Abstract: In the converging network and security infrastructure, relating what is reported from security products to what is observed on the network is critical. Q1 Labs’ network security management product, QRadar, combines network behavioral analysis with vulnerability assessment and security event correlation into one platform. Ultimately, this convergence reduces IT acquisition and operations costs, and enhances responses to network security incidents.

Abstract: While network complexity and bandwidth demands continue to increase, applications such as voice over Internet protocol (VoIP) increase performance requirements. Today’s network administrators need versatile monitoring and analysis tools to quickly troubleshoot and monitor security and compliance. Retrospective network analysis (RNA) tools let you go “back in time” to reconstruct failure or attack. Discover the benefits.

Abstract: The greatest threat to the security of the modern network is complexity. Threats to network security almost always play on missed details in the design of a network or a piece of software. These overlooked details enable much larger and potentially devastating security breaches to occur. However, this threat can be countered with a well designed network and vigilant safeguards.

Abstract: Before engaging with vendors to identify the best solution, you need to perform an evaluation of your network capabilities, and assess the potential impact to your business of a converged network. As with any network implementation, a realistic understanding of what is required to reach your objectives will enable you to ensure a successful transition to enhanced network capabilities.

Abstract: The transition to IP A wireless carrier s national or regional next generation core network will be an all-IP network in the sense that IP will be the network layer (L3) protocol. MPLS (Multiprotocol Label Switching) will be the transport protocol for all IP-based services, applications, and control and management traffic in the network. Learn more in this white paper.

Abstract: As proprietary network hardware appliances become obsolete, unified network platforms (UNPs) are slowly gaining momentum. UNPs are the new paradigm for networking and security—operating on a single system that can be implemented on off-the-shelf hardware. With a UNP, organizations can design, build, manage, and maintain secure networks, without the limitations and expense of vendor proprietary hardware and software.

Abstract: Malicious hacking and illegal access are just a few of the reasons companies lose precious corporate data every year. As the number of network security breaches increase, companies must find ways to protect data beyond the perimeter of their businesses. But how do they build a data-defensible architecture that will protect data on an ever-evolving network? The answer: by first developing an in-depth defense strategy.

Abstract: Over the last two years, there has been a significant amount of IT industry attention focused on controlling users and devices access¬ing the corporate network. In this same time, the number of mobile com¬puting devices has surpassed the number of desktops used in corporate networks. Needless to say, the challenge IT managers face in securing the network has grown exponentially.

Abstract: Performing patch management is one of the most tedious chores that must be completed by network administrators. While there are many patch management tools available, they can be expensive, have sharp learning curves, or are not deployable across all software platforms. One third party solution, however, GFI LANguard Network Security Scanner, version 5, is an affordable option that can scan the network and deploy patches efficiently while looking for other potential security vulnerabilities.

Abstract: Network-critical physical infrastructure includes power, cooling, racks and physical structure, security and fire protection, cabling, management systems, and service. To manage these key pieces of your network’s physical structure, you need to be able to manage devices individually. Find out how an element management solution can help you assimilate and manage the large volume of data necessary for network availability.

Abstract: There are many legitimate reasons for upgrading your company’s enterprise network. The trick is selling those reasons to the executives holding your company’s purse strings. When you know it’s time for a network upgrade, you need more than just the technical facts—you have to arm yourself with a solid business case. Start with 10 tips that can help you sell the members of your upper management team on a network upgrade.

Abstract: Your operations and assets are under multiple points of attack, both inside and outside your network. Organizations face escalating security risks and network availability requirements as they open their networks for communications and transactions with key customers, business partners, and employees. That’s why you need to ensure efficient monitoring and enhancement of your network security posture and operations.

Abstract: The number of devices in the corporate world is increasing every year. And as mobility proliferates, so does the requirement for network security solutions to protect against external attacks, as well as attacks originating inside the network perimeter. However, network access control solutions can provide organizations with the ability to automatically enforce security policies, while still maintaining user productivity.

Abstract: Typically, useful network documentation requires a significant investment in time and effort. But because enterprise networks are in constant flux, many companies do not document their network on a regular basis. However, by adopting a sole source, service-based solution for network shapes and stencils, organizations can perform mission-critical documentation more regularly—in ways that are simpler, faster and more effective.

Abstract: Network-level behaviors can impact the determinism of call admission control decisions for a particular bandwidth management deployment. However, different network routing and forwarding models can have different impacts when used in conjunction with the bandwidth manager. We examine these models, considering their ability to provide the deterministic admission control capabilities available within the public switched telephone network (PSTN).

Abstract: Original News & Educational Review Course Summary Ernst & Young, has put together the quintessential course for security engineers looking to improve their ability to protect their organization's website, systems, and network. Dubbed eXtreme Hacking, and carrying a price tag of $5,000 a slot, this course is for anyone but hacks. With an impressive course book that fills a two-inch thick binder, leading Ernst & Young security engineers take you step-by-step through all the ways that bad guys try to subvert your mission critical servers and network configurations. Using dual-bootable NT-Linux laptops, and an accompanying network setup for practicing subversive attacks and exploits, attendees will leave the course with an entire new bag of tools and tricks that help them understand how bad guys identify target IP addresses, collect information about the systems they plan on compromising, and exploit weaknesses without being noticed. The idea is to learn how to figure out what the weaknesses are in your organization's network before the bad guys do.

Abstract: Organizations deploying next-generation business and communications applications are looking for ways to rapidly increase the use of existing Internet and core network resources. These network environments demand new management frameworks to simplify network configuration and deployment changes. However, existing point-based solutions do little to address issues of scale, usability, security, and network availability at the Internet protocol (IP) level.

Abstract: As you implement a virtualized environment, knowing how to monitor and maintain them becomes yet another challenge. Monitoring network and application traffic in an environment containing one-to-many relationships between physical hardware devices and virtual application servers presents a number of concerns. Learn about the traffic flow in virtual environments, and the various visibility options and their ramifications.