Lightweight Crypto
Lightweight Crypto
Compute • CryptoWe implement and compare modern lightweight primitives, aiming for robust security with minimal cycles, code size, and RAM.
Highlights
- Constant-time cores; vectorized where beneficial.
- Unified API with graceful error paths.
- Test harness with fuzzing & differential checks.
- Drop-in portability across common microcontrollers.
Overview
We implement and compare modern lightweight primitives, aiming for robust security with minimal cycles, code size, and RAM.
Approach
Establish a baseline suite, instrument performance and memory, then choose defaults by use-case (telemetry, control, storage).
Results
Candidates meet throughput/size targets on several MCUs; documentation and examples prepared for integration trials.
Gallery
