KiviDB reports 21.2 million pipelined operations per second from a Rust engine that combines a sharded shared-nothing runtime with native HNSW vector search, positioning it as a departure from the single-threaded event loop used by classical in-memory caches. KiviDB frames the design as a response to the multi-core scaling limits and licensing fractures of those caches, including Redis. The architecture matters for teams running high-throughput in-memory data stores alongside vector search workloads.
Tackling the multi-core scaling limits and licensing fractures of classical in-memory caches, KiviDB clocks 21.2 million pipelined operations per second. By unifying a sharded shared-nothing Rust runtime with native HNSW vector search, it marks a decisive departure from the single-threaded event loop.
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