Amazon Web Services

Secure Transfers integrates seamlessly with AWS to optimize file management and security. Utilizing AWS S3 for scalable storage, AWS Glacier for economical archiving, and AWS Secure Store for the safe handling of credentials, we ensure that customer data remains both accessible and protected. Our integration facilitates rapid file transfers, efficient sharing, and real-time alerts, while AWS’s infrastructure enhances zip handling and local file system connectivity. This robust integration leverages AWS’s advanced capabilities to provide a secure, high-performance transfer solution.

Steps for Integration of AWS Platform on Secure Transfers Server

Choose Integration Method

Direct Integration: solutions have built-in support for AWS services, allowing you to configure AWS as a source or destination directly within the Secure Transfers.

Configure AWS Credentials

IAM Roles: Create IAM roles with the necessary permissions for accessing AWS services. Attach these roles to your server.
Access Keys: Using API-based integration, configure the server with AWS access keys (Access Key ID and Secret Access Key).

Set Up AWS Services

Amazon S3: Configure S3 buckets as sources or destinations. Ensure proper bucket policies and permissions are set to allow access from the MFT application.
AWS Glacier: If using Glacier for archival storage, set up lifecycle policies to transition data between S3 and Glacier as needed.

Configure MFT Application

Add AWS as a Connector: In Secure Transfers , configure AWS S3 (or other AWS services) as a file source or destination. This usually involves specifying access credentials, bucket names, and any relevant parameters.
Define Transfer Rules: Set up rules for when and how files should be transferred between AWS and other systems. This could include triggers based on file events, schedules, or manual initiation.

Monitor and Manage

Logging and Alerts: Enable logging and set up alerts within the Secure Transfers and AWS to monitor the status of transfers and detect any issues.
Data Integrity: Implement checks to ensure that files are transferred correctly and completely.

Security Considerations

Encryption: Use encryption for data in transit and at rest. AWS S3 supports server-side encryption, and Secure Transfers also handles encryption if needed.
Access Controls: Regularly review and update IAM (Identity and Access Management) policies and permissions to ensure that only authorized users and systems have access to AWS resources.

Key Features of AWS Platform:

Scalability: Ensures that services can handle varying loads efficiently by automatically adjusting resources. This is crucial for managing large-scale file transfers and adapting to demand.
Security: Complements the encryption and secure protocol features by highlighting AWS IAM (Identity and Access Management ) for access management, AWS KMS ( Key Management Service) for encryption, and VPC for network isolation, all of which enhance overall security.
High Availability: Supports continuous uptime and reliability of MFT servers through services like Amazon S3 for durable storage and multi-AZ (Availability Zone) deployments for databases, ensuring that data transfers are consistently available.
Data Transfer Acceleration: Boosts transfer speeds and efficiency with AWS Direct Connect and S3 Transfer Acceleration, which align with the need for quick data transfers and optimized performance in MFT scenarios.