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CYHBeriteratus

An uncensored local LLM interface built for security engineers. It enables private, filter-free interaction with abliterated models for vulnerability analysis and advanced scripting without cloud-based restrictions.

Install / Use

npx skills add DevCop95/cYHBeriteratus

Installs into whichever agent you are using.

About this skill

Quality Score

0/100

Supported Platforms

Universal

README

cYHBer Console 💀

Cover

License: MIT Node.js Dependencies: 0 Tests

A local, ChatGPT-style web interface wired to Ollama that supports Autonomous Agents (Tool Calling), abliterated models (uncensored), smooth real-time streaming, and a secure "Zero-Dependency" architecture (no external npm modules).

🔥 Features

  • ChatGPT / Claude-style UI (red-team theme): A faithful clone — sidebar with New chat, centered conversation column with user bubbles and assistant replies, an empty-state welcome with suggestion cards, a rounded composer, model picker, agent toggle and live status — all in a dark black-and-red "red team" skin. Live Markdown rendering with syntax-highlighted code blocks (dependency-free, CSP-safe) and per-block Wrap / Copy actions.
  • Chat interactions (ChatGPT / Claude-style):
    • Send ↔ Stop button: the composer button turns into a stop control while the model is generating.
    • Per-message hover actions: Copy on any message, Retry to regenerate the last answer, Edit to pull a user message back into the composer.
    • Streaming caret: a blinking cursor marks the live response as it streams.
    • Scroll-to-bottom pill: appears when you scroll up during a long reply.
    • Clickable links in tool output (XSS-safe).
    • Keyboard: Enter sends, Shift+Enter newline, Esc stops a running request. Interrupting a response keeps whatever was already streamed instead of discarding it.
  • Chain of Thought: For reasoning models (Qwen3, etc.) the model's thinking stream is captured and shown in a collapsible Show reasoning block above the answer, instead of the UI appearing to hang.
  • Agent Engine (Tools): The model can run real actions on your machine when agent mode is enabled:
    • web_fetch: read articles from the internet (60s cache to avoid duplicate requests).
    • web_search: search DuckDuckGo — decodes redirect links to clean URLs, extracts real page titles, dedupes, numbers results, and accepts max_results (1–10).
    • read_file / write_file / list_directory: operate on your filesystem (sandboxed to the project directory).
    • run_command: run commands in PowerShell (non-blocking, via execFile).
  • Security recon tools (authorized red-team use): single-target reconnaissance and analysis helpers:
    • dns_lookup: resolve DNS records (A / AAAA / MX / TXT / NS / CNAME), with an OS-resolver fallback.
    • port_scan: TCP connect scan of a single host (rejects CIDR ranges; ports, concurrency and per-port timeout are capped).
    • http_headers: fetch response headers and produce a security-header audit (HSTS, CSP, X-Frame-Options, X-Content-Type-Options, Referrer-Policy, Permissions-Policy) plus exposed server banners.
    • tls_info: inspect a TLS certificate — issuer, validity, days-to-expiry, negotiated protocol and SANs.
    • hash_text: compute md5 / sha1 / sha256 / sha512 digests.
  • Empty-response fallback: If the agent loop produces no visible output (e.g. a small or non-tool model that gets confused by the tool prompt), the server automatically answers once in plain chat mode so you always get a reply.
  • Session persistence: Conversation history is stored on the server (in memory, 24h TTL). Opening a new tab restores the context automatically from the server without losing any messages.
  • Agent rounds control: A numeric input (1–20) in the top bar controls how many tool rounds the agent may run per response, without editing files.
  • Security (Sandboxing):
    • Directory-traversal prevention (the model cannot escape the project directory).
    • SSRF blocking for IPv4 and IPv6 (the model cannot scan your local network via web_fetch).
    • Rate limiting with automatic memory cleanup and protection against oversized payloads.
    • Type validation on every message field (role and content).
    • CSP headers to prevent XSS.
  • Live selector: Switch models on the fly from the interface without restarting the server.
  • Efficient streaming: The agent loop and chat mode share the same streaming core (ollamaStreamRound) — no duplicated code.
  • Memory management: Sliding history window (last 20 messages) to avoid context overflow in long sessions.
  • Disconnect cleanup: If the client closes the tab mid-response, the agent loop and the Ollama request are cancelled immediately.
  • Live-editable static assets: the in-memory static file cache revalidates against each file's modification time and sends Cache-Control: no-cache, so edits to the UI show up on refresh without restarting the server.
  • Idle-based request timeout: the browser aborts a response only after a stretch of no streaming activity (not a hard total cap), so long multi-round agent answers keep going as long as they make progress.
  • Built-in test suite: 69 tests with npm test using the native Node.js runner — no external dependencies.

🛠 Quick Install

1. Install prerequisites

Make sure you have installed:

2. Configure environment variables (optional)

Copy .env.example to .env and adjust the values for your setup:

copy .env.example .env

| Variable | Default | Description | |---|---|---| | APP_PORT | 4000 | Web interface port | | OLLAMA_HOST | 127.0.0.1 | Ollama host | | OLLAMA_PORT | 11434 | Ollama port | | OLLAMA_MODEL | richardyoung/qwen2.5-3b-instruct-abliterated | Default model | | OLLAMA_NUM_GPU | null (auto) | GPU layers. 0 = force CPU | | LOG_LEVEL | INFO | Log level: DEBUG, INFO, WARN, ERROR |

3. Download the models

Open your terminal (PowerShell or CMD) and pull the recommended models. The system auto-detects the ones you have installed.

# Option 1: Qwen3 8B abliterated — reasoning + tool calling, most complete (~6 GB VRAM)
ollama pull huihui_ai/qwen3-abliterated:8b

# Option 2: Josiefied-Qwen3 8B — uncensored without losing tool calling (~6 GB VRAM)
ollama pull goekdenizguelmez/JOSIEFIED-Qwen3:8b

# Option 3: Granite 4.1 3B abliterated — modern, with tools, ideal for standard PCs
ollama pull huihui_ai/granite4.1-abliterated:3b

# Option 4: NeuralDaredevil 8B — best classic 8B on the Open LLM Leaderboard (chat only, no tools)
ollama pull closex/neuraldaredevil-8b-abliterated

# Option 5: Abliterated 3B — for very low-resource PCs (default model)
ollama pull richardyoung/qwen2.5-3b-instruct-abliterated

Important for Agent Mode: tools only work with models that support tool calling (Qwen2.5/Qwen3, Granite, Gemma families with a tools tag). Classic Llama 3–based models like NeuralDaredevil work in chat mode only.

(Note: make sure Ollama is running in the background, by default on port 11434. If the UI shows "offline", see Troubleshooting.)

4. Start the cYHBer Console server

Run it directly:

node server.js

Or use the background control script (also wired to the npm scripts below):

python hack.py start     # or: npm start
python hack.py status    # ONLINE / OFFLINE + PID
python hack.py stop
python hack.py restart

5. Enter the system

Open your web browser and go to: 👉 http://127.0.0.1:4000


🚑 Troubleshooting

The UI loads but the status shows "offline" / the chat doesn't reply

This almost always means the web server is up but Ollama is not running. The two are separate processes:

  • cYHBer Console (this app) → serves the UI on port 4000.
  • Ollama → serves the model on port 11434. The app talks to it as a backend.

If Ollama isn't listening, the server logs repeated errors like:

[ERROR] Error getting Ollama status {"error":"connect ECONNREFUSED 127.0.0.1:11434"}

Fix — start Ollama, then refresh the page.

On Windows, opening the Ollama app from the Start menu launches it as a background service (it stays in the system tray). To start it manually from a terminal instead:

# Default install location
& "$env:LOCALAPPDATA\Programs\Ollama\ollama.exe" serve

Verify it's up (should return HTTP 200):

curl http://127.0.0.1:11434/api/tags

Once Ollama responds, refresh http://127.0.0.1:4000 and the status flips to online.

Tip: python hack.py status only reports the web server (ONLINE/OFFLINE). It does not check Ollama — a green ONLINE there can still coexist with an "offline" model status in the UI if Ollama isn't running.


🧪 Tests

npm test

Covers: message validation, rate limiter, log levels, SSRF protection (20 isPrivateIP IPv4/IPv6 cases + 6 web_fetch guards), path sandboxing, file operations, command execution, and the security recon tools (hashing, port-spec parsing, single-host/port-cap guards, web_search contract). No external dependencies — uses the native node:test runner.


🏗 Project Architecture

This project does not require npm install because it uses only native Node modules (http, fs, path, etc.) for maximum speed and security.

cYHBeriteratus/
├─ server.js              # HTTP routes, ollamaStreamRound, agent loop, sessions, mtime static cache
├─ tools.js               # Agent tools: files/web/command + security recon (dns/port/tls/headers/hash)
├─ src/
│  ├─ config.js           # Global config and environment variables
│  ├─ utils/
│  │  └─ logger.js        # Structured logging, level via LOG_LEVEL
│  └─ middlewares/
│     ├─ security.js    

Related Skills

View on GitHub
GitHub Stars13
CategoryDevelopment
Updated2h ago
Forks0

Languages

JavaScript

Security Score

95/100

Audited on Aug 8, 2026

No findings