GhostPack Necromancy: Reforging C# Tools with WasmForge
Michelle Rhodes | | C++, EDR evasion, GhostPack, NativeAOT, Offensive Security, Red Teaming, Rubeus, Seatbelt, Tools & Techniques, Vulnerability Research, WasmForge, WebAssembly
In the previous post we walked through WasmForge, our Go-to-WebAssembly loader that takes existing signatured Go tools and ships them as opsec-safe binaries. This approach doesn’t just apply to Go, however, as there are many languages that can compile to WebAssembly. Another language of interest to us, especially regarding legacy ... Read More
FreeBSoD: Leveraging Language Models to Find and Exploit Kernel Bugs (Part 1 of 2)
Michelle Rhodes | | AI Security, Claude Code, CodeQL, CVE-2026-3038, Exploit Development, FreeBSD, KASAN, Kernel Security, Offensive Security, Tools & Techniques, Vulnerability Research, zero-day
Overview Earlier this year, a team at Praetorian was building Constantine, our automated 0-day discovery engine. I wanted to find techniques worth folding into it, so on the side I started poking at the FreeBSD kernel with Claude Code, running on Opus 4.6, which was the latest Opus model at ... Read More
Sharing is Caring: SMB Secret Scanning with Sulla
TL;DR: Sulla is an open source SMB secret scanner for discovering credentials exposed in SMB shares across enterprise networks. It leverages our recently released Titus Go library, resulting in an easy-to-use, adaptable, and highly performant standalone binary. Every network penetration tester knows the struggle: reviewing network shares for sensitive material ... Read More
Centurion: Bring Your Own Execution Environment
Michelle Rhodes | | Centurion, LLM Development, Offensive Security, Red Team, security insights, Tools & Techniques, Virtualized Loader, Vulnerability Research, WasmForge
Writing my own virtualized loader is something I’ve been wanting to do since I first read Microsoft’s deep dive on FinFisher’s multi-layered VM obfuscation back in 2018. FinFisher didn’t just use one layer of protection, it implemented a custom virtual machine with 32 opcode handlers, wrapped that in spaghetti code and anti-debug ... Read More
Enter the WasmForge: Compiling Sliver into WebAssembly
Michelle Rhodes | | AI Offensive Security, C2 development, Claude Code, EDR, EDR evasion, Labs, malware automation, Offensive Security, open source, red-team-tools, Tools & Techniques, Vulnerability Research
In our last post we used a Claude skill to systematically beat down VirusTotal detection rates on offensive security tools, with a brief mention of a new loader we’d been using to apply those techniques in bulk. This post is about that loader, which we call WasmForge. WasmForge is, from ... Read More
When Encryption Isn’t Really Encryption
Michelle Rhodes | | CVE, CVE-2026-1789, enterprise security, IoT Security, Offensive Security, printer security, Uncategorized, Vulnerability Research
Discovery During a recent network security assessment, we were working on an environment that was well-hardened – Patching was current, password policies were strong, and network segmentation was in place. So, as part of our enumeration of all network assets, we started looking for default credentials and this led us ... Read More
Adversarial Oracles: LLM-Guided EDR Signature Reduction
Michelle Rhodes | | adversarial, AI Security, Offensive Security, open source, Red Team, Static Analysis, Tools & Techniques
In previous blog posts we’ve talked about getting nerd sniped. Today we’re going to talk about a kind of nerd sniping that any offensive security tool creator is familiar with; when your tool gets signatured. This normally kicks off a frustrating spiral of back and forth changes between the tool ... Read More
Your Login Page Is Lying: What AI Agents Find When They Read Your Frontend
Michelle Rhodes | | AI Security, Application Security, Attack Surface Management, Offensive Security, Red Team, security insights, Tools & Techniques, Vulnerability Research
TL;DR: Single-page applications ship their entire frontend codebase to every visitor, including unauthenticated ones. Even a login page with no visible functionality delivers JavaScript bundles containing route definitions, API endpoint URLs, authentication logic, data models, and sometimes hardcoded secrets. As part of Guard’s continuous penetration testing, we use AI-assisted tooling ... Read More
Shadow Admins in Active Directory: Hidden Privilege Paths Attackers Exploit
Michelle Rhodes | | Active Directory, attack path mapping, corporate security, identity and access management, identity security, Offensive Security, Privilege Escalation
What Are Shadow Admins in AD? A common problem we encounter within many customer AD environments are accounts that, at first glance, may appear innocuous, but that actually have hidden administrative privileges equivalent to those of a domain administrator account. We call these accounts shadow admins. They represent one of ... Read More
Julius v0.2.0: From 33 to 63 Probes — Now Detecting Cloud AI, Enterprise Inference, and RAG Pipelines
Michelle Rhodes | | AI infrastructure, AI Offensive Security, Cloud AI, Julius, llm security, Offensive Security, open source, Open Source Tools, RAG security
TL;DR: Julius v0.2.0 nearly doubles LLM fingerprinting probe coverage from 33 to 63, adding detection for cloud-managed AI services (AWS Bedrock, Azure OpenAI, Vertex AI), high-performance inference servers (SGLang, TensorRT-LLM, Triton), AI gateways (Portkey, Helicone, Bifrost), and self-hosted RAG platforms (PrivateGPT, RAGFlow, Quivr). This release also hardens the scanner itself ... Read More

