Hi everyone,
I wanted to share an alternative, experimental KEM framework called EchoPulse-KEM that might be an interesting addition to the experimental/hazmat section of this ecosystem.
Unlike traditional lattice-based designs (such as ML-KEM), this approach is based on symbolic topologic graph mutations synchronized via session indices.
Key features of the implementation:
- Fully
#[no_std] compliant (designed for low-resource embedded hardware / bare-metal).
- Zero heap allocations.
- Focuses on structural graph mutations rather than heavy algebraic matrix math, aiming for a very low RAM footprint on microcontrollers.
The complete specification, architecture details, and over 50 source files are fully frozen and archived on Zenodo under CC BY-NC 4.0.
You can find the artifact here: https://zenodo.org/records/20254883
If anyone in the RustCrypto community is looking into benchmarking non-algebraic PQC alternatives for embedded systems, feel free to analyze or integrate the code. Feedback on the mutation logic is highly appreciated!
Hi everyone,
I wanted to share an alternative, experimental KEM framework called EchoPulse-KEM that might be an interesting addition to the experimental/hazmat section of this ecosystem.
Unlike traditional lattice-based designs (such as ML-KEM), this approach is based on symbolic topologic graph mutations synchronized via session indices.
Key features of the implementation:
#[no_std]compliant (designed for low-resource embedded hardware / bare-metal).The complete specification, architecture details, and over 50 source files are fully frozen and archived on Zenodo under CC BY-NC 4.0.
You can find the artifact here: https://zenodo.org/records/20254883
If anyone in the RustCrypto community is looking into benchmarking non-algebraic PQC alternatives for embedded systems, feel free to analyze or integrate the code. Feedback on the mutation logic is highly appreciated!