Comprehensive Disaster Recovery Strategy for FinTech Organization to achieve Optimal Performance

Industry

FinTech

Expertise

Amazon EC2, Amazon CloudWatch, Amazon VPC, Amazon GuardDuty, Amazon S3, AWS CloudTrail, Amazon API Gateway, Amazon RDS

Offerings/Solutions

Minimal downtime, Optimized costs, future-ready integrations with swift traffic redirection, and strong Amazon CloudWatch monitoring

About the Client

Osyte is an all-in-one investment technology solution for asset allocators. Their product covers the entire investment process, from data aggregation to performance measurement. It automates tasks, streamlines portfolio management, and enhances investment outcomes through real-time oversight.

Highlights

24 x 7 Support

Dedicated Team of Cloud Experts

Achieve SLA Resolutions

Resolve issues quickly

Ticket Management

Monitor the Cloud Resources

The Challenge

Osyte had an existing AWS infrastructure in Oregon without disaster recovery, leading to a continuity challenge. They aimed to redesign their AWS setup for disaster recovery in Ohio, with specific needs such as no existing recovery measures, missing application failover, lack of automated DNS failover, manual disaster recovery, non-highly available Amazon S3 data, minimal downtime during implementation, and a preference for Ohio. CloudThat was enlisted to evaluate its IT environment and implement the needed disaster recovery infrastructure to meet these requirements.

“CloudThat helped us to build the cross-region BCDR infrastructure and solution to make our platform highly available. The team members are diligent, customer focused, friendly, and technically proficient. I would highly recommend them for any similar implementation and also will consider for future AWS consulting work. Great work team. Many Congratulations to everyone involved in the delivery of this project. Keep up the good work. 😊”

-Sellappa Gopalaswamy, Program Manager Osyte

Solutions

Create custom Amazon VPC for Disaster Recovery in the Ohio region.
Set up Twin-Gate connection for private resource access in AWS.
Use Amazon RDS proxy for high database availability.
Implement Amazon ElastiCache for enhanced web app performance.
Enhance security with Amazon GuardDuty, Amazon Inspector, AWS Config, and AWS WAF.
Store credentials securely with AWS Secrets Manager.
Encrypt storage using AWS Key Management Service.
Enable DNS failover with AWS Route 53.
Implement cross-region read replica for Amazon Aurora serverless v2 database.
Monitor the web app with AWS CloudWatch logs and alarms.
Receive Amazon SNS, Amazon SQS, and Amazon SES notifications for AWS account activity.

The Results

Successfully implemented a high-availability AWS infrastructure in Ohio, achieving automated failover, replicating regions, optimizing Amazon RDS databases, enhancing web app performance, securing secrets, and ensuring low-latency content delivery with AWS services, all while maintaining multi-availability zone deployment and access control.

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