Difference between revisions of "Nextelco:CNOC Norway"
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The Runcom CNOC available in Norway is composed by two components, each one installed in a different front slot. | The Runcom CNOC available in Norway is composed by two components, each one installed in a different front slot. | ||
* In the first slot there is the SCC-GEth module. | * In the first slot there is the SCC-GEth module. | ||
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== Getting access == | == Getting access == | ||
| − | As it is shown in the previous figure, both components or modules, have several ethernet connections as well as a console port. | + | As it is shown in the previous figure, both components or modules, have several ethernet connections as well as a console port. Console port is intended to be the first way of getting access, which requires local presence, however none of the components is answering by this port. |
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| + | The default configuration allows to get access through console port, however, these CNOC has been already manipulated and that is why console ports are not responding. | ||
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Revision as of 09:59, 29 August 2014
The Runcom CNOC available in Norway is composed by two components, each one installed in a different front slot.
- In the first slot there is the SCC-GEth module.
- In the second slot there is the RDS module.
The following figure shows how is the CNOC physically.
Getting access
As it is shown in the previous figure, both components or modules, have several ethernet connections as well as a console port. Console port is intended to be the first way of getting access, which requires local presence, however none of the components is answering by this port.
The default configuration allows to get access through console port, however, these CNOC has been already manipulated and that is why console ports are not responding.
Redirection Server
The Redirection Server is an FCS’s product that redirects all peers’ Http requests to their personal-sites as pre-defined in the Radius server. The RDS uses FCS’s EDS (Enhanced Dynamic Services) policy to redirect the connected peers and it actually acts as a sophisticated SSC (Service Creation Card).
The RDS is usually located at the ISP/Carrier network but it is not mandatory. When the RDS is located outside the access subnet the ASN-SG (Access Service Network - Service Gateway) uses an IP in IP tunnel to transfer the redirected data.
Hardware & Software specifications
These are hardware and software specifications of CNOC Norway:
RDSHost> show version hardware Module Num Part No. Serial No. Version ------ --- -------- ---------- ---------------- RDS 1 780-002 D0C9BA9DE8 V2.0_RDS_1866.717
RDSHost> show version software Module Num Version ------ ---- ---------------- RDS 1 V4.1.10.0_RDS Kernel 2 2.4.32
RDSHost> show version pack Pack Image Name: RDS_4_1_10 Version: V4.1.10.0_RDS_pack Size: 0 Pack Components: Kernel Version: 2.4.32 EDS Version: V4.1.10.0_RDS
Predefined Configuration
The CNOC came with the following configuration:
RDSHost> write terminal #version V4.1.10.0_RDS 2014/08/13 16:42:41 password operator gfwhs^k password technician jep^us default-redirection-site http://91.207.159.21:8657/nextt/web_authentication.html hostname RDSHost interface ethernet 1 192.168.11.4 255.255.255.0 ip default-gw 192.168.11.1 error-level 0 output-device console event-level 0 output-device console sysLog-server-ip 0.0.0.0 remote-ip-in-ip 192.168.11.3 snmp-server community set public snmp-server community get public access-list snmp-permit 0.0.0.0 0.0.0.0
RDSHost> show route RDS IP routing table Destination Gateway Mask 192.168.11.0 0.0.0.0 255.255.255.0 192.168.11.0 0.0.0.0 255.255.255.0 127.0.0.0 0.0.0.0 255.0.0.0 0.0.0.0 192.168.11.1 0.0.0.0
RDSHost> show certificate Certificate: Data: Version: 3 (0x2) Serial Number: 0 (0x0) Signature Algorithm: md5WithRSAEncryption Issuer: C=IL, ST=Herzeliya, L=Herzeliya, O=ADC, OU=ADC-UNIT, CN=www.sg1-rds.com/Email=raviv.zeev@g-connect.co.il Validity Not Before: Mar 27 11:07:03 2007 GMT Not After : May 5 11:07:03 2011 GMT Subject: C=IL, ST=Herzeliya, L=Herzeliya, O=ADC, OU=ADC-UNIT, CN=www.sg1-rds.com/Email=raviv.zeev@g-connect.co.il Subject Public Key Info: Public Key Algorithm: rsaEncryption RSA Public Key: (1024 bit) Modulus (1024 bit): 00:c7:68:2d:73:5e:8b:03:3a:86:21:6a:74:21:67: ec:ab:32:f3:9c:69:8b:63:16:74:76:37:0f:fb:e1: 19:82:bf:56:7f:ca:7d:5a:fe:38:ba:db:91:31:35: 25:14:b5:be:d1:b3:2f:b1:0d:6f:06:65:29:bf:8a: 9e:e2:6b:12:73:71:bf:0b:10:24:c3:da:1f:c5:11: df:7f:78:8c:ff:a2:54:9e:f8:a5:e0:51:a1:81:44: 62:79:e4:9c:b3:49:1f:79:5c:0f:97:6f:de:57:66: 33:92:8e:57:a0:af:37:7f:c4:94:88:11:f7:2c:3e: c4:a3:4d:a6:11:61:27:b8:c7 Exponent: 65537 (0x10001) X509v3 extensions: X509v3 Subject Key Identifier: B8:22:3A:CC:14:40:CB:1C:66:10:79:20:44:15:83:29:81:65:20:FE X509v3 Authority Key Identifier: keyid:B8:22:3A:CC:14:40:CB:1C:66:10:79:20:44:15:83:29:81:65:20:FE DirName:/C=IL/ST=Herzeliya/L=Herzeliya/O=ADC/OU=ADC-UNIT/CN=www.sg1-rds.com/Email=raviv.zeev@g-connect.co.il serial:00 X509v3 Basic Constraints: CA:TRUE Signature Algorithm: md5WithRSAEncryption ae:96:ef:cd:e3:a1:a1:c9:c6:75:d3:50:c2:8b:08:b1:39:ae: 4a:15:26:52:ec:ab:63:9f:ee:21:72:47:13:24:0f:cd:da:bb: 31:7f:7f:7a:1d:d1:0d:5d:f2:19:b3:ef:cc:7c:67:80:4b:a1: 99:68:cc:4d:7e:62:07:c0:7b:91:f6:0f:b4:bb:d3:c7:4f:ae: d2:4b:f7:51:ec:0c:2d:52:b0:6d:33:f7:d7:62:d6:1f:b4:e0: ef:fe:4d:2d:b7:a7:95:14:b8:29:2e:de:eb:4e:ef:d3:bb:af: 6a:25:6f:96:a3:05:15:72:0f:60:57:45:1a:d7:31:e7:9a:e0: d0:e2
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