Hello
I’m trying to decrypt the encrypted data but its giving me error says “mac check in GCM failed”
Data was pushed according to below request:
https://webhook.site/d0a44047-125a-4484-9076-5ff34b78c494/v0.5/health-information/hip/request
{
“transactionId”: “02993659-6ba0-43be-994f-45ba3a0b9a33”,
“requestId”: “47086ded-bc74-4c58-9430-5ed414ccfdc5”,
“timestamp”: “2021-12-10T10:02:55.978294”,
“hiRequest”: {
“consent”: {
“id”: “51b575e0-30ce-48bf-ac58-691df66678ee”
},
“dateRange”: {
“from”: “2014-12-10T10:02:25.586672”,
“to”: “2021-12-10T10:02:25.586718”
},
“dataPushUrl”: “https://dev.abdm.gov.in/patient-hiu/data/notification”,
“keyMaterial”: {
“cryptoAlg”: “ECDH”,
“curve”: “curve25519”,
“dhPublicKey”: {
“expiry”: “2021-12-12T10:02:25.847901”,
“parameters”: “Ephemeral public key”,
“keyValue”: “BGrnDi5oknGc/NJ7xJM4Er6kkWegQDtqbKJwQpse+aYZBQqWAELGAJP5yj1v5pDcW678fZL8B8gCtlyc5XqQo4U=”
},
“nonce”: “Qf0BYNgvNB5S270OqXL78DSgcZvmi6vU86g0tyje0Kg=”
}
}
}
Data push request :
https://dev.abdm.gov.in/patient-hiu/data/notification
{
“pageNumber”: 1,
“pageCount”: 1,
“transactionId”: “02993659-6ba0-43be-994f-45ba3a0b9a33”,
“entries”: [
{
“content”: “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”,
“media”: “application/fhir+json”,
“checksum”: “string”,
“careContextReference”: “DEMO-26-001”
}
],
“keyMaterial”: {
“cryptoAlg”: “ECDH”,
“curve”: “Curve25519”,
“dhPublicKey”: {
“expiry”: “2020-10-06T10:50:37.764Z”,
“parameters”: “Curve25519/32byte random key”,
“keyValue”: “MIIBMTCB6gYHKoZIzj0CATCB3gIBATArBgcqhkjOPQEBAiB/////////////////////////////////////////7TBEBCAqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqYSRShRAQge0Je0Je0Je0Je0Je0Je0Je0Je0Je0Je0JgtenHcQyGQEQQQqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq0kWiCuGaG4oIa04B7dLHdI0UySPU1+bXxhsinpxaJ+ztPZAiAQAAAAAAAAAAAAAAAAAAAAFN753qL3nNZYEmMaXPXT7QIBCANCAAQGd4XJqp5pkcYdDMEl9Y48tvxrYx1nN/xgwoxEO9ftlhRkQFZ/2zDWCDhqH1h26DMjH4Q2Q3nqoH0hySOY3kbg”
},
“nonce”: “3HgM0nMD9CRvv3u/sw6ypEK+S754GwDb2In+YO5mCzQ=”
}
}
Data Seen on app after the data push:
Then i’m trying to decrypt the above encrypted data as HIU using same keyMaterial which was sent in data push
“keyMaterial”: {
“cryptoAlg”: “ECDH”,
“curve”: “curve25519”,
“dhPublicKey”: {
“expiry”: “2021-12-12T10:02:25.847901”,
“parameters”: “Ephemeral public key”,
“keyValue”: “MIIBMTCB6gYHKoZIzj0CATCB3gIBATArBgcqhkjOPQEBAiB/////////////////////////////////////////7TBEBCAqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqYSRShRAQge0Je0Je0Je0Je0Je0Je0Je0Je0Je0Je0JgtenHcQyGQEQQQqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq0kWiCuGaG4oIa04B7dLHdI0UySPU1+bXxhsinpxaJ+ztPZAiAQAAAAAAAAAAAAAAAAAAAAFN753qL3nNZYEmMaXPXT7QIBCANCAAQGd4XJqp5pkcYdDMEl9Y48tvxrYx1nN/xgwoxEO9ftlhRkQFZ/2zDWCDhqH1h26DMjH4Q2Q3nqoH0hySOY3kbg”
},
“nonce”: “3HgM0nMD9CRvv3u/sw6ypEK+S754GwDb2In+YO5mCzQ=”
}
Now as show WEBINAR 4 and AS per shared DHKeyExchangeCrypto.cs file im trying to
senderRandom = 3HgM0nMD9CRvv3u/sw6ypEK+S754GwDb2In+YO5mCzQ=
senderReceiver = MIIBMTCB6gYHKoZIzj0CATCB3gIBATArBgcqhkjOPQEBAiB/////////////////////////////////////////7TBEBCAqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqYSRShRAQge0Je0Je0Je0Je0Je0Je0Je0Je0Je0Je0JgtenHcQyGQEQQQqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqqq0kWiCuGaG4oIa04B7dLHdI0UySPU1+bXxhsinpxaJ+ztPZAiAQAAAAAAAAAAAAAAAAAAAAFN753qL3nNZYEmMaXPXT7QIBCANCAAQGd4XJqp5pkcYdDMEl9Y48tvxrYx1nN/xgwoxEO9ftlhRkQFZ/2zDWCDhqH1h26DMjH4Q2Q3nqoH0hySOY3kbg
receiverRandom = Qf0BYNgvNB5S270OqXL78DSgcZvmi6vU86g0tyje0Kg=
receiverPrivateKey = ?? From where to get this value. So im generating new PrivateKey while decrypting.
Please guide me i’m doing as per the example & demo presented by @sukreet but not working
