A curated list of software, hardware, books, and research for embedded and IoT security analysis.
Awesome Embedded and IoT Security is a curated list of resources focused on the security analysis of embedded systems and Internet of Things devices. It compiles software tools, hardware devices, books, research papers, case studies, and training materials to help security professionals and researchers identify and mitigate vulnerabilities in IoT ecosystems. The project addresses the critical need for improved security in connected devices, highlighted by threats like the Mirai botnet.
Security researchers, penetration testers, embedded systems developers, and IoT device manufacturers who need to assess and improve the security of hardware and firmware. It is also valuable for students and beginners entering the field of embedded security.
It provides a single, comprehensive, and community-vetted repository of tools and knowledge, saving time and effort in sourcing reliable resources. Unlike generic security lists, it is specifically tailored to the unique challenges of embedded and IoT environments, covering both software and hardware aspects.
A curated list of awesome embedded and IoT security resources.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Centralizes a wide range of tools, books, and research in one place, from software like FACT and Binwalk to hardware like Bus Pirate and ChipWhisperer, saving extensive research time.
Follows the 'awesome' list standards with open contributions, ensuring the collection stays updated with relevant and vetted resources, as seen in the active GitHub repository and contribution guidelines.
Includes case studies like Mirai botnet analysis and free training exercises such as IoTGoat, providing hands-on examples that bridge theory and practice for embedded security.
Explicitly directs newcomers to books and case studies sections in the README, lowering the entry barrier with structured starting points for learning.
The vast, unstructured list can overwhelm users with hundreds of entries across categories, making it difficult to prioritize or choose the right tools without prior knowledge.
Resources are merely listed without integration; users must independently set up, configure, and troubleshoot tools, relying on external documentation and communities for help.
As a static curated list, some links or tools may become outdated or unsupported over time, with no guarantee of active maintenance beyond community updates.