A curated collection of videos, articles, books, tools, and resources focused on ARM architecture exploitation techniques.
Awesome ARM Exploitation is a curated collection of educational resources focused on exploitation techniques for ARM-based architectures. It aggregates videos, articles, books, tools, and training materials to help security researchers understand and practice ARM binary exploitation, reverse engineering, and vulnerability research.
Security researchers, penetration testers, reverse engineers, and CTF players who work with ARM-based systems, including IoT devices, mobile platforms, and embedded systems.
It provides a centralized, vetted repository of ARM-specific exploitation resources, saving time compared to scattered searches, and is maintained by the community to ensure relevance and quality.
A collection of awesome videos, articles, books and resources about ARM exploitation.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Aggregates high-quality, ARM-specific resources like Azeria's labs and Blackhat conference talks, providing a one-stop shop for exploitation education without scattered searches.
Encourages contributions from the security community, helping the list stay current with new exploits and tools, as seen in the inclusion of 2020 talks like Azeria's virtual summit.
Organizes content into clear sections such as videos, articles, and CTF binaries, making it efficient for researchers to find specific materials, like training binaries for hands-on practice.
Targets only ARM architecture, offering niche resources such as TrustZone exploitation and IoT-specific articles that are hard to find in general security repositories.
Relies entirely on community contributions for updates, which can lead to staleness; for example, the tools section is sparse with only Ropper listed, lacking alternatives or recent additions.
Merely a list of links without interactive elements; users must independently set up tools and environments, such as configuring QEMU for ARM emulation or installing Ropper, adding overhead.
While curated, the quality of linked resources varies, and there's no built-in vetting mechanism—some materials may be outdated or lack depth, relying on user discretion.