On Demand
Linda A. LeBlanc, Network Security Analyst at MIT & eSecurityPlanet Columnist
Charles Kaplan, Chief Security Strategist at Mazu Networks
Knowing when your internal network has been compromised and determining the severity of the damage is vitally important to your organization. Hackers can take over a machine and use it for their own purposes. You need to understand the value of assets they have had access to and you want to know whether your enemy has conquered your hardware alone or has conquered your data as well.
This is a huge challenge. Determining when and how your internal network has been compromised is difficult because it requires a level of visibility into the network that most organizations don't have today. A lot of data is available from a number of security products (IDS/IPS, SIM/SEM, etc.) but true network-wide visibility requires real-time knowledge of all of the activity on the network. Network Behavior Analysis (NBA) systems are an emerging technology that provide visibility into how networks are being used and provide protection against attacks that other security solutions can't identify, such as insider attacks.
Attend this Webcast and learn:
- How to be prepared for a successful attack against your networked systems;
- How to initiate specific procedures to log and reveal tampering by unauthorized users;
- How lack of visibility can mask vulnerabilities into your network's security
- How NBA systems can increase visibility into your networks and improve their protection
- How real organizations are using NBA systems today and the results they are seeing
About Mazu Networks
Mazu Networks provides behavior-based network security solutions that analyze network traffic and behavior to operate enterprise networks more securely. Mazu Networks' offerings include Mazu Profiler™ – a Network Behavior Analysis (NBA) system that provides internal network visibility and protection and eases the IT burden of compliance and Mazu Enforcer™ – a perimeter security solution for detecting and mitigating denial-of-service attacks. For more information, please visit www.mazunetworks.com.
