- #Cisco asa aip ssm 10 how to#
- #Cisco asa aip ssm 10 update#
- #Cisco asa aip ssm 10 upgrade#
- #Cisco asa aip ssm 10 software#
- #Cisco asa aip ssm 10 series#
ASA CX Context-Aware Security( ) Cisco CloudĪSA 5500-X Cisco SecureX Cisco SecureX ArchitectureĬisco An圜onnect Secure Mobility Solution
![cisco asa aip ssm-10 cisco asa aip ssm-10](https://i.ebayimg.com/images/g/IiUAAOSwM2deHKZy/s-l1600.jpg)
#Cisco asa aip ssm 10 series#
Cisco ASA 5500 5500-X Series MultiScaleĬisco Security Intelligence Operations(SIO)
#Cisco asa aip ssm 10 update#
Warning: Executing this command will apply a signature update to the application partition.Cisco ASA 5500 5500-X Series Adaptive Security ApplianceĬisco SecureX Architecture Cisco ASA 5500 5500-X Series
#Cisco asa aip ssm 10 upgrade#
IPS(config)# upgrade ftp:// /IPS-sig-S338-req-E1.pkg Now we need to upgrade the signature file as well. Wait a few minutes and then log in again.Ĭisco Intrusion Prevention System, Version 6.0(1)E1Īs you can see the image is upgraded successfully. Sensor is shutting down.This CLI session will be terminated Applications will be restarted when update is complete. IPS applications will be stopped and system will be rebooted after upgrade completes. The system may be rebooted to complete the upgrade.Īpplying update.
#Cisco asa aip ssm 10 software#
Warning: Executing this command will apply a software update to the application partition. Then upgrade using the “ upgrade” command: Note about signature files: the keyword “req-E1” in the signature filename means that it requires an E1 signature engine software installed.Īfter you log in to the sensor, use the “show ver” command to verify your current image version:Ĭisco Intrusion Prevention System, Version 5.1(5)E1 Signature upgrade file: IPS-sig-S338-req-E1.pkg Upgrade file used: (major upgrade from 5.1 to 6.0)
#Cisco asa aip ssm 10 how to#
Lets see how to upgrade the AIP-SSM IPS module below: You need also an FTP server to host the upgrade image files. I have already assigned an IP address to the IPS management interface, so I did all the upgrade via the management interface. The AIP-SSM module can be accessed either through the ASA CLI (using “session 1” ) command, or via its dedicated management interface using SSH. The IPS models are AIP-SSM-20 which were upgraded from version 5.1 to 6.0 I have recently upgraded a few Intrusion Prevention System (IPS) modules which are embedded in ASA firewalls. The highest-end 5580 does not support the module because an IPS inline module in the 5580 would decrease its packet forwarding performance (remember that the 5580 is usually used in high traffic environments). Also, the 5550 can not support the module because its hardware is occupied with much more integrated network ports compared with other models (it has 8-10/100/1000 and 4 gigabit SFP ports). The following models support the IPS module device:īasically the ASA 5505 can not support the AIP-SSM because of its small size. The lowest-end model (5505) and the highest-end models (5550, 5580) does not support the AIP-SSM IPS module. Specifically only the middle-range models support it. Similarly, to reboot the module for any reason use:ĪSA# hw-module module 1 reset ASA Models that support IPS Module (AIP-SSM):Īs we mentioned above, the Cisco ASA 5500 appliance supports an Intrusion Detection/Intrusion Prevention plug-in module (AIP-SSM). To remove the module while it operates, you have to shut it down first using:Īfter that, you have to power off the ASA and then remove the AIP-SSM module. If the status reads UP, AIP-SSM is properly installed. The figure below shows how the AIP-SSM module can be installed inside a Cisco ASA appliance:Īfter inserting the module in the appliance, you can verify that is properly installed with theĪSA# show module 1 command. The AIP-SSM plug-in module has two models: The advantage however of inline operation is that the sensor can stop attacks by dropping malicious traffic before it reaches the intended target, thus providing a proactive service. Since the inline mode operation puts the sensor directly into the traffic flow, it affects the general forwarding performance of the ASA appliance. In this configuration, the IPS sensor can take action to attacking traffic by itself. In Inline Mode, all traffic flows through the IPS sensor before or after passing through the ASA firewall. The disadvantage is that the promiscuous sensor can not block some types of attacks (e.g single-packet attacks) and is a little bit slow to react to attacks. The advantage of using the sensor in promiscuous mode is that it does not affect the forwarding performance of the firewall. Rather, it instructs the ASA firewall to take action to the malicious traffic using the “shun” command. The IDS sensor can not take actions by itself since it is not involved inside the traffic flow. The actions can vary from alert, TCP reset, drop the session or the whole IP communication.
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In Promiscuous Mode, the sensor does not intervene in traffic flow, but just “sniffs” the traffic that passes through the firewall and takes appropriate actions in the event of an attack.