Modernize your legacy data warehouse with confidence. DEFTeam's AI-driven platform automates and accelerates migration from complex systems like Oracle, SQL Server, and other legacy data platforms to the Snowflake Data Cloud, minimizing risk, cost, and downtime.
Migrating from Oracle presents unique challenges, from complex schemas and data types to deeply embedded PL/SQL logic. A manual approach is often slow, error-prone, and expensive.
Migrating from Microsoft SQL Server involves more than moving data. It requires a deep understanding of T-SQL, SSIS packages, and the translation of on-premise architectural concepts to a cloud-native model.
Many organizations rely on custom-built applications, proprietary databases, or older legacy systems not covered by standard migration tools. Our flexible, AI-powered framework is designed to adapt to these unique environments.
Consolidate your complex on-premise big data ecosystem (HDFS, Hive, Spark) into a single, unified, and easy-to-manage platform. We simplify the transition from Hadoop to Snowflake.
Our proprietary platform is the cornerstone of our migration service. It uses Machine Learning and AI to de-risk, accelerate, and ensure the success of your modernization initiative.
Our AI scans legacy source code (SQL, Stored Procs) to map dependencies, identify complexity, and provide accurate migration effort estimates in hours, not weeks.
Automatically translate up to 90% of proprietary SQL, scripts, and business logic from legacy systems into optimized, Snowflake-native syntax.
After migration, our platform performs automated, cell-level data validation and checksums to guarantee 100% data integrity and build business trust.
AI models analyze query history to recommend optimal warehouse sizing, clustering keys, and cost-management strategies before you go live in Snowflake.
Don't let legacy complexity hold you back. Discover how DEFTeam's AI-powered approach can make your migration faster, cheaper, and more reliable. Contact us for a complimentary migration readiness assessment.