IgnisDB
An asynchronous, single-threaded, in-memory Key-Value store built on Python's asyncio event loop. Implements a non-blocking TCP server and a RESP-like protocol.
IgnisDB: An asynchronous, single-threaded, in-memory Key-Value store built on Python's asyncio event loop. Implements a non-blocking TCP server and a RESP-like protocol.
An asynchronous, single-threaded, in-memory Key-Value store built on Python's asyncio event loop. Implements a non-blocking TCP server and a RESP-like protocol.
What the project is
IgnisDB is a Python project hosted on GitHub. An asynchronous, single-threaded, in-memory Key-Value store built on Python's asyncio event loop. Implements a non-blocking TCP server and a RESP-like protocol. Your hands-on guide to building a database from scratch, using Python and asyncio. The repository is maintained by buraksocial and tracks activity through its public issue tracker and commit history. Readers who want a working example rather than a bare library will find the documentation and the linked resources useful for getting a first build running.
What it offers
The IgnisDB repository documents several concrete capabilities that shape how people use it. The Response (Sending it back\!) : Once the engine has an answer (or a confirmation), the parser formats it back into a response the client can understand and sends it back over the wire. Job done\! Totally Async & Efficient : Thanks to asyncio, IgnisDB can juggle tons of connections at once without breaking a sweat. It's super efficient because it doesn't wait around. Flexible In-Memory Storage : We support Strings, Lists, and Hashes, making it more than just a simple key-value store. Everything is in RAM, which means lightning-fast operations. Dual-Mode Data Persistence : Choose your durability strategy\! Snapshotting : Periodically save a "snapshot" of all data to a file. These points are taken from the project README, so they reflect what the maintainers actually ship rather than marketing claims. Checking the file list and the example directories gives a fuller picture of how each piece fits together.
How to set it up
Getting IgnisDB running starts with cloning the source from https://github.com/buraksocial/IgnisDB. The README lists the commands needed to fetch the code and build or launch it. Representative steps from the documentation include: git clone [https://github.com/buraksocial/IgnisDB.git](https://github.com/buraksocial/IgnisDB.git) python -m venv venv python main.py python main.py --port 6381. After the code is on disk, the project instructions walk through configuration and any dependencies. Following the order shown in the README avoids the common setup mistakes that come from mixing steps.
License and project status
IgnisDB is written primarily in Python and is released under the MIT license, which sets the terms for reuse and redistribution. The project reports around 43 stars on GitHub, a signal of how many developers have bookmarked it. The source was last updated on 2026-08-21. The canonical location is https://github.com/buraksocial/IgnisDB, where the license file, the changelog and the open issues give the most current state of the work. Anyone planning to depend on it should read the license text directly before shipping it inside another product.
Editorial conclusion
The IgnisDB source lives at https://github.com/buraksocial/IgnisDB under the MIT license and is mainly written in Python. The README and the linked examples remain the place to confirm the current behaviour before adopting the project.
Community notes