A fast-growing MarTech platform was facing challenges with its MySQL infrastructure as rapidly expanding time-series workloads began impacting performance. Query latency was increasing, storage demands were rising, and managing historical data had become increasingly complex. Previous migration attempts using pg_chameleon and Debezium with Kafka proved inadequate due to intricate schema relationships and datatype dependencies. To address these challenges, a custom migration framework was developed to overcome the limitations of off-the-shelf solutions and ensure a seamless transition.
MySQL had no native time-series partitioning, compression or automated retention management.
CDC migration tools failed repeatedly against complex foreign key chains and schema mappings.
Large datasets demanded batching, incremental execution and failure recovery without production risk.
Every hour of migration instability directly threatened live AI workloads running continuously.
Built from scratch to handle schema transformation, batch processing, datatype mapping, and full migration tracking.
Resolved all MySQL-to-PostgreSQL gaps across datatypes, constraints, indexes, timestamps, and sequences.
Converted large tables into hypertables for time-based partitioning, faster writes, and optimized query execution.
Applied compression to historical chunks and automated retention policies to eliminate manual storage management.
Phased validation covering record counts, schema consistency, integrity checks, and timestamp verification throughout.
Achieved 90% automation of database lifecycle management through automated migration, compression, retention, and validation workflows.
Analytical query performance improved by 75%, enabling faster and more reliable platform insights.
Storage overhead reduced by 86% through compression, directly cutting infrastructure costs.
Over 20 hours of manual database maintenance effort eliminated per month through automated retention, compression, and lifecycle management policies.
The new TimescaleDB architecture provides a scalable foundation capable of supporting at least 5× projected data growth without significant re-architecture efforts.
Migration completed with zero data loss, validated across millions of production records.
Engineering teams shifted from reactive firefighting to proactive, automated database operations.