Wirekite provides a self‑hosted web platform that orchestrates high‑speed database migrations using each target’s native bulk loading APIs (e.g., Snowflake COPY, Postgres COPY, Oracle Data Pump, MySQL LOAD DATA).
Funding
Funding not disclosed
Founders
Product
Problem
Enterprises often rely on custom scripts or slow, row‑by‑row migration tools to move data between operational databases and analytics warehouses, resulting in long migration windows, high application downtime, and costly engineering effort.
Solution
Wirekite offers a self‑hosted web platform that orchestrates high‑speed database migrations by leveraging each target’s native bulk loading APIs (e.g., Snowflake COPY, Postgres COPY, Oracle Data Pump, MySQL LOAD DATA). The system extracts change data using source‑specific paths and streams it in a custom binary format optimized for line‑rate ingestion, keeping CPU, disk, and network resources fully utilized. Users configure migrations through an intuitive UI, monitor real‑time throughput, and can run one‑off bulk moves or continuous change‑data‑capture pipelines. By moving data at the “wire speed” of the underlying hardware, Wirekite reduces migration times from hours to minutes and application downtime from minutes to seconds.
Target Audience
Primary customers are data engineering teams, database administrators, and DevOps groups in enterprises that need to migrate large volumes of data between OLTP systems and cloud data warehouses with minimal downtime.
Features
- Native bulk‑API integration for Snowflake, Postgres, Oracle, MySQL, SQL Server, and other major enterprise databases
- Parallel extraction pipeline that simultaneously utilizes CPU, disk, and network to avoid bottlenecks
- Custom binary change format that minimizes parsing overhead and maximizes loader throughput
- Web‑based UI for configuring migrations, visualizing live throughput, and drilling into per‑table performance
- Extensible connector framework allowing addition of new source or target databases
- Support for both one‑time bulk migrations and continuous CDC streaming workloads