Learn
active
MATEE: Defending ARM TrustZone Semantic Gap Vulnerabilities via Pointer Auth
- Engineer — Learn: Introduces a systematic taxonomy of semantic gap vulnerabilities in ARM TrustZone TEEs, where malicious normal-world apps can forge requests to steal other clients’ secure data; no exploitation or patch required, but relevant to engineers designing or auditing TEE-based secure enclave workloads on ARM.
- SOC/IR — Skip
- Leader — Skip
This entry was curated and judged by AI (Claude) with automated enrichment
(CISA KEV / EPSS / public PoC). Verify against the original source before
acting. Found a bad verdict?
Report it —
confirmed errors go to the corrections log.