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(assuming a good password were chosen), but they could use the router as a "jumping-off point" to attack other hosts within the network Because a router is normally a trusted device in your network, this could be a very effective way to further compromise your internal hosts Of course, selective access could be allowed to hosts on a certain network: Access-list 1 permit 1601010 000255 Line vty 0 4 Access-class 1 out This allows terminal line connections to devices on the 1601010 network Limiting SNMP Access Simple Network Management Protocol (SNMP) is often used in a data network to manage network devices such as servers and routers SNMP uses a very simple authentication scheme called a community string The community string is essentially a password that allows an SNMP-speaking device to read and write information to an SNMP-capable device, such as a router There are two SNMP modes, Read-Only (RO) and Read-Write (RW) Each SNMP mode uses a different community string Although this protocol is very useful to network administrators, it is also very dangerous If you must enable SNMP access on your routers, it is often useful to limit the IP addresses that are allowed SNMP access Below is an example limiting both read and write access to station 16010110 : Access-list 1 permit 16010110 0000 Snmp-server community public RO 1 Snmp-server community private RW 1 Routing Protocol Filters Another good use of standard access lists is to filter certain network ranges when redistributing routes between different routing protocols Many times it is necessary to perform "mutual redistribution" when you need to redistribute some routes from one routing protocol into another routing protocol and a different set of routes from the second protocol into the first protocol The danger here is that if filtering is not used, a route can get redistributed from the first protocol into the second protocol and back into the first protocol This will obviously confuse routers about where particular routes are being originated A simple example should suffice to drive the point home In Figure 7 7, the router is receiving information about network 1411000 via the RIP routing protocol The router is also running OSPF and receiving information about network 1501000 via that routing protocol. rdlc ean 13 EAN - 13 Client Report RDLC Generator | Using free sample for EAN ...
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R2 is the same value as X. Thus, the outcome of a sequence of two XORs using the same value produces the original value. To see this feature of the XOR in ... The router in Figure 7 7 needs to announce both of these routes via both protocols The initial configuration is quite simple First, we need to redistribute from RIP into OSPF: Router rip Network 1411000 Router ospf 1 Network 1501000 00255255 area 0 Redistribute rip Default metric 100 This allows the router to announce the RIP-derived 1411000 route via OSPF However, now we must announce the 1501000 route via RIP: Router rip Network 1411000 Redistribute OSPF 1 Default-metric 3 Router ospf 1 Network 1501000 00255255 area 0 Redistribute rip Default-metric 100 This configuration looks correct, but there is a problem We previously redistributed the network 1411000 into OSPF from RIP Now we are redistributing all OSPF routes into RIP and the 1411000 network will get distributed into RIP as an OSPF learned route At this point, things become very confused The solution is to use a standard access list to specify which routes are to be allowed to be distributed into each routing protocol Note in the following example that an access list is applied on each routing protocol: Access-list 1 permit 1411000 00255255 Access-list 2 deny 1411000 00255255 Access-list 2 permit any Router rip Network 1411000 Redistribute OSPF 1 Default-metric 3 Distribute-list 1 out OSPF 1 rdlc ean 13 RDLC EAN 13 Creator generate EAN 13(UCC-13 ... - Avapose.com
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Barcode Generator for .NET RDLC Reports, integrating bar coding features into . NET RDLC Reports project. Free to download evaluation package. 12063255255 12095255255 120127255255 120159255255 You are responsible for subnetting the network ID of 1903400 into eight subnets Take some paper and walk through your binary work of subnetting this class B network into eight subnets Once you have calculated the information on paper, fill in the following table: This display is similar to the IP routing table examined earlier The table shows how the route was discovered, what the network number is, which interface is nearest that network, and the next hop, if appropriate Each RIP update contains 40 bytes of header and up to fifty 8-byte network numbers If there are 200 RIP routes, we get four full RIP packets, which is 4x440 = 1760 bytes To convert this into bits, we multiply by 8, which yields 14,080 If you divide 14,080 by 60, this is 235 bits per second Transferring this amount of data at 64 kbps speed takes less than a second, so you can see that SAP updates are far more of a concern than are RIP updates To view a summary of the IPX traffic that has passed through this interface, issue the show ipx traffic command shown in Fig 5-3 Once you have calculated the information for each of the eight networks and have filled in the preceding table, check your work with the answer that follows If you made a mistake, double-check your math when converting binary to decimal and also double-check that you have followed the rules given for manipulating the bits to get the desired outcome Router ospf 1 Network 1511000 00255255 area 0 Redistribute RIP Default-metric 100 Distribute-list 2 out RIP In this example, we are allowing only network 1411000 to be distributed from RIP into OSPF Notice that the second access list is the exact opposite of the first It permits all routes except 1411000 to be distributed from OSPF into RIP Much more complicated examples are possible, but this should give you an idea of how standard access lists are useful when mutual redistribution between routing protocols is needed We turn next to extended IP access lists 19034160 19034320 19034480 19034640 19034800 19034960 190341120 190341280 19034161 19034321 19034481 19034641 19034801 19034961 190341121 190341281 rdlc ean 13 RDLC Report Barcode - Reporting Definition Language Client-Side
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