vzco avatar

vzco

Official

@vzco

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1Public Repos
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31Published Skills

Provides advanced binary instrumentation and reverse engineering capabilities for Windows x64 processes through memory inspection and structural analysis.

Skills Distribution
DomainCybersecurit...Binary Instrumenta.. (40%)Memory Forensics (30%)Reverse Engineering (30%)

Agent Skills by vzco

Showing 31 vetted skills indexed across 1 GitHub repositories.

vzcovzco
15

add-skill

Create a new Skill unit scaffold with compliant SKILL.md frontmatter for the ARC Probe plugin.

Official
Intermediate
vzcovzco
15

map-module

Discover and label all functions in a loaded module using exports, RTTI, and .pdata data.

Official
Advanced
vzcovzco
15

investigate-module

Orchestrate end-to-end unknown module investigation using ARC Probe capabilities.

Official
Advanced
vzcovzco
15

read-write-memory

Read and write process memory across data types via CLI, TCP, or bridge.

Official
Advanced
vzcovzco
15

trace-writes

Trace memory writes in x64 processes using hardware breakpoints and disassembly.

Official
Intermediate
vzcovzco
15

find-callers

Identify direct caller functions and map their call sites for a target function address.

Official
Advanced
vzcovzco
15

detect-params

Infer Windows x64 function parameters from prologues and register usage.

Official
Advanced
vzcovzco
15

gh-release-check

Compare published GitHub releases with local build artifacts using gh CLI.

Official
Intermediate
vzcovzco
15

inject

Inject ARC Probe into a running Windows x64 process via TCP port 9998.

Official
Intermediate
vzcovzco
15

find-function

Locate target functions in running processes via strings, RTTI, or behavior.

Official
Advanced
vzcovzco
15

analyze-module

Analyze loaded modules to extract exports, RTTI data, strings, and function references.

Official
Advanced
vzcovzco
15

resolve-rip

Resolve RIP-relative addresses in x86-64 instructions using target calculation.

Official
Intermediate
vzcovzco
15

make-signature

Generate durable byte signatures to locate functions across binary updates.

Official
Advanced
vzcovzco
15

trace-string-to-function

Trace memory-resident strings to referencing functions and generate GUI labels.

Official
Advanced
vzcovzco
15

release

Build, package, sign, and publish ARC Probe releases to GitHub.

Official
Advanced
vzcovzco
15

find-string-xref

Trace string references to LEA instructions and generate reusable signatures.

Official
Intermediate
vzcovzco
15

probe-bridge

Automate ARC Probe GUI memory inspection via the Claude Bridge HTTP API.

Official
Advanced
vzcovzco
15

identify-class

Resolve C++ object class names and vtable layouts via RTTI.

Official
Advanced
vzcovzco
15

analyze-vtable

Analyze C++ virtual function tables to map entries and label overrides.

Official
Advanced
vzcovzco
15

probe-gui-struct

Map live memory data structures via RTTI discovery in the ARC Probe GUI.

Official
Intermediate
vzcovzco
15

publish-readme

Update public README content with latest skills, commands, and screenshots.

Official
Basic
vzcovzco
15

discover-class

Map a C++ class's vtable and inheritance chain in a running process via RTTI.

Official
Advanced
vzcovzco
15

sync-plugin

Synchronize private plugin assets to a public repository with frontmatter validation.

Official
Intermediate
vzcovzco
15

follow-pointers

Traverse multi-level pointer chains from a base address to read nested memory values.

Official
Advanced

Frequently Asked Questions About vzco

FAQPage Schema
What specific tasks can I perform with these capabilities?

You can perform deep binary analysis, including mapping C++ class structures via RTTI, tracing memory write operations, resolving RIP-relative addresses, and identifying function callers. These capabilities enable precise reverse engineering of Windows x64 processes and the creation of portable signatures for function relocation.

Who is the target persona for these technical capabilities?

The target personas are security researchers, malware analysts, and reverse engineers focused on Windows binary analysis. These professionals utilize these functions to inspect live process memory, document function call graphs, and maintain structural metadata for complex software modules.

What are the prerequisites for deploying these memory inspection functions?

Deployment requires a Windows x64 environment and the ARC Probe plugin infrastructure. Users must have the ability to attach to target processes via TCP port 9998 and possess sufficient system privileges to perform read and write operations on process memory.