AWS Cloud Integration

Amazon Lightsail is a virtual private server (VPS) provided by AWS. You can use cloud resources such as instances, containers, storage, databases, etc. at a low cost and highly cost-effective monthly fee.

Amazon Lightsail provides easy-to-use cloud resources that allow you to build websites and applications in a few clicks, with simplified functionality compared to other services offered by AWS.

You can easily create and launch an instance by clicking on a pre-configured OS or application/development stack such as LAMP or WordPress. You can also use Amazon Lightsail's built-in firewall functionality to allow or restrict traffic based on source IP, port, or protocol.

Features of Amazon Lightsail

● Easy setup
Amazon Lightsail can be used without any prior knowledge of using AWS's advanced cloud services. Easily deploy virtual machines with Linux or Windows Server OS and create web applications and databases from pre-built application templates in just a few clicks from your dashboard.

● Integrated management
Various services such as web applications and databases can be managed in an integrated manner. Users can minimally monitor resource status and change security group settings from a simplified dashboard.

● Scalability
Resources such as web applications and databases can be scaled up or down as needed, allowing you to flexibly respond to spikes or drops in traffic.

● Security
You can control access to resources using security groups and firewalls. It provides security features such as HTTPS encrypted communication and network interface level access control.

● Backup and Restore
The automatic backup function allows you to automatically back up resources such as web applications and databases, and restore them when necessary.

Services provided by Beyond

● AWS Cloud Integration
● AWS Operation Monitoring Service (24 hours a day, 365 days a year)

AWS CloudFormation is an IaC (Infrastructure as Code) service that allows you to model, automatically deploy, and version control AWS and third-party resources by treating AWS infrastructure configurations as code. AWS resources built by AWS CloudFormation are called stacks, and stacks are built based on blueprints in JSON or YAML format called templates.

By modifying the template, specifying the stack, and re-adapting it, you can change the configuration of AWS resources on the stack or delete the resources. Also, by using the same template, you can create a new AWS environment as a separate stack in a different region.

By describing the required resources and their dependencies in a CloudFormation template, you can start and configure them all at once as a single stack. You can use templates and create/update/delete the entire stack as a unit whenever you need to, without having to manage resources separately. You can also manage and provision stacks across multiple AWS accounts and AWS Regions.

Features of AWS CloudFormation

● Coding infrastructure
AWS CloudFormation can express infrastructure as code and create a template. Templates include definitions of AWS resources, relationships between those resources, and parameters for configuring them. Instead of creating resources manually, you can deploy resources that you define in code. It automatically creates and configures AWS resources, which is more consistent and reliable than doing it manually.

● Version Management
Manage multiple versions of templates, compare different versions, track changes, and even rollback if necessary. You can also export specific versions of templates or store them in an S3 bucket for release management.

● Scalability
AWS CloudFormation is designed to support large-scale applications and supports large numbers of AWS resources. You can also manage resources that are not supported by AWS CloudFormation by using custom resources created with AWS Lambda functions.

Services provided by Beyond

● AWS cloud integration
● Kubernetes (K8s) design, construction, and operation services

AWS Direct Connect is a dedicated line connection service provided by AWS that does not use the Internet. Connect the AWS cloud environment to the end of a leased line or closed network provided by a line carrier (NTT, KDDI, Softbank, etc.) at an AWS Direct Connect location.

AWS Direct Connect can be used between AWS cloud environments (EC2, VPC, S3, etc.) and in-house system equipment through a private network connection.

Features of AWS Direct Connect

● Private connection
AWS Direct Connect connects the AWS cloud environment and on-premises environment through a private network that does not go through the Internet. This allows for stable network connections and the ability to transfer large amounts of data at high speeds. You can also choose your network bandwidth to match your business demands, giving you flexibility in scaling your bandwidth.

● Secure connection
Provides a secure connection using an encrypted network when connecting to AWS from your data center or office. A secure network with AES-256 encryption and BGP authentication gives you easy control over security.

● Global connectivity
The AWS Direct Connect network spans the globe, providing connectivity to AWS Regions in many regions. This allows users to connect to AWS from on-premises environments or data centers owned by third parties.

● Diverse connectivity options
We offer physical connectivity options and virtual interface options. Physical connectivity uses a dedicated physical line to connect to the AWS cloud. The virtual interface option allows you to create virtual connections and connect multiple VPCs.

Services provided by Beyond

● AWS cloud integration

Amazon ElastiCache is an in-memory database service provided by AWS. By retaining frequently referenced data and data sets that require time to search in memory, it helps improve system performance. Amazon ElastiCache supports two types of engines: Redis and Memcached, so you can choose the most suitable engine depending on your system usage.

Amazon ElastiCache Features

● Managed service
Amazon ElastiCache is a managed service managed by AWS, so the steps necessary for deployment, management, and monitoring are automated, and it also supports data backup using snapshots. This eliminates the need for system administrators to perform configuration and maintenance themselves.

● High speed
Both Redis and Memcached can be used. Redis supports advanced data structures and provides functionality similar to an RDB (relational database). Memcached, on the other hand, provides a simple key-value store.

These datastores cache data in memory, thus speeding up database read operations. This allows your application to return fast and scalable responses.

● Automatic failure recovery
Because we have multiple nodes across multiple AZs (Availability Zones), there is no SPOF (Single Point of Failure). It also provides automatic disaster recovery, so if your data store goes down, it will automatically recover.

● Security
Amazon VPC allows you to place your data store on a private network, protecting it from unauthorized access over the Internet. Additionally, SSL/TLS encryption is supported.

Services provided by Beyond

● AWS Cloud Integration
● AWS Operation Monitoring Service (24 hours a day, 365 days a year)

Amazon SES is an email sending service provided by AWS with high email delivery performance. In addition to sending emails through the SMTP protocol and API, you can also receive emails and store them in Amazon S3.

In addition, Amazon SES allows users to ``block large amounts of email sent from a specific IP address within a short period of time'' and ``assign reputations to past behavior history for each IP address or domain, and filter out IP addresses with low ratings.'' By compiling this information into a database and sharing it around the world, we are increasing the effectiveness of our defense against threats from virus and spam emails.

Amazon SES features

● Scalability
Amazon SES is designed to deliver billions of emails every day and automatically scales with the number of emails you send. It also runs on a highly available and durable global infrastructure, so email delivery is reliable and rarely misses an email.

● Security
Equipped with functions to prevent email address spoofing and spam email delivery. Amazon SES supports SSL/TLS, so the emails you send are securely encrypted. Additionally, for email filtering, it supports SPF, DKIM, and DMARC authentication methods, making it possible to detect and reject fraudulent emails.

●
Supports programmatic email delivery via customized API/AWS SDK. Sending emails using your own domain name improves the reliability of your email delivery. It also supports email delivery using SMTP authentication, and you can use the SMTP endpoint provided by Amazon SES to deliver emails from multiple sender addresses.

●Low-cost
Amazon SES has a service fee based on the number of emails that have been delivered, so even when sending a large amount of emails, it can be used and delivered at low cost.

Amazon SES features

● Email Templates
Provides functionality to create and manage email templates. Deliver consistent messages using templates that let you customize email text, HTML, and multipart messages. You can also customize individual messages by including dynamic values ​​in your email templates.

● Email campaign management
Provides statistical information for sent emails. This includes the number of email recipients, delivery success rate, delivery failure rate, open rate, click rate, etc. You can use these statistics to track the performance of your email campaigns.

● Controlling email
distribution Before email distribution, you can control such things as sending only to specific domains, or not sending emails that include a specific subject or body. It also supports access control using AWS IAM, which allows only users with the necessary permissions to use Amazon SES features.

Services provided by Beyond

● AWS cloud integration

AWS IAM (AWS Identity and Access Management) is used by each AWS user to log in and operate the web console, or to operate AWS using Web API. Since you can define which services each IAM user is allowed or not allowed to operate on, properly restricting each IAM user's permissions allows him or her to use AWS more securely.

For example, you can create an IAM user that only has permission to Start/Stop an EC2 instance but not Terminate it, or create an IAM user that only has permissions for networks in the cloud (Security Group, VPC, etc.). Managing IAM users, such as creating IAM users, is a service that can be said to be the key to security when using AWS.

Features of AWS IAM

● User management function
You can manage users within your AWS account. You can create new users or change access privileges for existing users. You can also create and manage groups and roles within your AWS account.

● Access privilege management function
You can set detailed access privileges for resources on AWS. You control which AWS resources users can access using access control rules called policies. AWS IAM also manages credentials for accessing AWS services.

● Authentication function
This function issues the authentication information required to access AWS resources. You can issue access keys and secret access keys for each user in your AWS account. Use these keys to access your resources through the AWS API.

● Audit function
Provides an audit function for access control within AWS accounts. By integrating with AWS CloudTrail, you can track API requests and collect detailed logs of actions within your account. This allows you to track actions, identify issues, and monitor security.

● Multi-account management function
You can manage multiple AWS accounts by grouping AWS accounts and setting roles. By using the multi-account management feature, you can segment the management of AWS resources and improve security.

Beyond AWS related services

● AWS cloud integration

AWS Lambda is an event-driven computing service that allows you to run programs without provisioning servers, and is the core of serverless architectures.

By using AWS Lambda as a trigger and directly invoking events from over 200 AWS services and applications, customers can receive instant notifications when an event occurs, such as an HTTP request via Amazon API Gateway, an object change in an Amazon S3 bucket, or a DynamoDB table update. Code can be executed automatically.

Additionally, AWS Lambda automatically scales according to the number of requests, so you don't have to worry about the infrastructure required for data processing, and you can expand your resources as traffic increases.

All high-availability functions, such as code execution and scaling, are managed by AWS Lambda, so customers can simply upload their application code and use custom logic to scale AWS services and provide their own backend services. It will be possible to build.

Features of AWS Lambda

● Selecting a development language
AWS Lambda supports multiple programming languages ​​such as Java, C#, and Python, so developers can choose a language that matches their skills.

● Creating a function
Use the AWS Lambda console or AWS CLI to create a Lambda function, which is the unit of code that is executed in response to a trigger.

● Trigger settings
Set the event that triggers the function. Triggers can be selected from AWS services such as API Gateway, S3, DynamoDB, and CloudWatch.

● When a function execution
trigger occurs, the Lambda function is executed, performs the necessary processing, and returns a response. It also automatically scales with the number of requests, ensuring high availability.

● Logs and Monitoring
Logs from your Lambda functions can be collected and stored in CloudWatch Logs, allowing you to view and troubleshoot Lambda function execution logs.

AWS Lambda trigger types

● API Gateway
allows you to send HTTP requests to Lambda functions, making it easy to build RESTful APIs.

● Lambda functions can be triggered when an S3
object is created or deleted, or when an object's metadata changes.

●
You can trigger a Lambda function when a CloudWatch metric exceeds a certain threshold.

●
A Lambda function can be triggered when data is inserted, updated, or deleted in a DynamoDB table.

●
When creating or updating a CloudFormation stack, you can automatically deploy and configure applications by using a Lambda function as a trigger.

●
Achieve asynchronous communication between components of a distributed system by triggering a Lambda function when an SQS message is added to a queue.

● CloudTrail
You can trigger Lambda functions in response to management activity in your AWS account. This automates tasks such as security monitoring and vulnerability detection.

Achieve real-time data processing by triggering Lambda functions when data in Kinesis

●
Process data from IoT devices by triggering a Lambda function when IoT sensor data is collected.

● Alexa Skills Kit
You can use Lambda functions to create custom skills for Amazon Alexa.

Beyond AWS related services

● AWS cloud integration
● AWS operation monitoring service (24 hours a day, 365 days a year)
● Serverless application design and development service

Amazon CloudWatch is a managed service that supports operational monitoring of system resources and applications to ensure stable operation after system construction and release, and regularly obtains the status (metrics) of each AWS release.

For example, you can set standard metrics predefined by AWS, such as the CPU usage rate of an EC2 instance or the number of errors for each Lambda function, or you can create your own metrics by passing user-defined values ​​to Amazon CloudWatch. You can also create custom metrics.

Features of Amazon CloudWatch

● Monitoring
Amazon CloudWatch monitors the operating status of various AWS resources such as Amazon EC2 and Amazon RDS in real time. By collecting various metrics such as CPU usage and network traffic, system administrators can understand the usage and performance of various AWS resources.

● Alert Notification
Metrics are regularly monitored and alerts are sent when thresholds are exceeded, allowing you to quickly respond to problems with the status of AWS resources and troubleshooting. You can set alert thresholds for collected metrics and receive alerts when those thresholds are exceeded. Alerts can be sent to tools such as email, SMS, or Slack.

● Collecting and saving logs
Collecting and saving application logs, system logs, security logs, etc. from various AWS resources such as Amazon EC2 and Amazon RDS can be useful for application troubleshooting and security investigations. Masu.  also collect and store logs from on-premises servers and custom applications using the Amazon CloudWatch Logs agent.

● Metrics display
Metrics can be displayed graphically, allowing you to understand the resource usage status in real time. You can also freely customize the time axis, graph type, and metrics displayed on the graph, and add the displayed graph to the dashboard.

● Security
Amazon CloudWatch also contributes to the security of various AWS services. For example, logs collected from AWS CloudTrail are automatically sent to Amazon CloudWatch Logs to enable security monitoring such as aggregating important security information.

● Application Tracing
Amazon CloudWatch can be integrated with AWS X-Ray to perform application tracing and analyze application performance. You can visualize the flow of requests and processing occurring within an application and collect metrics such as latency, error rate, and throughput.

Beyond AWS related services

● AWS Cloud Integration
● AWS Operation Monitoring Service (24 hours a day, 365 days a year)

Amazon Route 53 is a service with AWS domain management and authoritative DNS functions. You can set and manage domain information and zone information from the Web console or Web API. In addition to managing domains and DNS information, it can improve availability and response with various functions such as network traffic routing and changing connection destinations depending on the system status of the connection destination.

Features of Amazon Route 53

● High availability and low latency

Amazon Route 53 is a global DNS service that provides high availability. You can use servers across multiple geographic regions to ensure that user requests are processed correctly, even in the event of a failure. Additionally, AWS's global network allows requests to be routed to the nearest server. This helps minimize user wait times and delays.

● Scalability

Our fast and reliable DNS service can handle billions of requests from millions of clients. It can automatically increase or decrease traffic, so it can handle large and sudden increases in traffic.

● DNS record management
You can perform operations such as registering domain names and setting, updating, and deleting DNS records from the AWS Management Console. It can also be managed using the CLI or API.

● Traffic Routing
Controlling traffic routing allows you to distribute traffic to different regions and different endpoints. It also supports custom routing policies such as weighted routing, geographic routing, latency routing, and failover routing.

● Health Checks
Endpoint health checks allow you to monitor endpoint availability and automatically redirect traffic to another endpoint in the event of a failure. Health checks can be performed using HTTP, HTTPS, TCP, and a combination of HTTP/HTTPS.

● Security
Amazon Route 53 provides features to ensure the security of DNS queries. DNSSEC ensures that DNS queries have not been tampered with. In addition, by combining it with Route 53 Resolver, you can connect to other AWS services from applications within your VPC using the DNS resolver.

● Monitoring
Provides real-time monitoring of DNS record changes and traffic changes. You can also use Amazon CloudWatch to monitor Amazon Route 53 health checks and traffic changes. You can also use AWS CloudTrail to check your Amazon Route 53 activity logs.

● Integration with AWS services
Amazon Route 53 supports integration with other AWS services. For example, you can perform traffic routing by associating public IP addresses maintained by Amazon EC2 instances, ELB (Elastic Load Balancing), Amazon CloudFront, etc. with DNS names. You can also host static websites and distribute content to Amazon S3 buckets.

Beyond AWS related services

● AWS cloud integration

Amazon Cloudfront is a CDN (Content Delivery Network) that caches static content such as HTML files, CSS, images, and videos, and delivers content on behalf of origin servers. AWS has over 400 edge locations, and Amazon Cloudfront allows you to quickly deliver your content from the closest edge location to your customers.

If the origin server processes content with large file sizes, such as images and videos, each time it is accessed, the load on the server will increase. If the load on the server increases, it will not be possible to provide stable content delivery, and this will cause inconvenience to service users.

By using Amazon Cloudfront, you can reduce the load on the server while delivering stable content, making it possible to build a system that benefits both service providers and service users.

Features of Amazon CloudFront

● Fast Content Delivery
Amazon CloudFront enables fast content delivery by delivering content cached in edge locations to the closest users, minimizing user latency and delays. By leveraging the AWS global network, we provide high-speed network connectivity.

● Customizable Delivery
Amazon CloudFront offers a number of customizable delivery features. For example, you can use functions such as cache control of distributed content, content compression, SSL/TLS encryption, and domain name customization.

● Security
By combining with other AWS services, you can use a number of security features to protect content from unauthorized access, such as application layer protection using AWS WAF and DDoS attack protection using AWS Shield. We offer

Beyond AWS related services

● AWS cloud integration
● AWS operation monitoring service (24 hours a day, 365 days a year)
● Amazon CloudFront construction, operation, maintenance, and monitoring service

Amazon S3 is a highly durable, unlimited object storage service. The difference from file storage is that it has a flat configuration without a directory structure, and users can add their own information (metadata) to data.

Objects in Amazon S3 are accessed using HTTP-based web APIs such as REST and SOAP. It is not only used by users to store data, but is also used for AWS backend services, such as as a data storage destination for EBS snapshots, so it is an extremely important part of AWS. It is positioned as a service.

Amazon S3 features

● Scalable object storage
Amazon S3 stores files and data as objects. Objects are stored in containers called buckets, and each object is assigned a unique key. Amazon S3 is also a highly scalable service, capable of handling petabytes of data.

● Durability and Availability
Because data is distributed and stored in multiple regions, it is characterized by extremely high data durability. Guaranteed 99.999999999% (eleven nines) durability and 99.9% availability.

● Security
We focus on data security and can encrypt and store data. You can also control access using ACLs (access control lists) and IAM roles.

● Flexibility
Supports a variety of data formats to accommodate different applications and workloads. It also supports integration with other AWS services, so it can be used for a variety of purposes.

Amazon S3 features

● Uploading and downloading files
Amazon S3 makes it easy to upload and download files. Files uploaded to Amazon S3 have a unique URL, and you can download them if you know the URL.

● Protecting your data
You can protect it using object ACLs. Amazon S3 also offers SSL encryption and server-side encryption.

● Versioning
Supports object versioning. Enabling versioning allows you to store multiple versions of the same key. This allows you to revert to a previous version even if you accidentally overwrite data.

● Lifecycle management
With lifecycle management of objects, you can define operations such as automatically deleting objects or migrating them to another storage class based on information such as creation date and time, update date and time, and access date and time. Masu.

● Event notification
Supports event notification for object operations. By configuring event notifications, for example, when there is an operation on a bucket or object, such as creating, deleting, or updating an object, notifications are sent to AWS services such as Amazon SNS, Amazon SQS, or HTTP endpoints. It will be sent.

● Cross-Region Replication
Cross-Region Replication allows you to automatically create copies of objects in different AWS Regions to provide redundancy.

● Storage classes
Amazon S3 offers multiple storage classes. For example, there are standard storage class (S3 standard), infrequent access storage class (S3 standard-IA), archive storage class (S3 Glacier), etc. Each storage class allows you to choose cost-effective storage depending on how often your data is accessed and how long you want it to be retained.

Beyond AWS related services

● AWS cloud integration

Amazon RDS is a managed RDB service provided by AWS. You can choose from various database engines such as MySQL, PostgreSQL, MariaDB, Microsoft SQL Server, and Oracle Database.

We also offer RDS, an architecture uniquely developed by AWS called Amazon Aurora, that allows you to take full advantage of the benefits of the cloud. One of the major benefits of using Amazon RDS is that you can streamline operational tasks such as data backup and hardware maintenance, which tend to be complex.

Amazon RDS features

● Managed service
Since this is a managed service database provided by AWS, database management, patch application, security updates, hardware updates, etc. are automatically executed, thereby minimizing database management work. .

● Improved availability
By using the Multi-AZ feature of Amazon RDS, you can automatically fail over to another availability zone without stopping your application. This can be expected to improve database fault tolerance and availability.

● Automatic backup
Provides automatic database backup (snapshot) function. The automatic backup process runs daily. Additionally, data can be restored as needed within the set retention period, helping to avoid data loss in the unlikely event of data loss.

●Security
To ensure database security, we provide numerous security functions such as database encryption, access control, and audit logging.

Features of Amazon Aurora

● Scalability
Amazon Aurora supports vertical and horizontal scaling. Vertical scaling allows you to increase resources such as CPU, memory, and storage for your instance. Horizontal scaling allows you to create read replicas to offload read processing for queries.

● High-speed processing of large amounts of data
Amazon Aurora provides high-speed reading (Reader) and writing (Writer) performance. It uses advanced techniques such as multi-threading, page caching, and online log replay to achieve high-speed performance even when processing data for large-scale applications.

● Supports automatic sharding
Sharding is a method of partitioning a database and exhibits high performance when handling large amounts of data. By dividing data by shard key (key for dividing data), for example, if the customer ID is the shard key, the data of the same customer will be stored in the same shard.

With sharding, Amazon RDS Aurora splits your data across multiple instances. Each instance queries its own shard. This allows for increased scalability and load balancing.

Amazon RDS Aurora supports automatic sharding. With automatic sharding, Amazon RDS Aurora automatically partitions your data to provide optimal performance. You can also configure sharding manually, and when you configure sharding manually, you have control over how your data is distributed.

Beyond AWS related services

● AWS Cloud Integration
● AWS Operation Monitoring Service (24 hours a day, 365 days a year)

Amazon EC2 is a computing service provided by AWS as a virtual server. Servers are managed in units called instances, and new instances can be created by simply clicking a few buttons on the browser or issuing a command from the CLI (command line interface). Therefore, compared to physical servers (on-premises), the preparation period for server machine procurement can be significantly shortened.

Amazon EC2 features

● Scalable computing resources You
can start as many as you need when you want to use them, and stop them when they are no longer needed. Additionally, you can change resources such as increasing or decreasing the specs of instance performance as needed.

You can use the security features of the secure cloud server For example, you can use instance-level security groups, network ACLs, and IAM.

● Global infrastructure
You can take advantage of AWS's global infrastructure. By using AWS Regions and Availability Zones (AZ), you can provide low-latency services to users around the world.

● Preset AMI
By using an AMI, a preset OS such as Linux or Windows and applications are provided with them already installed. This allows applications to start quickly.

● Various instance types
A variety of different types are available, including CPU, memory, storage, and network, so you can choose the most suitable type for each application.

● Billing based on resource usage Pay-as-
you-go billing based on the amount of time an instance is used and the amount of data transferred, so you can use only the resources you need for the amount of time you need.

Features combined with Amazon EC2

● Autoscaling
By using the autoscaling function, instances can be automatically scaled up or down depending on the application load. This allows you to quickly and automatically respond to increases or decreases in the number of users.

●
By installing a load balancer on top of a load balancing network, you can distribute traffic to multiple instances and expect to improve application availability and scalability.

● Storage
You can attach storage services such as EBS and EFS to store application data efficiently and securely.

● GPU Instances
You can use GPU instances to perform advanced computing tasks such as machine learning and data analysis.

Beyond AWS related services

● AWS Cloud Integration
● AWS Operation Monitoring Service (24 hours a day, 365 days a year)

Yes, Beyond supports the design, construction, operation and maintenance of Kubernetes and Docker container environments.

We have a track record of designing, constructing, operating and maintaining the following container environments. Please contact us separately for details.

◇ Amazon Elastic Container Service (ECS) + AWS Fargate
◇ Amazon Elastic Kubernetes Service (EKS) + AWS Fargate
◇ Google Kubernetes Engine (GKE)
◇ Alibaba Cloud Container Service for Kubernetes (ACK)
◇ Oracle Cloud Infrastructure Container Engine for Kubernetes (OKE)

● AWS cloud integration
● Kubernetes (k8s) design, construction, and operation

Yes, we also support cloud/server construction, operation and maintenance using AlmaLinux OS.

Alma Linux is an open source Linux distribution developed by forking RHEL (Red Hat Enterprise Linux) and is compatible with RHEL and CentOS.

Please feel free to contact us regarding server data migration/replacement from CentOS.

● Cloud/server design/construction
● Cloud/server operation maintenance/monitoring (24 hours a day, 365 days a year)
● Cloud/server operation monitoring service (24 hours a day, 365 days a year)
● Cloud/server migration/migration
● AlmaLinux OS server design/construction service
● CentOS server migration solution
● North American cloud / server construction, operation and maintenance

If the number of servers (hosts) or roles subject to cloud server operation, maintenance, and monitoring is large, volume discounts may be available

Please contact us using the contact form

● Cloud/server operation maintenance/monitoring (24 hours a day, 365 days a year)
● Cloud/server operation monitoring service (24 hours a day, 365 days a year)
● AWS operation monitoring service (24 hours a day, 365 days a year)

When migrating from your current server to the cloud, we will select the new cloud server to be introduced, thoroughly identify bottlenecks and risks during data migration, and determine the work process and schedule, including database and content data synchronization methods, system downtime, DNS switching work, and operation confirmation

*The above server migration/migration work process is an example.
The method of server migration will vary depending on the customer's system environment, so we will respond in a method that suits the customer's needs. *This service requires a separate fee for server data migration. Please see below for details.

● Cloud/server migration/migration

Yes, we will listen to and advise you on the system specifications and security requirements of your services and applications, and define the prerequisites for your cloud server environment

However, please note that we do not conduct frequent requirements definition meetings (participation in regular meetings) or create requirements definition documents.

● Cloud server design and construction
● Cloud server operation, maintenance and monitoring (24 hours a day, 365 days a year)
● Cloud server operation and monitoring service (24 hours a day, 365 days a year)
● Cloud server migration

Yes, at Beyond, our server engineers work in three shifts, 24 hours a day, 365 days a year, to operate, maintain, and monitor cloud/servers, so we can provide technical support over the phone even in the early morning or late night hours. We are compatible. Of course, we also provide technical support via email and chat.

● Cloud/server operation maintenance/monitoring (24 hours a day, 365 days a year)
● Cloud/server operation monitoring service (24 hours a day, 365 days a year)
● AWS cloud integration
● AWS operation monitoring service (24 hours a day, 365 days a year)

Yes, it is possible for customers to entrust the cloud and server environments that are already in operation as they are, and Beyond to take over and perform operation, maintenance, and monitoring. In that case, we will install and configure Zabbix

Additionally, during Beyond's operation maintenance and monitoring, if there appears to be a problem with the settings or performance of the customer's infrastructure environment, we will suggest parameter resetting or tuning to improve infrastructure operations. Masu.

● Cloud/server operation maintenance/monitoring (24 hours a day, 365 days a year)
● Cloud/server operation and monitoring service (24 hours a day, 365 days a year)

◇ If you are taking over an already-built cloud server or an operating system environment
, operation, maintenance, and monitoring can be completed within 7 to 10 business days after ordering the service.

◇ When designing and building a new cloud server
: After ordering the service, we can build the new server environment within 10 to 15 business days, and then handle operation, maintenance, and monitoring.

* Regardless of the pattern, once the monitoring settings on the cloud server are complete, we will provide you with a parameter sheet (settings information) for the server environment

*The above delivery dates are for reference only. Schedules and delivery dates may vary depending on system configuration and circumstances. Please contact us separately for details.

● Cloud server design and construction
● Cloud server operation, maintenance and monitoring (24
hours a day, 365 days a year) ● Cloud server operation monitoring service (24 hours a day, 365 days a year)
● AWS cloud integration
● AWS operation monitoring service (24 hours a day, 365 days a year)

Web services such as games, apps, EC sites, media sites, and digital content require speed and flexibility, and are suitable for companies that operate services that are directly linked to sales, and for content development and management. This is probably suitable for companies that want to concentrate, or companies that do not have a server administrator in the first place.

Furthermore, companies facing such challenges tend to outsource their work to MSPs (managed service providers) like Beyond, which specialize in building, operating, maintaining, and monitoring cloud servers

● Cloud / server design and construction
● Cloud / server operation maintenance and monitoring (24 hours a day, 365 days a year)
● Cloud / server operation monitoring service (24 hours a day, 365 days a year)
● AWS cloud integration
● AWS operation monitoring service (24 hours a day, 365 days a year)
● Cloud/server migration/migration
● North American cloud/server construction/operation/maintenance

Comparisons and differences between cloud servers and on-premises (physical servers) include the following features:

*Beyond can provide server operation, maintenance, and monitoring (24 hours a day, 365 days a year) even in on-premises (physical server) infrastructure environments.

In addition, in the case of designing and building an on-premises (physical server) infrastructure environment and providing on-site support, we will work with Beyond's infrastructure partners.

● Cloud/server design/construction
● Cloud/server migration/migration
● AWS cloud integration

Our engineers are on-site 24 hours a day, 365 days a year to handle the operation, maintenance, and monitoring of your cloud servers, and we also provide rapid troubleshooting for any unexpected issues that may arise

We also analyze the operational status and trends of systems and applications, provide advice on potential future problems, and support the optimization of infrastructure configuration. By helping to prevent and improve operational problems before they occur, we can achieve more reliable cloud server operations

● Cloud server operation, maintenance and monitoring (24 hours a day, 365 days a year)
● Cloud server operation monitoring service (24 hours a day, 365 days a year)

Cloud server operation, maintenance and monitoring support items

* If you have any requests for cloud server operation, maintenance, or monitoring services other than those listed above, please contact us separately.
* The minimum usage period for this service is 3 months.