Ringzer0 - Ringzer0 (Page 2)

Fall 2026 Virtual Training

Building Agentic RE: Automating Reverse Engineering & Vulnerability Research with AI

Join this 32-hour course to master reverse engineering in the Agentic Era. Build private AI stacks, develop custom MCP servers, and orchestrate workflows with LLMs as autonomous collaborators. Gain skills to design agentic workflows for analysing binaries and validating results.

Fall 2026 Virtual Training

IoT Emulation and Vulnerability Research with LLMs - From Assisted Device Design to Vulnerability Discovery

Participants will learn about the fundamentals of emulation and fuzzing, how to emulate a custom device in QEMU from the ground up, and how to instrument it for fuzzing and vulnerability research.

Fall 2026 Virtual Training

Vulnerability Research and Exploitation on Edge Devices: Memory Corruption Edition

Participants will research and exploit vulnerabilities on a real-world embedded edge device in Fortune 500 environments, advancing from restrictive shells to fuzzing, crash triage, root-cause analysis, and weaponizing memory-corruption bugs for remote code execution.

Fall 2026 Virtual Training

Exploiting 10x Faster: AI Agents for Vulnerability Finding and Exploitation

32‑hour hands‑on course for experienced vulnerability researchers to harness AI agents, Skills/Subagents, and MCP with Ghidra/IDA/GDB. Build a Multi‑Agent vulnerability finder, attack a real USB stack, and complete a VM‑escape exploit exercise. Practical checklists; no AI pre‑req.

Ringzer0 COUNTERMEASURE Spring 2026 Archive

Ringzer0 COUNTERMEASURE Spring 2026 Archive Virtual // March 2026 COUNTERMEASURE Spring 2026 Virtual Training Fuzzing the Linux KernelThis training guides security…

Spring 2026 Virtual Training

Fuzzing and Attacking Custom Embedded Systems

This training covers analyzing, fuzz testing, and exploiting devices with custom embedded OS. It dives into Arm Firmware, teaches reverse engineering with Ghidra, and offers hands-on exercises to build proficiency with tools like Unicorn, AFL++, and Fuzzware.

Spring 2026 Virtual Training

Vulnerability Research and Exploitation on Edge Devices: Memory Corruption Edition

Participants will research and exploit vulnerabilities on a real-world embedded edge device in Fortune 500 environments, advancing from restrictive shells to fuzzing, crash triage, root-cause analysis, and weaponizing memory-corruption bugs for remote code execution.

Spring 2026 Virtual Training

The FLARE Guide to Windows Internals and Advanced Reversing

Developed by the FLARE team at Google Cloud Security, this immersive six-day virtual training provides a comprehensive deep dive into the complex world of modern Windows malware.

Spring 2026 Virtual Training

Deconstructing Rust Binaries

Deconstructing Rust Binaries is the first comprehensive training course focused solely on reverse engineering Rust binaries. This course is for any reverse engineer who needs a rapid, practical upskill in your ability to analyze Rust binaries.

Spring 2026 Virtual Training

Everyday Ghidra: Windows Reverse Engineering and Vulnerability Research

This course teaches Ghidra usage, covering fundamental to advanced techniques with hands-on exercises on real-world Windows applications. It is designed for those with foundational Windows and security knowledge.

Spring 2026 Virtual Training

Building Agentic RE: Automating Reverse Engineering & Vulnerability Research with AI

Join this 32-hour course to master reverse engineering in the Agentic Era. Build private AI stacks, develop custom MCP servers, and orchestrate workflows with LLMs as autonomous collaborators. Gain skills to design agentic workflows for analysing binaries and validating results.

Spring 2026 Virtual Training

Fuzzing the Linux Kernel

This training guides security researchers and software engineers through the field of Linux kernel fuzzing. In a series of lectures and practical labs, the training explores using fuzzing for finding kernel memory corruption bugs and analyzing their security impact.