Cyberattacks have evolved to become much more complex, however the core techniques employed by malware are usually recycled and largely unchanged.
Find out how these targeted attacks affect companies in real world cases and why legacy solutions that focus on detection are insufficient to protect secure enterprise data. Included are also 10 preventative measures you can take to prevent a corporate security breach.
Cyber criminals today are deploying sophisticated attacks on enterprises making the role of security professionals much more complex than ever before. Find out the 10 requirements your cybersecurity solution must meet to ensure secure application enablement at every location and how you should widen your RFP selection criteria when choosing a security provider.
The Application Usage and Threat Report (June 2014) provides a global view into enterprise application usage and the associated cyber threat landscape. Accomplished by summarizing network traffic assessments conducted across more than 5,500 organizations worldwide between March 2013 and March 2014.
This version of the report will analyse the relationship between threats and their application vectors. The most surprising data points being both the diversity of applications displaying threat activity and the high concentration of activity surrounding only a few key techniques.
This edition of the recurring Threat Landscape Review examines data from WildFire™, a key component of the Palo Alto Networks threat intelligence cloud, to identify how organizations in different industries are targeted and affected by malware.
Download the latest research from Unit 42 to see current trends and malware distribution patterns across 10 industries, and find out what you need to know about the Kuluoz malware family, and how to defend against it.
It is no secret that modern information-based attacks have become increasingly sophisticated and common, and these advanced threats present one of the most important challenges facing network security teams today. In this whitepaper, we look at some of the most important criteria to consider when architecting your defences against advanced attacks and modern malware.
For enterprise IT security organizations, the evolution of applications and threats, coupled with the stagnation of traditional network security technology has resulted in a loss of visibility and control. This paper examines three different organizations, the legacy infrastructure they replaced, the firewalls they deployed and the subsequent savings.
This whitepaper provides provides a global view into enterprise application usage and the associated threats by summarizing network traffic assessments conducted in 3,056 organizations worldwide in 2012. The application and threat patterns discussed within this report dispel the position that social networking, filesharing and video applications are the most common threat vectors, while reaffirming that internal applications are highly prized targets.
This risk report provides a global view into enterprise application usage by summarising network traffic assessments conducted in 2,036 organisations worldwide between November 2011 and May 2012. Key findings include: Streaming video bandwidth consumption triples to 13%, P2P filesharing bandwidth consumption skyrockets 700%, and that social networking continues to define itself. View the detailed report.
The data in this presentation is based on actual network traffic. Findings include: Number of social networking applications per organisation; Number of browser-based filesharing applications per organisation; filesharing use for entertainment or work and more. See the results of this Application Usage and Risk Report.
The ever-increasing demands for application availability and performance, the constantly evolving threat landscape, and the need to understand what is happening with applications from a security perspective combine to make the seemingly easy demands for data center network security much more difficult to meet. Indeed, most organizations have been forced into significant compromises – trading security, function, and visibility for performance, simplicity, and efficiency. Read on.