Engagement overview
Siprocal (formerly Column6), a next-generation advertising platform, sought to modernize its infrastructure by migrating its entire technology environment from on-premises data centers to Amazon Web Services (AWS). The organization worked with TO THE NEW to establish a hybrid cloud approach, treating AWS as a parallel data center to support a flexible and resilient migration strategy.
The initiative involved migrating critical ETL systems, databases, and workloads while maintaining high availability, strengthening security controls, and supporting business continuity throughout the migration.
Our client
Siprocal is a media technology company that helps publishers, operators, and advertisers grow and monetize digital audiences across mobile, connected TV, gaming, and app ecosystems. Its platform combines first-party data insights with cross-device reach to deliver targeted advertising and personalized user experiences. The company supports audience engagement and monetization at scale through its network of digital platforms and strategic partnerships.

Business solution
The migration initiative established a secure AWS foundation while supporting workload migration, automation, security improvements, and operational continuity.
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Implemented a hybrid AWS architecture to migrate infrastructure, ETL systems, and databases with minimal disruption
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Established a secure multi-account AWS environment across Production, Non-Production, Shared Services, Security, Audit, and Sandbox
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Automated DevOps, DevSecOps, and database update pipelines using Jenkins Shared Library
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Conducted security audits using AWS CloudTrail, Config, GuardDuty, and Inspector services
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Optimized infrastructure performance by migrating workloads to AWS Graviton and leveraging Amazon S3 storage
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Established private network connectivity between the data center and AWS using AWS Direct Connect
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Introduced continuous monitoring mechanisms to identify and prevent security risks
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Deployed applications and databases across multiple availability zones to support high availability

