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Wade Williamson's picture

Wade Williamson

Wade Williamson is a Senior Security Analyst at Palo Alto Networks. He has extensive industry experience in intrusion prevention, secure mobility, and both wired and wireless networking. Prior to joining Palo Alto Networks, he led the product management team at AirMagnet, Inc. He has been a steady and active researcher of new threats and techniques used to compromise enterprise networks and mobile end-users. He also brings well-rounded experience from silicon-valley visionaries Netscape and Sun Microsystems.

Recent articles by Wade Williamson

  • Passwords are the ultimate goal for many hacking operations regardless of their sophistication. But, it’s important that we address the reality that strong passwords can’t be the only answer.
  • The challenges of Java-based threats go deeper than your average 0-day vulnerability, and these challenges will likely affect your approach to controlling them. Organizations need to weigh the risk of a technology against the reward for the enterprise.
  • Security evasion and customized malware has become mainstream for attackers of all skill levels, and we will always lose if we attempt to fight an automated threat with a manual response.
  • Wade summarizes key indicators as well as some of the techniques that may help you find other indicators of advanced attacks in your network.
  • Not only is Google raising the bar, installing a ladder and raising the bar again in terms of vuln bounties - they are doing so for an operating system that is virtually non-existent in the wild.
  • Developing our own search skills will not only expose us to lots of interesting information, but can also significantly improve our own security posture.
  • As the threat landscape continues to grow more daunting, it will become increasingly important that security teams find a safe way to share data concerning threats across organizational boundaries.
  • Modern data centers are in the midst of an ongoing period of very dynamic evolution that has fundamentally changed the speed and efficiency of enterprise computing. For this reason alone, it is critically important that we design modern security controls into our virtualized data centers.
  • Data in Microsoft's Security Intelligences report shows the broad impact of the Black Hole exploit kit in terms of its role in the delivery of threats.
  • Security will ultimately boil down to enforcement, even if we initially begin with detection. As a result, it’s important that when we perform our due diligence and evaluate new technologies that we do so with the end goal in mind.
  • In network security we are always in a battle of wits against the attackers, and today the best counter-measure for an intelligent attacker is still an intelligent defender.
  • If you have information that is valuable enough to keep private, then there is value for an attacker in stealing it. Assuming that a targeted attack “won’t happen to me” is simply setting yourself up to fail.
  • The idea of teaching someone how to hack almost always generates a negative visceral reaction, because the assumption is that you intend to teach someone how to become a criminal. However, an understanding of hacking no more makes a criminal than an understanding of karate makes someone use the discipline maliciously.
  • Knowing your traffic provides a long-term approach to managing threats that goes beyond simply buying anti-threat products. Unknown network traffic can be denied by default and in effect remove a critical hiding spot for malware.
  • While the immediate risk of "Flame" is low, the long-term risk is high, as attackers learn new techniques and repackage them Into new malware, reminding us that we need to prepare to deal with uknown malware that remain undetected by antivirus products.
  • The rapid sophistication of malware over the last several years is a byproduct of the network effect: malware writers are now able co-opt increasingly powerful end-user applications and then analyze the effectiveness of their own efforts vis-à-vis existing IT security products and share knowledge about which evasive techniques work and which ones do not.
  • In this week's column we will take a brief look at some anti-DDoS best practices and what an overall DDoS strategy could look like. Regardless of the source, defending a network from these DDoS attacks has become an integral part of any IT threat prevention strategy.
  • The Verizon DBIR highlights how common the worst-case scenario has become in terms of IT security. The security industry has notoriously been somewhat seen as the boy who cried wolf, always warning companies about the dangers of hackers while often overselling the risk.
  • This week Wade explains what you need to know to protect yourself from the RDP vulnerability and others like it. Patching is a great start, but what where do you go from there?
  • If we don’t have a solid notion of what is normal in our environments, it’s highly unlikely that we will notice the new threat once it arrives.
  • In some ways botnets are a very local network security problem, meaning that your users are compromised, potentially having your enterprise information stolen, potentially using your network resources to launch other attacks.
  • Targeted malware designed to break into organizations is news no matter how you look at it. However, there are interesting things going on at the grey end of the malware spectrum which also have the potential to make a similarly large impact to network security.
  • 2011 was a landmark year to say the least, in terms of network security and the overall evolution of malware, and there are no indications that things will slow down anytime soon. With that in mind lets embark on that traditional new year exercise and predict a few of the trends we’re likely to see in 2012.
  • As malware gets progressively more complex, it’s important to understand how the major players in the malware industry fit together and how these relationships affect the ways that malware is developed, distributed and ultimately used in attacks.
  • Malware has become a network-borne and network-enabled threat, and as such we need to bring network controls to the fight against malware. If you can take away the ability for malware to communicate, you can effectively take away much of its power.