Key 0x2F keyY is derived by NATIVE_FIRM, but the derivation procedure is arguably quite simple.
It is probably best summarised by this one line from SciresM/3ds-pohlig-hellmann:
keys = hashlib.sha256(binascii.unhexlify('%0512X' % pow(asn1, d, n))).hexdigest().upper()where asn1 is some data that would need to be hardcoded and d and n can be read from boot9.
I'm not sure if hardcoding (some) data is something that aligns with the ideas you have for this project, but I believe it would be quite convenient, since it's a lot less clear how to obtain that key than it is to obtain boot9.
Maybe a similar procedure would also be viable for 0x19 and 0x1A keyX?
Key 0x2F keyY is derived by NATIVE_FIRM, but the derivation procedure is arguably quite simple.
It is probably best summarised by this one line from SciresM/3ds-pohlig-hellmann:
where
asn1is some data that would need to be hardcoded anddandncan be read from boot9.I'm not sure if hardcoding (some) data is something that aligns with the ideas you have for this project, but I believe it would be quite convenient, since it's a lot less clear how to obtain that key than it is to obtain boot9.
Maybe a similar procedure would also be viable for 0x19 and 0x1A keyX?