cloud solutions to industry clients, enabling cost reduction, efficiency enhancement, and accelerating innovation for enterprises.

AWS BASED, FULL-SCENE DEPLOYMENT POSSIBLE

Cloud Infrastructure Services

Includes basic services such as cloud servers, cloud storage, cloud databases, domain name registration, and so on.

Internet of Things

(IoT)

A comprehensive IoT service suite, fully tailored solutions, ensuring the security of IoT applications from the cloud to the edge.

Machine Learning

Building, training, and deploying machine learning (ML) models through fully managed infrastructure, tools, and workflows.

Capacity

Through AWS container services, whether on-premises or in the cloud, it's easier to manage underlying infrastructure.

Storage

Covering object storage, file storage, content delivery network (CDN), load balancing, and building network disks, etc.

Serverless

Serverless automatic scaling, built-in high availability, and pay-as-you-go billing model based on usage, effectively improving agility and optimizing costs.

AWS Solution

Data Transfer

This solution can automatically deploy and configure a serverless architecture using the following services:

  • Frontend static web assets (frontend user interface) stored in Amazon Simple Storage Service (Amazon S3) and delivered through Amazon CloudFront.

  • Backend API provided through AWS AppSync GraphQL.

  • User authentication through Amazon Cognito user pools (in AWS regions) or OpenID Connect providers (in AWS China regions), such as Authing, Auth0, etc.

  • AWS AppSync runs AWS Lambda to invoke backend APIs. Lambda triggers AWS Step Functions workflows, which use AWS CloudFormation to launch or stop/delete Amazon ECR or S3 plugin templates. Plugin templates are hosted in centrally managed Amazon S3 buckets managed by AWS.

  • The solution also includes a preconfigured Amazon Elastic Container Service (Amazon ECS) cluster, which runs container images used by the plugin templates, and the container images are hosted in Amazon Elastic Container Registry (Amazon ECR).

  • Task information for data transfer is stored in Amazon DynamoDB.

Cloud Migration.

The migration 6R rule proposed by AWS is a targeted migration strategy tailored to different business application scenarios. Here's an explanation of each R:

  1. Retain: Retain some applications or data during the migration process without making any changes. This may be because some systems do not need to be migrated or are temporarily unable to be migrated.

  2. Retire: Stop using or discard applications or data that are no longer needed. This may be because these applications or data are outdated or no longer meet business requirements.

  3. Rehost: Rehost applications by simply migrating them from existing infrastructure to the cloud, such as migrating applications to EC2 instances.

  4. Replace: Replace existing applications or systems with cloud-native services or SaaS platforms to achieve the same functionality. For example, migrate to fully managed platforms or use cloud-native database services.

  5. Replatform: Migrate applications to platforms that are more suitable for the cloud environment to improve performance and efficiency without changing core functionality. For example, migrate applications to database-as-a-service platforms or serverless computing platforms.

  6. Refactor: Refactor applications to redesign them for a cloud-native architecture to improve flexibility and scalability. For example, migrate from monolithic architecture to microservices architecture or serverless architecture.

Depending on the business application scenario, you can choose the appropriate migration strategy or combine multiple strategies to complete the migration process.

Gaming Media

To build a serverless solution for customized in-game media content, the reference architecture utilizes request parameters and edge computing to provide a flexible way to deliver dynamic content on loading screens or other parts of the game.

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