如何使用Fips平台的'TLS1_ECDHE_RSA'密码使用Openssl生成Pem证书

Question

I want to generate a ' .pem' certificate with OpenSSL using 'TLS1_ECDHE_RSA_ ' ciphers for fips platform. Also, I am using an elliptic curve 'sec384r1'.

The certs that I was using on a non-fips platform is not working on fips platform even though the size of the key is 2048 bits.

I am using a Load Balancer between the client and server. Here is the Configuration:

Using Curl on the client:

curl -v -o ssl_ecdhe.txt -tls1.2 http://30.1.1.101/ssl_ecdhe.txt

Using Openssl on Server:

/usr/local/ssl/bin/openssl s_server -accept 443 -cert /root/2k.pem -key /root/2k.key -tls1_2 -named_curve secp384r1 -WWW -msg

COnfiguration on Load Balancer:

slb template server-ssl srvssl 
  cipher TLS1_ECDHE_RSA_AES_128_SHA 
  ec-name secp384r1 
  version 33 33 
!
slb server main-server 20.1.1.1 
  port 443 tcp 
    health-check-disable 
!
slb service-group main-service-gp-ssl tcp 
  member main-server 443 
!
slb virtual-server main-vip 30.1.1.101 
  port 80 http 
    service-group main-service-gp-ssl 
    template server-ssl srvssl 

Please help me with this.

Srv31(~)#openssl x509 -in 2k.pem -text -noout
Certificate:
    Data:
        Version: 1 (0x0)
        Serial Number:
            d8:43:e6:a9:22:23:ea:49
        Signature Algorithm: md5WithRSAEncryption
        Issuer: C=US, ST=California, L=SanJose, O=A1, OU=Regression, CN=Regression/emailAddress=regression@networks.com
        Validity
            Not Before: Sep 29 21:56:06 2008 GMT
            Not After : Sep 27 21:56:06 2018 GMT
        Subject: C=US, ST=California, L=SanJose, O=A1, OU=Regression, CN=Regression/emailAddress=regression@networks.com
        Subject Public Key Info:
            Public Key Algorithm: rsaEncryption
                Public-Key: (2048 bit)
                Modulus:
                    00:b9:b7:bd:68:39:16:7d:77:29:51:db:51:73:2f:
                    6b:83:36:df:0b:8c:d2:03:75:4c:02:2b:66:ea:8d:
                    95:70:eb:5d:c6:45:f8:58:e4:ae:8b:b4:05:29:11:
                    bd:93:f9:ef:97:33:ec:1a:c7:d2:d5:03:4a:a1:08:
                    3b:0b:a9:9c:f5:ad:14:e6:02:60:1a:67:e3:c4:c0:
                    ff:00:18:c4:78:5c:a1:16:d0:84:c7:ab:86:7c:42:
                    05:d8:2d:43:d3:f4:2b:d7:29:0f:7e:da:7f:88:1f:
                    92:81:65:0b:01:67:ac:5c:35:06:6d:77:9c:b2:b7:
                    a1:84:69:54:ca:df:5b:02:62:41:f1:7d:73:fe:c0:
                    52:ce:9f:58:c7:0b:18:87:78:eb:b1:9a:c6:af:c0:
                    86:ab:ab:e5:02:28:5a:44:aa:66:d2:e2:7b:60:a2:
                    93:63:6f:6a:15:7b:97:7a:57:8a:c3:41:ec:d2:38:
                    cd:ba:62:20:03:0c:ea:16:f1:45:3a:66:5e:1d:a1:
                    16:23:8e:09:72:76:d6:d6:2d:d5:2c:26:de:b3:56:
                    16:22:a7:15:49:7c:0a:07:74:4c:5a:e3:6e:fd:e4:
                    51:c9:58:f3:92:88:e2:89:af:a9:3c:36:39:d2:23:
                    cc:c0:32:f4:8d:63:bb:de:a4:cc:91:c3:75:77:8d:
                    aa:9b
                Exponent: 65537 (0x10001)
    Signature Algorithm: md5WithRSAEncryption
        44:05:cb:91:d5:1d:f8:c7:21:7b:de:8e:be:bf:ed:c6:a8:f7:
        86:be:a8:a8:96:42:d6:b6:a3:d6:79:42:e4:37:0d:88:d8:e2:
        91:05:d1:45:14:0b:93:45:c2:97:f6:dc:0d:82:ae:97:9e:67:
        e1:70:44:0d:fa:ed:a1:e0:d6:7a:8f:27:97:4b:de:81:75:7b:
        5f:8d:86:28:e3:4d:19:24:a2:27:5f:76:cb:f2:ca:8b:3f:ff:
        d5:eb:b9:73:5c:a4:21:e9:30:15:50:bc:68:a2:55:50:67:b4:
        bb:2b:5e:a1:b1:9d:6d:1a:ca:29:ba:b1:74:62:a2:80:85:9e:
        85:48:96:66:d6:40:9b:fe:da:ee:fd:4a:32:ab:e0:b6:34:88:
        93:dd:92:60:0b:12:09:ae:b7:57:8a:c8:2b:0c:03:4c:75:fc:
        ed:0b:6c:a6:d3:9b:b7:d4:88:9e:35:f6:66:23:3b:2a:64:e6:
        a4:fa:d2:5a:68:81:02:4d:a8:0b:fd:a4:f2:a3:14:5e:26:fe:
        f5:cc:54:01:2e:bc:1e:ee:37:5d:3b:d7:0e:2e:5c:a5:e0:ce:
        79:ac:95:56:39:3b:b7:91:46:2f:30:c6:37:60:d0:07:11:58:
        d8:8d:40:a6:a1:00:51:7f:90:aa:67:23:12:e5:d6:25:11:8c:
        c4:45:32:7f

Answer 1

X509 certificate generation using Open SSL tool is very straight forward. Not sure how fips platform loads certificates and terminates SSL connections, please provide a bit more information about application server and versions to be able to help.

You would generally run these commands to generate key/CSR and certificate.

1. openssl genrsa -des3 -out yournameforkey.key 2048

2. openssl req -new -key yournameforkey.key -out yourdomain.csr

3. openssl req -x509 ..........