Enable Rapid Recovery of Critical IT Systems
Why Disaster Recovery on AWS?
Disaster Recovery services used on AWS
Amazon Elastic Compute Cloud (Amazon EC2)
Amazon EC2 delivers flexible compute capacity and allows you to rapidly spin up pre-configured virtual machines that are tailored to your environment, so you can execute a rapid failover in case of a disaster
Amazon Elastic Block Store (Amazon EBS)
Point-in-time snapshots of data volumes can be taken and stored in Amazon S3 for long-term durability. Amazon EBS volumes provide off-instance storage that can be replicated across multiple servers to prevent any loss of data.
Amazon Simple Storage Service (Amazon S3)
A highly durable storage target for backup data, serving as an alternative to tape, that redundantly stores data across multiple devices, enabling you to perform rapid restores.
Amazon Glacier
Extremely low-cost storage for data archiving and backup. Objects are optimized for infrequent access, helping achieve fast retrieval times in case of a disaster, with the same durability as Amazon S3.
Disaster Recovery with FORTE CLOUD on AWS
FORTE CLOUD can help you leverage the rapid disaster recovery of critical IT systems without incurring the infrastructure expense of a second physical site. AWS supports many popular DR architectures, including Pilot Light, Warm Standby, and Multi-Site environments.
Cloud Endure Disaster Recovery
Benefits of using DaaS on AWS
Reduced Total Cost of Ownership (TCO)
Leveraging AWS for DR allows you to leverage on-demand DR infrastructure rather than paying for dedicated assets in an on-premises environment, replacing capital expenditures (CapEx) with operational expenses (OpEx).
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
Accelerated Restoration
AWS helps facilitate rapid storing and retrieval of files enabling a variety of recovery time objectives (RTOs). Fast retrieval allows organizations to avoid fines for missing compliance deadlines.
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
Understand Dependencies
AWS Application Discovery Service collects information on inbound and outbound network activity, such as server hostnames, IP addresses, media access control (MAC) addresses, and resource allocation and utilization details of key resources, providing insight into dependencies across servers.
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
Plans that Grow with You
AWS allows you to test your target DR systems in whichever manner best meets your needs. Updating DR plans, managing the minimal infrastructure needed to keep your failover site prepared, and testing target DR systems are all a button away. Never again worry about procedural binders having been updated.
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
Easy Testability
Quickly spin up machines for your periodic DR drills without disrupting your source environment.
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
Flexibility Between Infrastructures
Protect physical, virtual, or cloud-based source machines by replicating them into a DR site in any AWS Region.
Cloud Migration
We will provide you with the best practices architecture that are designed to be operationally effective, reliable, secure, and cost effective.
AWS Use Cases for Disaster Recovery
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