Summary:

1. Cockroach Labs partners with Red Hat to support CockroachDB on Red Hat OpenShift Virtualization, offering businesses a seamless and cost-effective way to update their infrastructure.
2. The virtualization market is experiencing changes, leading organizations to seek alternatives to save money and avoid lock-in, with CockroachDB providing a comprehensive solution for database modernization and application migration.
3. Red Hat OpenShift Virtualization now supports CockroachDB deployment, allowing businesses to benefit from a distributed SQL database that simplifies the transition to cloud-native architecture without significant architectural changes.

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   Article:

   Cockroach Labs and Red Hat Partner to Bring CockroachDB to Red Hat OpenShift Virtualization
   

   In a strategic move to support CockroachDB on Red Hat OpenShift Virtualization, Cockroach Labs has joined forces with Red Hat, a leading provider in the virtualization space. This collaboration aims to provide businesses with a more seamless and cost-effective solution for updating their infrastructure, whether on-premises, in hybrid environments, or on the cloud.

   The virtualization market is undergoing significant changes, with rising licensing fees and uncertainty about platform destiny putting financial and operational strain on organizations running workloads on virtual machines. Many businesses are now looking for alternatives to save money and prevent further lock-in, but replacing databases and mission-critical applications can introduce significant risk and complexity.

   Allen Terleto, VP of Global Partners and Ecosystem at Cockroach Labs, highlights that large enterprises facing cost increases related to VMware are seeking comprehensive solutions for their on-premises stack. This includes database modernization, application migration, virtualization, and orchestration, all within a single, cloud-native architecture. With CockroachDB’s deployment on Red Hat OpenShift Virtualization, customers can modernize their infrastructure on their own terms, choosing which workloads move to the cloud and which remain on-premises without managing disparate infrastructures.

   While cloud adoption is on the rise, highly regulated industries like government, healthcare, and financial services still rely on on-premises infrastructure due to compliance and data sovereignty requirements. For these businesses, pursuing an all-in-cloud strategy for VM-based migrations can be impractical, leading to a hybrid approach that combines cloud agility with on-premises reliability.

   Red Hat OpenShift Virtualization now supports native deployment of CockroachDB, offering businesses distributed scale and resilience in hybrid cloud environments. This integration enables businesses to leverage a cutting-edge, distributed SQL database that evolves with their infrastructure. By simplifying the transition from legacy systems to a cloud-native database, CockroachDB helps lower risks and costs while providing feature parity with traditional relational databases and automated migration tools.

   Stephen Boyd, IT Architect at Electrical Training Alliance, praises the seamless integration of CockroachDB on Red Hat OpenShift, allowing services to be spun up and down as needed. This deployment model is already delivering value in production settings, showcasing the benefits of a cloud-native database without extensive architectural changes.

   Red Hat and Cockroach Labs collaborate to offer businesses a practical and comprehensive modernization route, providing the confidence, flexibility, and control needed to move away from outdated virtualization technologies. According to Sachin Mullick, Director of Product Management at Red Hat, Red Hat OpenShift Virtualization offers an open, flexible, and cost-effective path for enterprises to migrate and modernize virtual machines while ensuring reliability and performance. CockroachDB supported on Red Hat OpenShift Virtualization gives customers more choice in modernizing operations across the hybrid cloud, maintaining required levels of reliability and performance.