Using Azure Blueprints to Control Azure Compliance
Doug Francis, Senior Consultant, Cloud Solutions Engineering, Coalfire
As Peter Parker says, with great power comes great responsibility. And so it goes with public cloud: With cloud scale and agility come cloud-scale problems and compliance nightmares. Every day, IT professionals balance the need to act quickly—often leveraging cloud speed of execution to implement resources—with the need to control resource deployments in their efforts to maintain proper organizational compliance and security posture.
Getting around the cybersecurity talent shortage
Bob Post, Senior Practice Director, Cyber Risk Advisory, Coalfire
More remote workers mean larger attack surfaces, and as cyber criminals take advantage of the rush to provision a remote workforce, the pain of the cybersecurity professionals’ shortage has become acute. Last year, the ISC(2) Workforce Study identified a shortage of 561,000 cybersecurity professionals in North America. Globally, that number is over 4,000,000 professionals. In April of this year, another ISC(2) survey found that 47 percent of the cybersecurity professionals surveyed were reassigned to other IT support activities while companies were ramping up to deal with the requirements of a newly remote workforce. As we move to “what’s next?”, how do enterprises obtain the needed resources and expertise to better address cyber risk in the new environment? Read more
PCI DSS version 4.0 – what we know so far
Andrew Barratt, Managing Director, Europe
From September 23 - November 13, 2020, stakeholders can participate in the Request for Comments (RFC) on the draft of PCI Data Security Standard (DSS) version 4.0. This is the second RFC for the PCI DSS v4.0 draft—the first RFC was in late 2019 and that feedback was incorporated into the draft.
The Basics of Exploit Development 5: x86-64 Buffer Overflows
Andy Bowden, Consultant, Coalfire Labs
In this article we will be covering a technique similar to the one in the first installment of this series, however, with the twist in that this exploit will be of a 64-bit process running on Windows 10. Due to the nature of modern operating systems and the exploit mitigation techniques they employ, this will not be a very realistic example due to the fact that we will be disabling everything so we can concentrate on a few aspects of exploiting a 64-bit application. Specifically, we will be looking at the differences in how the different architectures call functions and how the features of the 64-bit method can be leveraged to exploit a vulnerability.
Offensive Security Testing Using Cloud Tools
Rick Osgood, Senior Security Consultant, Labs
When performing offensive security testing, assessors sometimes run into issues where their source IP address gets blacklisted. For example, we might be performing a web application test and, due to the many suspicious queries being performed, our IP address is suddenly blocked. While on the surface this may seem like an effective security control, it’s actually quite easy to change a source IP address. Methods have existed for a long time, including using a proxy server or routing traffic through a VPN tunnel. The problem with these methods is that they take effort to set up and those new source IP addresses can just as easily be blocked, leaving assessors in the dark once again. When doing this kind of work every day, it would be nice to have an efficient method for changing a source IP address for this kind of testing without risking getting blacklisted.