How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.
Ultra High-performance Lightweight Embedded and Server OLTP RDBMS✨
The main features of crossdb-org/crossdb are: Database Systems, Databases.
Projects with overlapping indexed features include: apache/incubator-kvrocks — Kvrocks is a disk-based NoSQL database and distributed key-value store that leverages the RocksDB storage engine to… chdb-io/chdb — chDB is an in-process OLAP SQL Engine 🚀 powered by ClickHouse. akrylysov/pogreb — Embedded key-value store for read-heavy workloads written in Go. anant/awesome-cassandra — A curated list of the best resources in the Cassandra community. authzed/spicedb — SpiceDB is a distributed permission store and relationship-based access control system. It provides a scalable… chrislusf/vasto — A distributed key-value store. On Disk. Able to grow or shrink without service interruption.
A curated list of the best resources in the Cassandra community.
Kvrocks is a disk-based NoSQL database and distributed key-value store that leverages the RocksDB storage engine to persist large datasets to physical disk. It is designed to be a Redis-compatible database, utilizing the standard Redis communication protocol to ensure interoperability with existing client libraries and tools. The project distinguishes itself by combining a disk-persistent storage model with advanced retrieval capabilities, including vector search for k-nearest neighbor queries, full-text search indexing, and geospatial query execution. It supports distributed clustering with
Embedded key-value store for read-heavy workloads written in Go
SpiceDB is a distributed permission store and relationship-based access control system. It provides a scalable database for storing and querying fine-grained authorization relationships, implementing a consistency model inspired by Google Zanzibar to manage access rights across large-scale applications. The system uses a dedicated schema language to define the rules and logic governing how relationships translate into permissions independently of application code. It functions as a pluggable authorization engine that persists relationship tuples in external relational databases such as Postgr