![]() ![]() And these customers, Gutmans said, want to move away from their legacy databases faster than they can move to the cloud. Gutmans noted that Google was getting a lot of interest from customers who wanted to move to AlloyDB, but quite a few also noted that it would take them quite a bit of time to move all of their workloads to the cloud - and their strategies typically revolved around a multicloud approach. “And part of the mission of AlloyDB was really to help customers modernize their existing legacy databases, onto open APIs, while the focus of our AlloyDB managed service was to bridge some of those gaps between the higher-end legacy database environments that customers are running on premises and what they could get from open source.” “When we announced AlloyDB, we talked a lot about the fact that many customers had approached us and talked about their interest in getting off legacy databases and moving to open APIs, whether those are customers coming from Oracle, SQL Server, Db2, Google’s Andi Gutmans explained. Google also notes that AlloyDB Omni can scale to a much larger number of CPUs. Google argues that AlloyDB Omni, which the company will package as a downloadable container, is twice as fast for transactional workloads and can deliver 100 times faster analytical queries than the standard open source version of PostgreSQL. ![]() There will be a free developer edition, while commercial users will have to pay for their licenses. Today, the company is launching AlloyDB Omni, a downloadable edition of AlloyDB that its users can install on premises, at the edge or on their laptops. But Google Cloud is taking a somewhat unusual approach with AlloyDB. And typically, that’s where the story ends with these born-in-the-cloud services. AlloyDB for PostgreSQL is Google Cloud’s fully managed cloud-based database service. ![]()
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