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Deep packet inspection explained - AT&T
Deep packet inspection (DPI) refers to the method of examining the full content of data packets as they traverse a monitored network checkpoint. Whereas conventional forms of stateful packet inspection only evaluate packet header information, such as source IP address, destination IP address, and port number, deep packet inspection looks at ...
Capturing and Examining Packets - AT&T
AlienVault USM Appliance integrated packet capture functionality allows you to capture traffic on your network for offline analysis and forensics, using the USM Appliance web UI.. Note: You can also perform traffic captures through the system shell, for example, using TcpDump or Tshark. To capture a packet. Go to Environment > Traffic Capture.; Select how long, in seconds, the capture should ...
Master Network Traffic Analysis with Wireshark - AT&T
To capture ICMP traffic, ping Google.com. Use the ‘ICMP’ filter to see ICMP traffic. Click the ICMP echo-request packet from the Wireshark capture window and start observing the information. In the request packet, the source IP is your (requestor) IP address. Whereas the destination IP is that of Google.
Bluetooth security risks explained - AT&T
BlueBugging uses Bluetooth to establish a backdoor on a victim’s phone or laptop. Backdoors are very dangerous because they can give a malicious outsider inside access to your device and sensitive information. Basically they can use the backdoor to spy on your activity.
Configure Network Interfaces in AlienVault USM Appliance - AT&T
Update Management Interface Configuration. You must configure the management interface immediately after deploying the USM Appliance virtual machine or the first time when you power on the USM Appliance hardware. See Set Up the Management Interface for details.. If you need to modify the management interface configuration, follow the steps below.
Incident Response Steps and Frameworks for SANS and NIST - AT&T
For consistency, NIST steps will always be presented on the left and SANS on the right during the steps side-by-side comparisons. Step 1) Preparation = Step 1) Preparation. Preparation is key to rapid response. We beat this drum earlier when discussing the importance of having incident response steps.
Mobile device security explained - AT&T
Mobile Device Security refers to the protection of critical, sensitive, and otherwise valuable data that either exists on or is transmitted to/from a mobile device that includes smartphones and tablets, . And because mobile devices are not necessarily corporate-owned, the entirety of the BYOD movement can be included.
Unlocking Threat Intelligence with OTX's STIX/TAXII Feed
Deliver your own intelligence from OTX to your network and your customers. You can use the group functionality of OTX to store threat intelligence and privately share it with people you specify. You can then deliver this by STIX/TAXII to your devices, or if you are a service provider, to your customers. You can also maintain feeds within these ...
Mitigating the Top 12 Client-Side Security Threats
Unmitigated risks present in organizational systems can lead to potentially severe attacks on the client side—that is, an organization’s customers or end users. These types of attacks include e-skimming, Magecart-like threats, and formjacking. The Open Web Application Security Project® ( OWASP) lists 12 client-side security risks that ...
Introducing AT&T’s Managed Endpoint Security with SentinelOne
Finally, AT&T’s Security Operations Center will provide continuous monitoring, management and support for the Managed Endpoint Security with SentinelOne offering. This includes 24x7x365 eyes on glass to review and triage alarms as well as investigate and respond to threats. This helps alleviate the burden of keeping up with threats and helps ...