DEvol (DeepEvolution)
by Community
Early POC of genetic neural architecture search
OSS
DEvol (DeepEvolution)
Added 1 June 2026
Overview
DEvol is a proof-of-concept implementation of genetic neural architecture search in Python. It uses a genetic algorithm to evolve neural network topologies for classification tasks. The project is experimental and not intended for production use.
Best for
Best for
Researchers and hobbyists experimenting with genetic neural architecture search
Use cases
- Exploring genetic algorithms for automated neural network design
- Prototyping small-scale architecture search experiments
- Learning how evolutionary methods can be applied to model selection
Notes
DEvol is a proof-of-concept implementation of genetic neural architecture search in Python. It uses a genetic algorithm to evolve neural network topologies for classification tasks. The project is experimental and not intended for production use.
951 stars on GitHub. Last updated 2023-05-25. Licensed MIT.
Use cases
- Exploring genetic algorithms for automated neural network design
- Prototyping small-scale architecture search experiments
- Learning how evolutionary methods can be applied to model selection
Pros
- Minimal dependencies and easy to understand codebase
- Demonstrates a complete NAS pipeline with genetic algorithms
- Good starting point for educational experimentation
Cons
- Very early proof-of-concept, lacks robust error handling
- Limited scalability for complex datasets or deep architectures
- No active maintenance or support from the community
Indexed from awesome-llmops and enriched against its public facts.
Pros
- Minimal dependencies and easy to understand codebase
- Demonstrates a complete NAS pipeline with genetic algorithms
- Good starting point for educational experimentation
Cons
- Very early proof-of-concept, lacks robust error handling
- Limited scalability for complex datasets or deep architectures
- No active maintenance or support from the community
Pairs with
Other entries in the index that connect to this one. Click through to see the chain.