Drone Wolf Playbook: UxS Security Testing Framework

Customer Challenges

For UxS security professionals and teams that:

Escalating Systemic Threats

Face the growing attack vectors and systemic vulnerabilities of unmanned systems

Evolving Modern Warfare

Understand how modern combat includes both commercial and government-built systems

Multi-Domain Defense Gaps

Worry that defensive technology cannot evolve quickly across land, sea, air, and space

Broad Adversary Threat

Recognize unmanned systems are used from individual actors to Nation-states

We offer the definitive framework for efficient and accurate UxS security testing through our Drone Wolf Playbook.

The Drone Wolf Playbook is a robust, user-friendly framework developed in response to the expanding threat landscape and systemic vulnerabilities associated with the unprecedented surge in unmanned system use. It facilitates efficient and accurate testing of these systems, empowering professional penetration testers and general users to evaluate the security robustness of UxS platforms and mitigate potential security risks. Because of the importance of UxS in today’s battlefield, we have made the Playbook publicly available for use by the broad UxS community.

How Does the Drone Wolf Playbook Work?

Features and Benefits

The Dark Wolf Difference​

Unlike non-standardized, ad-hoc testing methods, the Drone Wolf Playbook is the only comprehensive framework specifically tailored to autonomous UAS systems as demonstrated by its structured methodology, which empowers both professional penetration testers and general users to effectively evaluate UAS security robustness.

Customer Successes

As a DIU Blue UAS Recognized Assessor, Dark Wolf has a deep understanding of the full cyber profile of UxS hardware and software. This understanding has been leveraged to comprehensively assess over forty platforms and countless components used by the U.S. military and commercial organizations. The same expertise has been applied to various platforms outside the air domain, including UGVs, to ensure our autonomous platforms are protected wherever they operate.