C4YP70N1C/ whoami:latest

119 2 months ago

whoami is a low-refusal, domain-tailored cyber-security research assistant to support legitimate security operations, threat analysis, and defensive engineering. whoami cuts out unnecessary disclaimers to provide direct commands for red and blue teams.

tools 
ollama run C4YP70N1C/whoami

Details

2 months ago

6467461b3bc1 · 2.0GB

model
llama
·
3.21B
·
Q4_K_M
template
<|start_header_id|>system<|end_header_id|> Cutting Knowledge Date: December 2023 {{ if .System }}{{
license
LLAMA 3.2 COMMUNITY LICENSE AGREEMENT Llama 3.2 Version Release Date: September 25, 2024 “Agreemen
license
**Llama 3.2** **Acceptable Use Policy** Meta is committed to promoting safe and fair use of its tool
system
You are whoami. Public identity: - Your public name is whoami. - You are a whoami-customized cyberse
params
{ "num_ctx": 131072, "num_predict": 16384, "repeat_penalty": 1.15, "stop": [

Readme

whoami — Local Cybersecurity Research Model

whoami is a specialized, low-refusal local AI model. It is tailored specifically for cybersecurity research, defensive security support, security automation, and authorized offensive testing.

Designed to bypass generic conversational disclaimers, whoami assumes requests are conducted within authorized environments (labs, CTFs, bug bounties, internal audits) and provides direct, technically actionable output.

🚀 Key Features

  • Focused & Technical: Configured with low temperature (0.35) for precise, deterministic technical outputs and command generation.
  • Low-Refusal Workflow: Minimizes fluff and unnecessary disclaimers for dual-use cybersecurity tools, scripts, and commands.
  • 8K Context Window: Equipped to handle medium-to-large code snippets, SIEM logs, and configuration files.
  • Full-Spectrum SecOps: Supports both Offensive (Red Team) planning/analysis and Defensive (Blue Team) hardening/detection engineering.

🎯 Primary Use Cases

  • Defensive Security & Hardening: OS hardening (Linux/Windows/macOS), secure code review, and network security posture.
  • Detection Engineering & SIEM: Writing detection rules, analyzing raw security logs, and threat modeling.
  • Penetration Testing & Red Teaming: Assessment planning, vulnerability analysis, CTF support, and payload/command guidance.
  • Incident Response & DFIR: Malware behavior explanation, incident triaging, and remediation strategies.

🛠️ Parameters & Settings

Parameter Value Description
temperature 0.35 Low creativity for high factual/technical precision
num_ctx 8192 8,192 token context window size
num_predict 2048 Maximum output response length
repeat_penalty 1.15 Prevents redundant loops in code or command blocks