Module Name
Apple corecrypto Module v11.1 [Apple silicon, User, Software]
Caveat
When operated in approved mode
Security Level Exceptions
- Physical security: N/A
- Non-invasive security: N/A
- Mitigation of other attacks: N/A
Embodiment
Multi-Chip Stand Alone
Description
The Apple corecrypto User Space Module for Apple silicon is a software cryptographic module running on a multi-chip standalone hardware device and provides services intended to protect data in transit and at rest.
Tested Configuration(s)
- iOS 14.2 running on iPhone 11 Pro with an Apple A Series A13 Bionic with PAA
- iOS 14.2 running on iPhone 11 Pro with an Apple A Series A13 Bionic without PAA
- iOS 14.2 running on iPhone 12 with an Apple A Series A14 Bionic with PAA
- iOS 14.2 running on iPhone 12 with an Apple A Series A14 Bionic without PAA
- iOS 14.2 running on iPhone 6S with an Apple A Series A9 with PAA
- iOS 14.2 running on iPhone 6S with an Apple A Series A9 without PAA
- iOS 14.2 running on iPhone 7 Plus with an Apple A Series A10 Fusion with PAA
- iOS 14.2 running on iPhone 7 Plus with an Apple A Series A10 Fusion without PAA
- iOS 14.2 running on iPhone X with an Apple A Series A11 Bionic with PAA
- iOS 14.2 running on iPhone X with an Apple A Series A11 Bionic without PAA
- iOS 14.2 running on iPhone XS Max with an Apple A Series A12 Bionic with PAA
- iOS 14.2 running on iPhone XS Max with an Apple A Series A12 Bionic without PAA
- iPadOS 14.2 running on iPad (5th generation) with an Apple A Series A9 with PAA
- iPadOS 14.2 running on iPad (5th generation) with an Apple A Series A9 without PAA
- iPadOS 14.2 running on iPad (7th generation) with an Apple A Series A10 Fusion with PAA
- iPadOS 14.2 running on iPad (7th generation) with an Apple A Series A10 Fusion without PAA
- iPadOS 14.2 running on iPad Air (4th generation) with an Apple A Series A14 Bionic with PAA
- iPadOS 14.2 running on iPad Air (4th generation) with an Apple A Series A14 Bionic without PAA
- iPadOS 14.2 running on iPad mini (5th generation) with an Apple A Series A12 Bionic with PAA
- iPadOS 14.2 running on iPad mini (5th generation) with an Apple A Series A12 Bionic without PAA
- iPadOS 14.2 running on iPad Pro 10.5 inch with an Apple A Series A10X Fusion with PAA
- iPadOS 14.2 running on iPad Pro 10.5 inch with an Apple A Series A10X Fusion without PAA
- iPadOS 14.2 running on iPad Pro 11-inch (1st generation) with an Apple A Series A12X Bionic with PAA
- iPadOS 14.2 running on iPad Pro 11-inch (1st generation) with an Apple A Series A12X Bionic without PAA
- iPadOS 14.2 running on iPad Pro 11-inch (2nd generation) with an Apple A Series A12Z Bionic with PAA
- iPadOS 14.2 running on iPad Pro 11-inch (2nd generation) with an Apple A Series A12Z Bionic without PAA
- iPadOS 14.2 running on iPad Pro 9.7-inch with an Apple A Series A9X with PAA
- iPadOS 14.2 running on iPad Pro 9.7-inch with an Apple A Series A9X without PAA
- macOS Big Sur 11.0.1 running on MacBook Air with an Apple M Series M1 with PAA
- macOS Big Sur 11.0.1 running on MacBook Air with an Apple M Series M1 without PAA
- tvOS 14.2 running on Apple TV 4K with an Apple A Series A10X Fusion with PAA
- tvOS 14.2 running on Apple TV 4K with an Apple A Series A10X Fusion without PAA
- TxFW 11.0.1 running on Apple Security Chip T2 with an Apple T Series T2 with PAA
- TxFW 11.0.1 running on Apple Security Chip T2 with an Apple T Series T2 without PAA
- watchOS 7.1 running on Apple Watch Series S3 with an Apple S Series S3 with PAA
- watchOS 7.1 running on Apple Watch Series S3 with an Apple S Series S3 without PAA
- watchOS 7.1 running on Apple Watch Series S4 with an Apple S Series S4 with PAA
- watchOS 7.1 running on Apple Watch Series S4 with an Apple S Series S4 without PAA
- watchOS 7.1 running on Apple Watch Series S5 with an Apple S Series S5 with PAA
- watchOS 7.1 running on Apple Watch Series S5 with an Apple S Series S5 without PAA
- watchOS 7.1 running on Apple Watch Series S6 with an Apple S Series S6 with PAA
- watchOS 7.1 running on Apple Watch Series S6 with an Apple S Series S6 without PAA
Approved Algorithms
Safe Primes Key Generation