This year’s VAST Challenge focuses on visual analytics applications for both large scale situation analysis and cyber security. There are two mini-challenges to test your visual analytics applications and your analytical skills.
In mini-challenge 1, (the imaginary) BankWorld's largest financial institution, the (fictitious) Bank of Money needs your best situation awareness visualizations to understand the health of its global corporate network. How do you visualize status data for a network containing nearly a million computers in a way that you can perceive network health and identify problems?
In mini-challenge 2, unusual events are occurring in one of the Bank of Money's regional offices. Some of them may very well wreak havoc across the institution if they turn out to be malicious. What are these unusual events? And if you were in charge of computer security, what actions should be taken to safeguard the network and quite possibly save the Bank of Money from disaster? (Participants from last year's VAST challenge may find their firewall and IDS log analysis tools useful for this challenge as well.)
We encourage participation by individuals and teams in industry and academia. Creative approaches to visual analytics are encouraged.
Please visit http://www.vacommunity.org/vastchallenge2012 to download datasets and instructions. For more information, please contact firstname.lastname@example.org.
The submission deadline is July 9, 2012.
We look forward to seeing your creative solutions!
At the end of August, I will be teaching a visualization workshop in Iceland. The workshop is part of the Nordic Security Conferene.
The workshop has gotten quite a face lift. The visualization module was updated a lot to include more on graphs and visuals, as well as a little bit more on visualization theory that is immediately applicable to your every day security visualizations. I am introducing many more visualization tools in a hands-on fashion and I am, for the first time, going to teach a module on big data: Hadoop, Riak, Mongo, Flume, etc. What do they have to do with security intelligence and security monitoring? Come and explore the topic with me!
Sign up today!
I recently posted some new video’s to Tenable’s Youtube channel about how to visualize network attack and exploit paths in 3D. The videos are located on this playlist. They make use of data from Tenable’s Nessus and the Passive Vulnerability Scanner products to identify exploitable internet facing systems, exploitable internet browsing clients and exploitable clients that are trusted by servers. There is also a blog post and white paper on this sort of 3D analysis on the Tenable blog.
VizSec 2012 will be held in mid-October as part of VisWeek in Seattle. When we know the exact date, we will update the web site. Papers are due July 1.
The International Symposium on Visualization for Cyber Security (VizSec) is a forum that brings together researchers and practitioners from academia, government, and industry to address the needs of the cyber security community through new and insightful visualization techniques. Co-located this year with VisWeek, the 9th VizSec will provide new opportunities for the usability and visualization communities to collaborate and share insights on a broad range of security-related topics. Accepted papers will appear in the ACM Digital Library as part of the ACM International Conference Proceedings Series.
Important research problems often lie at the intersection of disparate domains. Our focus is to explore effective, scalable visual interfaces for security domains, where visualization may provide a distinct benefit, including computer forensics, reverse engineering, insider threat detection, cryptography, privacy, preventing 'user assisted' attacks, compliance management, wireless security, secure coding, and penetration testing in addition to traditional network security. Human time and attention are precious resources. We are particularly interested in visualization and interaction techniques that effectively capture human analyst insights so that further processing may be handled by machines, freeing the analyst for other tasks. For example, a malware analyst might use a visualization system to analyze a new piece of malicious software and then facilitate generating a signature for future machine processing. When appropriate, research that incorporates multiple data sources, such as network packet captures, firewall rule sets and logs, DNS logs, web server logs, and/or intrusion detection system logs, is particularly desirable.
More information is on the web site:
Digging into my various BGP datasets, I decided to create a GraphViz dot files with all the unique AS path in BGP for Internet as of Today. The dot file is available at the following location: http://www.foo.be/internet-dot/BGP-ASN-Paths-20120403.dot (! 44MB) and a quick overview of the dataset with Gephi: http://www.foo.be/internet-dot/Top-ASN-20120403.png. You can directly see the ASN 3356 (Level 3), one of the most connected providers. I used the "Radial Axis" layout that is well suited for such kind of dataset. The internet view (from this BGP router) contains 40898 ASN representing a majority of the ISP on the Internet.
The dataset can be used to experiment Gephi or other tools to handle large graphs with a lot of connections. The dataset will be updated at a regular interval. If you have any ideas, feedback... let me know.
I then followed up with a post on Advanced Network Graph Visualization with AfterGlow. In this post I show how you can use some extended capabilities of AfterGlow to read configuration parameters from variables and files in order to influence your network graph's colors, clustering, etc.
Curious to hear your feedback!