Pranav Sonawane 7c6667e506 feat(mbedtls): submit whole buffers to the AES accelerator for ECB ...

The AES-ECB port entry point processed exactly one 16-byte block per
call, so a multi-block operation paid the cost of acquiring the
peripheral, enabling its clock and writing the key once per block. That
fixed cost is ~13.7 us on ESP32-C6 and dominates the AES transform
itself at this scale.

Add esp_aes_crypt_ecb_blocks(), which submits an entire buffer in a
single hardware operation, mirroring the structure of
esp_aes_crypt_cbc(). esp_aes_crypt_ecb() becomes a thin wrapper over it
with length = 16 and is unchanged behaviourally; the public API is
unchanged.

2026-10-09 17:47:39 +05:30

..

esp_secure_service_wrapper.c

feat(mbedtls): submit whole buffers to the AES accelerator for ECB

2026-10-09 17:47:39 +05:30

esp_tee_config.c

fix(esp_tee): Prevent TEE from dispatching the REE heap poisoning callback

2026-06-22 11:18:30 +05:30

esp_tee_u2m_switch.S

feat(esp_tee): Support for ESP32-C5 - the esp_tee component

2025-08-13 14:08:58 +05:30

esp_tee.c

fix(esp_tee): Skip taking the service call mutex when in critical sections

2025-09-16 14:57:27 +05:30