
Private training course for IoT device pentesting and exploitation
Private training course for IoT device pentesting and exploitation
Offensive IoT Exploitation is a private training course focused on penetration testing and security assessment of IoT devices. The training covers IoT pentesting strategy creation, attack surface exploration, and vulnerability identification in smart devices. The course includes hands-on labs covering firmware analysis, binary emulation, hardware debugging, and exploitation techniques. Topics include SBOM and PCB analysis, firmware filesystem patching and backdooring, cryptographic assessment, JTAG identification and debugging, and runtime protection bypasses. The training addresses wireless protocol security including BLE exploitation, Zigbee packet inspection, and radio communication analysis. It covers device firmware extraction, API and IoT backend exploitation, and cloud-based attacks on IoT devices. Additional topics include ARM and MIPS binary reversing, ROP gadget hunting and chaining, glitch attack iteration, supply chain analysis, and exploitation of AI-enabled IoT devices. The course incorporates LLM and agentic workflow approaches for artifact analysis and vulnerability discovery. The training is delivered as private on-site engagement in 3-day and 5-day editions with hands-on labs using real-world simulated targets. It is taught by Aditya Gupta, the course inventor and founder of Attify.
Common questions about Attify Offensive IoT Exploitation including features, pricing, alternatives, and user reviews.
Attify Offensive IoT Exploitation is Private training course for IoT device pentesting and exploitation, developed by Attify. It is a Security Operations solution designed to help security teams with Hardware Security, Firmware Analysis, Wireless Security.
Attify Offensive IoT Exploitation offers the following core capabilities:
Attify Offensive IoT Exploitation is deployed as a on-premises solution, suited to mid-market, enterprise organizations looking to operationalize security operations. The commercial offering is positioned for production security operations with vendor support and SLAs.
Attify Offensive IoT Exploitation is built for security teams handling Hardware Security, Firmware Analysis, Wireless Security, ARM. It supports workflows including iot pentesting strategy creation and attack surface exploration, firmware filesystem patching and backdooring, jtag identification and debugging. Teams typically adopt Attify Offensive IoT Exploitation when they need to security operations capabilities integrated into their existing stack. Explore similar tools at https://cybersectools.com/alternatives/attify-offensive-iot-exploitation
Attify Offensive IoT Exploitation is a commercial Security Operations solution. For detailed pricing information, visit https://www.attify.com/offensive-iot-exploitation/ or contact Attify directly.
Popular alternatives to Attify Offensive IoT Exploitation include:
Compare all Attify Offensive IoT Exploitation alternatives at https://cybersectools.com/alternatives/attify-offensive-iot-exploitation
Attify Offensive IoT Exploitation is for security teams and organizations that need Hardware Security, Firmware Analysis, Wireless Security, ARM, Binary Analysis. It's particularly suitable for enterprises requiring robust, commercial-grade security capabilities. Other Security Operations tools can be found at https://cybersectools.com/categories/security-operations
Head-to-head feature, pricing, and rating breakdowns.
Automated hardware reversing platform using robotics for embedded device analysis
A hardware security validation toolkit for x86 platforms that provides bootable tools for checking platform configuration registers and managing SecureBoot keys.
An open source machine code decompiler that converts binary executables into readable C source code across multiple architectures and file formats.