HackBot — AI Cybersecurity Assistant

Production-ready AI-powered pentesting & cybersecurity assistant with Agent, Chat & Planning modes, native desktop GUI, 10 AI providers, and built-in intelligence modules.

Features • Screenshots • GUI • Install • Quick Start • Modes • Intelligence • Providers • Config • Docker • Colab • Discord

Website • Plugin Marketplace

👨‍💻 About the Author

Developer	Yashab Alam
🐙 GitHub	github.com/yashab-cyber
💼 LinkedIn	linkedin.com/in/yashab-alam
📧 Email	yashabalam707@gmail.com · yashabalam9@gmail.com
❤️ Donate	Support HackBot → DONATE.md

HackBot is free & open-source. If it has helped you, please consider supporting its development or reaching out for collaboration!

⚡ Features

Feature	Description
🤖 Agent Mode	Autonomous penetration testing — runs real security tools, analyzes results, adapts strategy
💬 Chat Mode	Interactive cybersecurity Q&A with streaming responses and conversation memory
📋 Planning Mode	Generates structured pentest plans, checklists, and attack methodologies
🖥️ Native Desktop GUI	Full-featured graphical interface with dark theme, powered by pywebview
🛡️ CVE/Exploit Lookup	Real-time CVE search against NVD, exploit PoC discovery via GitHub
🌐 OSINT Module	Subdomain enumeration, DNS recon, WHOIS, email harvesting, tech stack fingerprinting
🗺️ Network Topology Visualizer	Interactive D3.js force-directed graph from nmap/masscan scan output
📋 Compliance Mapping	Auto-map findings to PCI DSS v4.0, NIST 800-53, OWASP Top 10, ISO 27001 controls
🎯 MITRE ATT&CK Mapping	Map findings and tool usage to ATT&CK techniques/tactics, export Navigator layer JSON
🗄️ Vulnerability Database	Persistent SQLite finding tracker with deduplication, risk scoring, and remediation status
🔀 Diff Reports	Compare two assessments — see new, fixed, and persistent vulnerabilities at a glance
🎯 Multi-Target Campaigns	Define a scope with multiple hosts/URLs and run coordinated assessments across all of them
🧩 Custom Plugins	Python plugin system — register your own scripts as agent-callable tools
🔧 AI Remediation Engine	Auto-generate fix commands, config patches, and code snippets for each finding
🔌 HTTP Proxy / Traffic Capture	Built-in intercepting proxy for capturing, inspecting, replaying, and flagging web traffic
🔬 Zero-Day Discovery Engine	Proactive vulnerability research with response anomaly detection, smart fuzzing, exploit chain analysis, version gap analysis
🧠 Memory & Sessions	Auto-save conversations, session history, `/continue` truncated responses, conversation summarization
🌍 10 AI Providers	OpenAI, Anthropic, Google Gemini, Groq, Mistral, DeepSeek, Together AI, OpenRouter, Ollama, Local
🔧 50+ Tool Integrations	nmap, nikto, sqlmap, nuclei, ffuf, subfinder, hydra, gobuster, wpscan, dalfox, commix, and more
📊 Auto Reporting	HTML, Markdown, JSON, and professional PDF reports with executive summary, risk matrix, charts
🛡️ Safe Mode	Command validation, blocked dangerous commands, risky-command confirmation prompts
💻 Cross-Platform	Linux, macOS, Windows — pip install, Docker, or one-line installer
🎨 Rich Terminal UI	Beautiful output with syntax highlighting, markdown rendering, progress indicators

📸 Screenshots

CLI View

GUI View

Settings

�🖥️ Native Desktop GUI

HackBot includes a full native desktop GUI — no browser needed. Launch it with a single command:

hackbot gui

If GUI falls back to browser mode with errors like No module named qtpy or No module named gi, install one native backend:

# Option A (venv-friendly Qt backend)
pip install PyQt5 qtpy
# Option B (GTK backend on Debian/Kali/Ubuntu)
sudo apt install -y python3-gi python3-gi-cairo gir1.2-gtk-3.0 gir1.2-webkit2-4.1

GUI Features

Dark cybersecurity theme with a polished, modern interface
Real-time streaming — AI responses stream in via Server-Sent Events (SSE)
All modes accessible — Chat, Agent, Plan, CVE Lookup, OSINT, Topology, Compliance panels
Collapsible sidebar — Minimize navigation to an icon rail with the preference remembered locally
Session management — Browse, restore, and delete saved sessions from the sidebar
Provider switching — Change AI provider and model on the fly from the settings panel
Agent control panel — Start assessments that auto-run steps, stop them on demand, and view findings live
CVE search panel — Search by keyword, CVE ID, or browse exploits with severity filters
OSINT panel — Run subdomain enumeration, DNS lookups, WHOIS, and tech fingerprinting
Topology visualization — Paste nmap/masscan output and see an interactive D3.js network graph
Compliance panel — Map agent findings to PCI DSS, NIST 800-53, OWASP Top 10, ISO 27001 with summary cards and per-framework tables
ATT&CK panel — Map findings to MITRE ATT&CK techniques, view per-tactic breakdown, export Navigator layer JSON
Vulnerability database panel — Browse, search, and manage persistent findings with risk scores and remediation status tracking
Diff report panel — Compare two assessments side-by-side to see new, fixed, and persistent vulnerabilities with trend analysis
Campaign dashboard — Create, manage, and monitor multi-target campaigns with progress tracking, target status, and coordinated findings
Plugin manager — Browse, reload, and execute custom plugins with argument inputs and live output
Remediation panel — One-click fix generation for findings with copyable commands, config patches, and code snippets
Proxy panel — Start/stop the intercepting proxy, view traffic table, filter by method/keyword, set domain scope, replay requests, and view flagged security-relevant traffic
Zero-day discovery — Auto-detects anomaly signals in every tool output, supports smart fuzzing (150+ payloads, 12 categories), and builds exploit chains from findings
PDF export — One-click professional PDF report generation with charts and executive summary from the agent panel
Markdown rendering — Full markdown support with syntax highlighting in responses
Native OS window — Powered by pywebview for a true desktop application feel

GUI Architecture

Component	Technology
Backend	Flask 3.0+ with SSE streaming
Frontend	Single-page HTML/CSS/JS with dark theme
Desktop Window	pywebview 5.0+ (native OS webview)
Visualization	D3.js v7 force-directed graphs
Markdown	marked.js renderer

GUI Layout

┌─────────────────────────────────────────────────────────────┐
│ 🤖 HackBot ⚙️ Settings │
│ ┌──────────┐ ┌────────────────────────────────────────────┐ │
│ │ 💬 Chat │ │ │ │
│ │ 🤖 Agent │ │ Chat / Agent / Plan / CVE / OSINT / │ │
│ │ 📋 Plan │ │ Topology panels with real-time output │ │
│ │ 🛡️ CVE │ │ │ │
│ │ 🌐 OSINT │ │ Streaming AI responses with markdown │ │
│ │ 🗺️ Topo │ │ rendering and syntax highlighting │ │
│ │ │ │ │ │
│ │ Sessions │ ├────────────────────────────────────────────┤ │
│ │ • sess-1 │ │ [ Type your message... ] [Send] │ │
│ │ • sess-2 │ │ │ │
│ └──────────┘ └────────────────────────────────────────────┘ │
└─────────────────────────────────────────────────────────────┘

📦 Installation

Which install method should I use?

Use One-Line Install if you want a quick setup on Linux/macOS and may also want bundled security tooling.
Use pip if you work inside a project or virtual environment and want full control of dependencies.
Use pipx if you want HackBot installed globally but isolated from your system Python packages.
Use From Source if you are developing HackBot itself.

Create a Python Virtual Environment (recommended for pip installs)

# Linux/macOS
python3 -m venv .venv
source .venv/bin/activate
# Upgrade packaging tools inside the venv
python -m pip install --upgrade pip setuptools wheel

# Windows (PowerShell)
py -m venv .venv
.\.venv\Scripts\Activate.ps1
python -m pip install --upgrade pip setuptools wheel

One-Line Install (Linux/macOS)

curl -sSL https://raw.githubusercontent.com/yashab-cyber/hackbot/main/install.sh | bash

Full install with security tools:

curl -sSL https://raw.githubusercontent.com/yashab-cyber/hackbot/main/install.sh | bash -s full

pip (All Platforms)

# Full install (GUI + PDF reports + all features)
pip install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"# Minimal install (CLI only, no GUI)
pip install git+https://github.com/yashab-cyber/hackbot.git

pipx (Isolated Install)

# Full install (GUI + PDF reports + all features)
pipx install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"# Minimal install (CLI only, no GUI)
pipx install git+https://github.com/yashab-cyber/hackbot.git

From Source (Development)

git clone https://github.com/yashab-cyber/hackbot.git
cd hackbot
pip install -e ".[all,dev]"

Windows

# Option 1: pip (full install with GUI + all features)
pip install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"# Option 2: Download and run installer
git clone https://github.com/yashab-cyber/hackbot.git
cd hackbot
install.bat

Docker

docker build -t hackbot .
docker run -it -e HACKBOT_API_KEY=your-key hackbot

🗑️ Uninstall

pip

pip uninstall hackbot

pipx

pipx uninstall hackbot

From Source (Development)

pip uninstall hackbot

Windows

pip uninstall hackbot

Docker

# Remove the container(s)
docker rm $(docker ps -aq --filter ancestor=hackbot)# Remove the image
docker rmi hackbot

Remove Configuration & Data

After uninstalling, you can also remove saved sessions, config, and plugins:

# Linux/macOS
rm -rf ~/.config/hackbot
# Windows (PowerShell)
Remove-Item -Recurse -Force "$env:APPDATA\hackbot"

🔁 Reinstall

Always uninstall first using the matching method above, then reinstall.

One-Line Install (Linux/macOS)

# If you previously used pip/pipx, uninstall first via the Uninstall section.# Then reinstall via the installer script.
curl -sSL https://raw.githubusercontent.com/yashab-cyber/hackbot/main/install.sh | bash

pip

# Step 1: uninstall
pip uninstall -y hackbot
# Step 2: reinstall
pip install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"

pipx

# Step 1: uninstall
pipx uninstall hackbot
# Step 2: reinstall
pipx install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"

From Source (Development)

cd hackbot
pip uninstall -y hackbot
pip install -e ".[all,dev]"

Windows

# Option 1: pip
pip uninstall -y hackbot
pip install "hackbot[all] @ git+https://github.com/yashab-cyber/hackbot.git"# Option 2: From local source
cd hackbot
install.bat

Docker

docker rm $(docker ps -aq --filter ancestor=hackbot)
docker rmi hackbot
docker build --no-cache -t hackbot .

�🚀 Quick Start

1. Set Your API Key

# Option A: Environment variableexport HACKBOT_API_KEY=sk-your-openai-key
# Option B: Setup command
hackbot setup sk-your-openai-key
# Option C: Set inside the app
hackbot
/key sk-your-openai-key

2. Launch HackBot

# Terminal UI (default)
hackbot
# Native desktop GUI
hackbot gui
# Direct mode launch
hackbot agent scanme.nmap.org
hackbot plan example.com --type web_pentest

3. Start Hacking (Ethically!)

💬 hackbot> /agent scanme.nmap.org

🎯 Modes

🤖 Agent Mode — Autonomous Security Testing

The Agent Mode is the core feature. It autonomously:

Plans a structured assessment methodology
Executes real security tools (nmap, nikto, nuclei, etc.)
Analyzes output and determines next steps
Tracks findings with severity ratings (Critical/High/Medium/Low/Info)
Generates comprehensive reports
Recommends CVE lookups after service detection
Suggests OSINT recon before active scanning
Builds network topology from scan results
Maps findings to compliance frameworks automatically after assessment
Maps findings to MITRE ATT&CK techniques and tactics
Stores findings in a persistent vulnerability database with risk scoring
Zero-day hunting — auto-analyzes every tool output for anomaly signals (stack traces, error leaks, memory addresses, injection points)
Smart fuzzing — AI-driven fuzzing with 150+ payloads across 12 categories (SSTI, SSRF, XXE, deserialization, etc.)
Exploit chain analysis — combines multiple low/medium findings into high-impact attack paths

# Start directly
hackbot agent scanme.nmap.org
# Or switch inside the app
/agent 192.168.1.0/24

What it does:

🤖 HackBot Agent:
Starting assessment against scanme.nmap.org
Phase 1: Reconnaissance
▶ Executing: nmap
nmap -sV -sC -O scanme.nmap.org -oN scan_results.txt
◀ nmap SUCCESS (exit=0, 32.1s)
┌──────────────────────────────────────┐
│ PORT STATE SERVICE VERSION │
│ 22/tcp open ssh OpenSSH 6.6 │
│ 80/tcp open http Apache 2.4.7 │
│ 9929/tcp open nping-echo │
└──────────────────────────────────────┘
🔍 [Info] Open SSH Service Detected
OpenSSH 6.6 on port 22 — check for known vulnerabilities
💡 Tip: Use /cve OpenSSH 6.6 to look up known CVEs
Phase 2: Web Application Scanning...
▶ Executing: nikto
nikto -h http://scanme.nmap.org -output nikto_results.txt
...

Agent Commands:

Command	Description
`/agent <target>`	Start new assessment
`/step`	Execute next agent step
`/run <cmd>`	Run a tool manually
`/findings`	Show all findings
`/stop`	Stop assessment
`/export`	Generate report
`/pdf`	Generate professional PDF report
`/diff`	Compare two assessments (diff report)
`/attack`	MITRE ATT&CK technique mapping
`/vulndb`	Vulnerability database management
`/campaign`	Multi-target campaign management
`/remediate`	Generate fix commands/patches for findings
`/plugins`	List/manage/reload custom tool plugins
`/continue`	Continue truncated response

💬 Chat Mode — Cybersecurity Q&A

Interactive AI chat with deep cybersecurity knowledge, streaming responses, and conversation memory:

💬 hackbot> How do I test for SQL injection in a login form?
HackBot:
## SQL Injection Testing — Login Forms
### 1. Manual Testing
Try these payloads in the username/password fields:
' OR '1'='1' --
' OR '1'='1' /*
admin'--
' UNION SELECT NULL--
### 2. Automated Testing with sqlmap
sqlmap -u "http://target.com/login" --data="user=admin&pass=test" --dbs
### 3. Blind SQL Injection
sqlmap -u "http://target.com/login" --data="user=admin&pass=test" --level=5 --risk=3

Chat features:

Streaming responses — see output as it's generated
Auto-save — conversations are automatically saved to session history
/continue — resume truncated responses seamlessly
Conversation summarization — long chats are summarized to stay within context limits

📋 Planning Mode — Assessment Planning

Generate structured pentest plans with methodology, tools, and timelines:

hackbot plan example.com --type web_pentest

Available Templates:

Template	Description
`web_pentest`	Web Application Penetration Test
`network_pentest`	Network Penetration Test
`api_pentest`	API Security Assessment
`cloud_audit`	Cloud Security Audit
`ad_pentest`	Active Directory Pentest
`mobile_pentest`	Mobile App Pentest
`red_team`	Red Team Engagement
`bug_bounty`	Bug Bounty Methodology

🛡️ Intelligence Modules

🔬 Zero-Day Discovery Engine

Proactive vulnerability research engine that goes beyond known CVE scanning to find undisclosed vulnerabilities.

Capabilities:

Feature	Description
Response Anomaly Detection	40+ regex patterns across 7 categories: stack traces, error leaks, path disclosures, debug info, memory addresses, auth leaks, injection signals
Smart Fuzz Payloads	150+ payloads in 12 categories: buffer overflow, integer overflow, path traversal, SSTI, SSRF, deserialization, command injection, XSS, header injection, XXE, request smuggling, race conditions
Exploit Chain Builder	Analyzes multiple findings to propose chained attack paths (e.g., SSRF→Internal Service→RCE, SQLi→File Write→WebShell)
Version Gap Analysis	Identifies software where the exact version has no known CVE but nearby versions do — flags zero-day candidates
Auto-Enrichment	Every tool execution output is automatically scanned for anomaly signals and zero-day indicators
Timing Analysis	Detects response time anomalies that suggest blind injection points

Agent Actions:

{"action": "fuzz", "target_url": "<url>", "parameter": "<param>", "categories": ["xss","ssti","ssrf"]}
{"action": "analyze_anomaly", "response_body": "<suspicious_output>", "context": "<description>"}
{"action": "chain_exploits", "explanation": "Analyze findings for exploit chains"}

CVE/Exploit Lookup

Real-time vulnerability intelligence powered by the NVD (National Vulnerability Database) and GitHub exploit search.

# Search by keyword
/cve apache 2.4
# Look up a specific CVE
/cve CVE-2021-44228
# Auto-map nmap output to CVEs
/cve --nmap
# Search for exploit PoCs
/cve --exploit log4shell

Capabilities:

Feature	Description
NVD Lookup	Search CVEs by ID with full details (CVSS score, severity, references, CWEs)
Keyword Search	Find CVEs by software name/version with severity filtering
Nmap→CVE Mapping	Automatically map discovered services from nmap output to known CVEs
Exploit Search	Find proof-of-concept exploits on GitHub for any CVE or keyword
Severity Filtering	Filter results by CRITICAL, HIGH, MEDIUM, LOW
Markdown Reports	Generate formatted vulnerability reports

OSINT Module

Passive intelligence gathering for reconnaissance — no active scanning required.

# Full OSINT scan
/osint example.com
# Individual modules
/osint --subs example.com # Subdomain enumeration
/osint --dns example.com # DNS records
/osint --whois example.com # WHOIS / RDAP lookup
/osint --tech example.com # Technology fingerprinting
/osint --emails example.com # Email harvesting

Capabilities:

Feature	Description
Subdomain Enumeration	Certificate Transparency (crt.sh) + DNS brute-force with 90+ common prefixes
DNS Records	A, AAAA, MX, NS, TXT, CNAME, SOA records via dnspython with socket fallback
WHOIS / RDAP	Domain registration info via RDAP protocol with traditional WHOIS fallback
Email Harvesting	Discover email addresses from multiple passive sources
Tech Stack Fingerprinting	Detect web servers, frameworks, CMS, and libraries from HTTP headers, cookies, and HTML
Full Scan	Run all modules at once and generate a unified OSINT report

Detected Technologies:

Servers: Nginx, Apache, IIS, Express, LiteSpeed, Caddy
Frameworks: React, Vue.js, Angular, Next.js, Django, Laravel, Rails, Flask, Spring
CMS: WordPress, Drupal, Joomla, Shopify, Wix, Squarespace
Languages: PHP, ASP.NET, Java, Python, Node.js
Security: Cloudflare, AWS CloudFront, Akamai, Sucuri

Network Topology Visualizer

Parse nmap or masscan scan results into an interactive network topology map.

# Auto-detect and parse from last agent scan
/topology
# Parse from a file
/topology scan_results.txt
# Parse nmap XML output
/topology nmap_output.xml

Capabilities:

Feature	Description
Nmap Text Parsing	Parse standard nmap `-sV` text output into graph structure
Nmap XML Parsing	Parse nmap `-oX` XML format with full host/port/OS detail
Masscan Parsing	Parse masscan output with host/port discovery
Auto-Detection	Automatically detect input format (XML, nmap text, or masscan)
ASCII Rendering	Beautiful ASCII art network map in the terminal
D3.js Visualization	Interactive force-directed graph in the GUI with zoom, drag, and tooltips
Subnet Grouping	Hosts automatically organized by /24 subnet
Markdown Summary	Tabular summary of hosts, ports, services, and OS detection

GUI Topology View:

┌─ Network Topology ─────────────────────────────────────────┐
│ │
│ [Scanner] │
│ / | \ │
│ [192.168.1.0/24] [10.0.0.0/24] │
│ / | \ | \ │
│ [.1] [.10] [.50] [.1] [.100] │
│ 3 ports 5 ports 2 ports │
│ │
│ Hosts: 5 │ Services: 18 │ Subnets: 2 │
└─────────────────────────────────────────────────────────────┘

Compliance Mapping

Automatically map security findings to compliance framework controls with gap analysis.

# Map all agent findings to all 4 frameworks
/compliance
# Filter by specific frameworks
/compliance pci nist
/compliance owasp
/compliance pci iso

Supported Frameworks:

Framework	Version	Controls	Description
PCI DSS	v4.0	22	Payment Card Industry Data Security Standard
NIST 800-53	Rev 5	22	Security and Privacy Controls for Information Systems
OWASP Top 10	2021	10	Web Application Security Risks
ISO 27001	2022	19	Information Security Management System (Annex A)

Mapping Capabilities:

Feature	Description
Auto-Detection	15 keyword/regex rules match findings to controls (SQLi, XSS, SSRF, auth, crypto, etc.)
Severity Mapping	Critical/High → FAIL, Medium → rule default, Low/Info → WARN
Framework Filtering	Map to specific frameworks or all four at once
Deduplication	Same control + finding pair only appears once
Executive Summary	Per-framework pass/fail/warn counts with percentages
Gap Analysis	Top failing control families, compliance coverage statistics
GUI Dashboard	Summary cards with progress bars, collapsible per-framework tables with status icons

Report Output:

📋 Compliance Mapping Report
| Framework | Fail | Warn | Pass | Not Tested |
|--------------------|------|------|------|------------|
| PCI DSS v4.0 | 8 | 3 | 0 | 0 |
| NIST 800-53 Rev 5 | 7 | 2 | 0 | 0 |
| OWASP Top 10 (2021)| 5 | 1 | 0 | 0 |
| ISO 27001:2022 | 6 | 2 | 0 | 0 |
Gap Analysis:
- 26 controls failing (76% of mapped controls)
- Top Failing: Secure Development (5), Access Control (4), Injection (3)

MITRE ATT&CK Mapping

Map security findings and tool usage to MITRE ATT&CK Enterprise techniques and tactics. Generate ATT&CK Navigator layer JSON for visualization.

# Map agent findings to ATT&CK techniques
/attack map
# Short summary
/attack summary
# Export Navigator layer JSON (import into ATT&CK Navigator)
/attack layer
# List all tactics
/attack tactics
# List techniques (optionally by tactic)
/attack techniques
/attack techniques TA0007
# Show ATT&CK techniques for a specific tool
/attack tool nmap
# Look up a technique by ID
/attack lookup T1046

Capabilities:

Feature	Description
Finding Mapping	30 regex rules map finding text to ATT&CK techniques (SQLi, XSS, brute force, etc.)
Tool Mapping	26 security tools pre-mapped to ATT&CK techniques (nmap, nikto, sqlmap, hydra, etc.)
Navigator Layer Export	Generate v4.5 layer JSON with confidence scoring and severity-based gradient coloring
14 Tactics	Full Enterprise ATT&CK tactic coverage from Reconnaissance to Impact
~80 Techniques	Curated pentesting-relevant technique subset
Confidence Scoring	High/Medium/Low confidence with color-coded indicators
Deduplication	Same technique from same source only mapped once
PDF Integration	ATT&CK section auto-included in PDF reports with per-tactic breakdown tables
GUI Dashboard	Map findings, browse tactics/techniques, export Navigator layers via REST API

Report Output:

📊 ATT&CK Coverage: 12 techniques, 6/14 tactics
Tactics: Reconnaissance, Initial Access, Execution, Discovery, Credential Access, ...
Confidence: 🔴 4 high | 🟠 6 medium | 🟡 2 low

Vulnerability Database

Persistent SQLite-based vulnerability tracker that stores findings across all assessments with deduplication, risk scoring, and remediation status management.

# Show database statistics
/vulndb stats
# Search findings
/vulndb search sql injection
# Filter by severity
/vulndb severity Critical
# View finding detail
/vulndb detail 42
# Update remediation status
/vulndb status 42 in_progress "Assigned to dev team"# List assessments
/vulndb assessments
# Risk score for a target
/vulndb risk example.com
# Delete a finding
/vulndb delete 42
# Purge all data
/vulndb purge

Capabilities:

Feature	Description
Persistent Storage	SQLite database with WAL mode for concurrent access
Auto-Integration	Agent mode automatically stores findings and creates assessments
Deduplication	SHA-256 fingerprint prevents duplicate findings for the same target
Risk Scoring	Weighted formula: Critical=10, High=7.5, Medium=5, Low=2.5, Info=0.5
Remediation Tracking	5 statuses: open → in_progress → resolved / accepted / false_positive
Audit Log	Full remediation history with timestamps and notes
Risk Snapshots	Point-in-time risk score tracking for trend analysis
Search & Filter	Query by text, severity, status, target, with pagination
GUI Dashboard	Browse findings, update status, view risk scores via REST API

Professional PDF Reports

Generate polished, paginated PDF pentest reports with charts and executive summaries.

# Generate PDF report from agent findings
/pdf
# Or use /export with pdf format
/export pdf

PDF Report Contents:

Section	Description
Cover Page	Target, date, scope, severity summary cards
Table of Contents	Sections and findings index with severity indicators
Executive Summary	Risk assessment, overall rating, severity counts table
Severity Bar Chart	Horizontal bar chart of findings by severity
Donut Chart	Proportional severity breakdown with total count
Risk Matrix	5×5 heat-map (severity × likelihood) with finding counts
Detailed Findings	Per-finding: description, evidence (code blocks), recommendations
Compliance Mapping	Auto-generated PCI DSS / NIST / OWASP / ISO control tables
Tool Execution Log	Full command history with status, duration, exit codes
Page Footer	Page numbers, confidentiality notice on every page

Installation:

pip install 'hackbot[pdf]'# Installs reportlab + matplotlib + Pillow

🔀 Diff Reports

Compare two assessments of the same target to instantly see what changed — which vulnerabilities are new, which were fixed, and which persist across scans.

# List agent sessions with findings
/diff
# Compare two specific sessions
/diff agent_1707000000 agent_1707100000
# Compare a saved baseline against the current live assessment
/diff agent_1707000000

Diff Report Output:

Section	Description
Comparison Overview	Side-by-side session metadata (dates, total findings, risk scores)
Overall Trend	Improved 📉 / Degraded 📈 / Unchanged ➡️ with risk score delta
Severity Breakdown	Per-severity counts with ↑↓ change indicators
🆕 New Vulnerabilities	Findings that appeared in the newer assessment
✅ Fixed Vulnerabilities	Findings that were remediated since the baseline
⚠️ Persistent Vulnerabilities	Findings that remain unresolved (includes severity changes)
🔴 Regressions	Previously fixed findings that have reappeared

Matching Engine: Findings are matched across assessments using a token-based similarity algorithm on title, description, and tool. Exact title matches score 1.0; partial matches use Jaccard similarity with a tool-name boost. Threshold: 0.65.

GUI: The Diff Report panel provides two dropdown selectors (baseline vs. current) with a "Compare" button. Results render as interactive cards with color-coded severity badges, trend indicators, and collapsible finding sections.

AI Remediation Engine

Auto-generate actionable fix commands, configuration patches, and code snippets for each security finding.

# Remediate all findings
/remediate
# Remediate a specific finding
/remediate 3
# AI-enhanced remediation (uses your configured LLM)
/remediate --ai

Capabilities:

Feature	Description
Rule-Based Engine	20+ built-in vulnerability rules — instant remediation with no API key required
AI-Enhanced Mode	Falls back to LLM for tailored fixes when `--ai` flag is used
Fix Commands	Shell commands (apt, systemctl, ufw, iptables, etc.) ready to copy-paste
Config Patches	Nginx, Apache, sshd_config, BIND, SNMP patches with file paths
Code Snippets	Python, PHP, Java, JavaScript fix examples with vulnerable vs. secure patterns
Multi-Language	Each finding gets fixes in multiple languages/frameworks
References	OWASP, NIST, CIS Benchmark, and MDN links for each remediation
Priority Mapping	Severity → priority: Critical→Immediate, High→High, Medium→Medium, Low→Low

Covered vulnerability types: SQL injection, XSS, command injection, path traversal, CSRF, SSL/TLS misconfiguration, missing security headers, weak credentials, SSH hardening, information disclosure, outdated software, CORS, IDOR/broken access control, file upload, XXE, SSRF, insecure deserialization, DNS zone transfer, SNMP defaults, exposed admin panels, and more.

GUI: The Findings panel includes a "🔧 Remediate" button that generates remediation cards with copyable fix commands, config patches, and code snippets — all color-coded by priority.

🧩 Custom Plugins

HackBot supports a Python plugin system that lets you register your own scripts as agent-callable tools. The AI agent can invoke your plugins during assessments just like built-in tools.

Official links:

Website: https://hackbot.co.in
Plugin Marketplace (upload/download custom plugins): https://hackbot.co.in/marketplace

Plugin Directory

Plugins are Python files placed in ~/.config/hackbot/plugins/. HackBot auto-discovers them on startup.

Writing a Plugin

Method 1: Decorator (recommended)

# ~/.config/hackbot/plugins/port_check.pyfromhackbot.core.pluginsimporthackbot_plugin@hackbot_plugin(name="port_check",description="Check if a TCP port is open on a target host",args={"host": "Target hostname or IP", "port": "TCP port number"},category="recon",author="Your Name",version="1.0.0",)defrun(host: str, port: str="80") ->str:
importsocketsock=socket.socket(socket.AF_INET, socket.SOCK_STREAM)
sock.settimeout(3)
result=sock.connect_ex((host, int(port)))
sock.close()
returnf"Port {port} on {host}: {'OPEN'ifresult==0else'CLOSED'}"

Method 2: Register function

# ~/.config/hackbot/plugins/http_headers.pyfromhackbot.core.pluginsimportPluginDefinitiondefregister() ->PluginDefinition:
returnPluginDefinition(
name="http_headers",
description="Fetch and analyze HTTP security headers",
args={"url": "Target URL"},
run=check_headers,
)
defcheck_headers(url: str) ->str:
# Your analysis logic herereturn"Results..."

Managing Plugins

Command	Description
`/plugins`	List all registered plugins
`/plugins reload`	Rediscover plugins after adding/removing files
`/plugins dir`	Show the plugins directory path

Agent Integration

The AI agent automatically sees available plugins and can call them during assessments:

{"action": "execute", "tool": "hackbot-plugin",
"command": "hackbot-plugin port_check --host 10.0.0.1 --port 22",
"explanation": "Check if SSH is open on the target"}

GUI: The Plugins panel lists all registered plugins with description, arguments, version, and category. Each plugin card has inline argument inputs and a "Run" button for manual execution, with live output rendering.

See examples/plugins/ for complete example plugins.

Multi-Target Campaigns

Define a scope with multiple hosts or URLs and run coordinated security assessments across all of them. The campaign system tracks progress per-target, shares intelligence between targets, and aggregates findings into a unified report.

# Create a campaign with multiple targets
/campaign new "Internal Audit Q1" 192.168.1.1 192.168.1.2 app.internal.com
# Add more targets
/campaign add 10.0.0.1 10.0.0.2
# Start the campaign (begins first target assessment)
/campaign start
# Complete current target, advance to the next
/campaign next
# Skip a target
/campaign skip
# View campaign progress
/campaign status
# View aggregated findings across all targets
/campaign findings
# Export campaign report
/campaign report
# Pause / resume / abort
/campaign pause
/campaign resume
/campaign abort
# List and load saved campaigns
/campaign list
/campaign load <id>

Key capabilities:

Cross-target intelligence — findings from previous targets are shared with the agent for subsequent assessments
Per-target tracking — status (pending/running/completed/failed/skipped), findings, duration, step count
Coordinated reporting — severity summary, per-target breakdown, critical/high finding details
Full lifecycle — draft → running → paused → completed/aborted with save/restore support
GUI dashboard — create campaigns, monitor target progress, view findings, and export reports from the Campaigns panel

🧠 Memory & Sessions

HackBot automatically saves your conversations and provides full session management.

Features

Feature	Description
Auto-Save	Conversations are automatically saved after each interaction
Session History	Browse all past sessions with timestamps, modes, and message counts
Session Restore	Reload any previous conversation and continue where you left off
`/continue`	Seamlessly resume truncated AI responses
Conversation Summarization	Long conversations are automatically summarized to stay within context limits
Search	Search sessions by keyword, mode, or date

Commands

/save [name] # Save current session with optional name
/load [session_id] # Load a previous session
/sessions # List all saved sessions
/sessions --mode agent # Filter sessions by mode
/sessions --search nmap # Search sessions by keyword
/continue # Continue a truncated response
/clear # Clear current conversation
/reset # Full reset (clear + new session)

GUI Session Panel

The GUI sidebar shows your session history and allows one-click restore or deletion. Sessions display:

Session ID and custom name
Mode (Chat / Agent / Plan)
Message count and timestamp
First message preview

🌍 AI Providers

HackBot supports 10 AI providers out of the box. Switch providers instantly with a single command.

Supported Providers

Provider	Models	Env Variable	Notes
OpenAI	GPT-5.2, GPT-5.1, GPT-5.2 Codex, GPT-4o, o3-mini	`OPENAI_API_KEY`	Latest flagship models
Anthropic	Claude Opus 4.6, Opus 4.5, Sonnet 4, Opus 4	`ANTHROPIC_API_KEY`	Top research & code
Google Gemini	Gemini 3 Pro, 3 Flash, 2.5 Pro	`GEMINI_API_KEY`	Up to 1M context window
Groq	LLaMA 3.3 70B, 3.1 405B, Mixtral	`GROQ_API_KEY`	Ultra-fast inference
Mistral	Mistral Large 2, Codestral, Nemo	`MISTRAL_API_KEY`	Strong multilingual & code
DeepSeek	DeepSeek V3, DeepSeek R1	`DEEPSEEK_API_KEY`	Reasoning models
Together AI	LLaMA 3.1 405B, Qwen 2.5, Mistral Large 2	`TOGETHER_API_KEY`	Large open models
OpenRouter	All top models via one API	`OPENROUTER_API_KEY`	One key, many providers
Ollama	LLaMA 3.1 405B/70B, TinyLlama, Pentester, WhiteRabbitNeo, Vicuna, GLM-4	—	100% local, no API key needed
Local	Any OpenAI-compatible server	—	Custom endpoints

Switching Providers

# CLI flags
hackbot --provider anthropic --model claude-sonnet-4-20250514
# Inside the app
/provider groq
/model llama-3.3-70b-versatile
# List available providers and models
/providers
/models
/models openai
# Environment variablesexport HACKBOT_PROVIDER=anthropic
export HACKBOT_API_KEY=sk-ant-...
export HACKBOT_MODEL=claude-sonnet-4-20250514

Using Local Models (Ollama)

# Install Ollama: https://ollama.ai
ollama pull llama3.2
# Use with HackBot
hackbot --provider ollama --model llama3.2

No API key needed — runs entirely on your hardware.

Low-End PC (TinyLlama)

# Only ~600 MB VRAM — runs on almost any machine
ollama pull tinyllama
hackbot --provider ollama --model tinyllama

Ethical Hacking Model (xploiter/pentester)

# Purpose-built for ethical hacking & offensive security
ollama pull xploiter/pentester
hackbot --provider ollama --model xploiter/pentester

Cybersecurity Model (WhiteRabbitNeo)

# Penetration-testing–focused model
ollama pull whiterabbitneo
hackbot --provider ollama --model whiterabbitneo

⌨️ All Commands

Core Commands

Command	Description
`/chat`	Switch to Chat Mode
`/agent <target>`	Start Agent Mode assessment
`/plan`	Switch to Planning Mode
`/run <command>`	Execute a security tool
`/help`	Show help
`/quit`	Exit

Agent Commands

Command	Description
`/step`	Execute next agent step
`/findings`	Show all findings
`/stop`	Stop assessment
`/export [format]`	Export report (html/md/json/pdf)
`/pdf`	Professional PDF pentest report
`/diff [old] [new]`	Compare two assessments (shows new/fixed/persistent findings)
`/campaign new <name> <targets>`	Create a new multi-target campaign
`/campaign start`	Start the active campaign
`/campaign next`	Complete current target, advance to next
`/campaign status`	Show campaign progress dashboard
`/campaign findings`	Show aggregated findings across all targets
`/campaign report`	Export campaign report
`/campaign pause/resume/abort`	Campaign lifecycle control
`/campaign list`	List all saved campaigns
`/remediate`	Generate remediations for all findings
`/remediate #`	Remediate a specific finding by number
`/remediate --ai`	Use AI for enhanced remediation guidance

Proxy Commands

Command	Description
`/proxy start [port]`	Start the intercepting proxy (default port 8080)
`/proxy stop`	Stop the proxy
`/proxy status`	Show proxy status and statistics
`/proxy traffic [n]`	Show captured traffic (last n requests)
`/proxy filter <term>`	Filter traffic by URL/header/body substring
`/proxy scope <domain>`	Restrict capture to domain(s)
`/proxy clear`	Clear all captured traffic
`/proxy export [file]`	Export traffic as JSON
`/proxy replay <id>`	Replay a captured request
`/proxy flags`	Show auto-flagged security-relevant requests
`/proxy detail <id>`	Show full request/response details

Intelligence Commands

Command	Description
`/cve <query>`	CVE/exploit lookup (keyword, CVE ID, or `--nmap` for auto-mapping)
`/osint <domain>`	OSINT recon (`--subs`, `--dns`, `--whois`, `--tech`, `--emails`, or full scan)
`/topology [file]`	Network topology from scan output (auto-loads from agent if no args)
`/compliance`	Map findings to PCI DSS, NIST, OWASP, ISO compliance frameworks
`/attack`	MITRE ATT&CK technique/tactic mapping and Navigator layer export
`/vulndb`	Vulnerability database — search, stats, status updates, risk scores
`/proxy`	HTTP proxy / traffic capture (start, stop, traffic, filter, flags, replay, export)

Session & Memory Commands

Command	Description
`/save [name]`	Save session
`/load [name]`	Load session
`/sessions`	List all sessions
`/continue`	Continue truncated response
`/clear`	Clear history
`/reset`	Full reset

Provider & Config Commands

Command	Description
`/provider <name>`	Switch AI provider
`/model <name>`	Switch AI model
`/models [provider]`	List available models
`/providers`	List all providers
`/key <key>`	Set API key
`/config`	Show config
`/tools`	List detected security tools

Planning Commands

Command	Description
`/plan`	Enter planning mode
`/templates`	List plan templates
`/checklist <type>`	Generate testing checklist
`/commands <target>`	Generate ready-to-use commands

⚙️ Configuration

Config File

Located at ~/.config/hackbot/config.yaml (Linux/macOS) or %APPDATA%/hackbot/config.yaml (Windows).

ai:
provider: openai # openai, anthropic, gemini, groq, mistral, deepseek, together, openrouter, ollama, localmodel: gpt-4o # AI model nameapi_key: sk-... # Your API keybase_url: ""# Custom API endpointtemperature: 0.2max_tokens: 4096agent:
auto_confirm: false # Auto-confirm risky commandsmax_steps: 50# Max agent steps per assessmenttimeout: 300# Command timeout (seconds)safe_mode: true # Enable safety checksallowed_tools: # Whitelist of allowed tools
- nmap
- nikto
- sqlmap
- nuclei# ... etcreporting:
format: html # html, markdown, json, pdfauto_save: trueinclude_raw_output: trueui:
theme: darkshow_banner: trueverbose: false

Environment Variables

Variable	Description
`HACKBOT_API_KEY`	AI API key (highest priority)
`OPENAI_API_KEY`	OpenAI API key (fallback)
`HACKBOT_MODEL`	Override AI model
`HACKBOT_PROVIDER`	Override AI provider
`HACKBOT_BASE_URL`	Override API endpoint

🐳 Docker

Build & Run

# Build
docker build -t hackbot .# Interactive mode
docker run -it \
-e HACKBOT_API_KEY=sk-your-key \
--network host \
--cap-add NET_RAW \
hackbot
# Agent mode directly
docker run -it \
-e HACKBOT_API_KEY=sk-your-key \
--network host \
--cap-add NET_RAW \
hackbot agent scanme.nmap.org
# With docker-compose
HACKBOT_API_KEY=sk-your-key docker-compose run hackbot

Docker includes:

All Python dependencies
nmap, nikto, dirb, hydra, john, sslscan
nuclei, subfinder, httpx, ffuf (Go tools)
sqlmap, wfuzz (Python tools)

☁️ Run on Google Colab

No local CPU? Run HackBot entirely on Google Colab with free GPU access.

The notebook includes all three modes ready to use:

Section	What it does
Chat Mode	Interactive cybersecurity Q&A
Agent Mode	Autonomous pentesting with real tools (nmap, nikto, etc.)
Plan Mode	Generate structured pentest plans (8 templates)
Ollama on Colab	Run local models using Colab's free GPU
GUI on Colab	Launch the full web GUI via tunnel

Quick Start on Colab

# 1. Install
!pipinstall"hackbot @ git+https://github.com/yashab-cyber/hackbot.git"# 2. Configure (use Colab Secrets for API key)importosos.environ["HACKBOT_PROVIDER"] ="groq"os.environ["HACKBOT_MODEL"] ="llama-3.3-70b-versatile"os.environ["HACKBOT_API_KEY"] ="your-key"# 3. Usefromhackbot.configimportload_configfromhackbot.core.engineimportAIEnginefromhackbot.modes.chatimportChatModeconfig=load_config()
engine=AIEngine(config.ai)
chat=ChatMode(engine, config)
print(chat.ask("How do I scan for open ports with nmap?", stream=False))

You can also run Ollama models on Colab's free T4 GPU:

!curl-fsSLhttps://ollama.com/install.sh|sh
!ollamapullxploiter/pentester# ethical hacking model

🔧 Supported Security Tools

HackBot integrates with 30+ security tools:

Category	Tools
Scanning	nmap, masscan
Web Testing	nikto, dirb, gobuster, ffuf, wfuzz, whatweb
Vulnerability	nuclei, sqlmap
Recon	subfinder, amass, httpx, whois, dig
Password	hydra, john, hashcat
SSL/TLS	testssl, sslscan, openssl
Network	netcat, traceroute, ping, curl, wget

Check what's installed:

hackbot tools

🏗️ Architecture

hackbot/
├── __init__.py # Package metadata
├── cli.py # Main CLI with interactive REPL (40+ commands)
├── config.py # Configuration management
├── memory.py # Session memory & conversation summarization
├── reporting.py # Report generation (HTML/MD/JSON)
├── core/
│ ├── engine.py # AI engine — 10 providers, LLM communication
│ ├── runner.py # Tool execution (subprocess management)
│ ├── cve.py # CVE/exploit lookup (NVD + GitHub)
│ ├── osint.py # OSINT recon (subdomains, DNS, WHOIS, tech stack)
│ ├── topology.py # Network topology parser & visualizer
│ ├── compliance.py # Compliance mapping (PCI DSS, NIST, OWASP, ISO)
│ ├── attack.py # MITRE ATT&CK mapping engine (techniques, Navigator layers)
│ ├── vulndb.py # Persistent vulnerability database (SQLite, risk scoring)
│ ├── campaigns.py # Multi-target campaign system (orchestration, reporting)
│ ├── diff_report.py # Assessment diff engine (new/fixed/persistent findings)
│ ├── pdf_report.py # Professional PDF report generator
│ ├── plugins.py # Custom plugin system (decorator + register patterns)
│ ├── remediation.py # AI Remediation Engine (20+ vulnerability rules)
│ └── proxy.py # HTTP Proxy / Traffic Capture engine
├── modes/
│ ├── chat.py # Chat mode (Q&A + auto-save + /continue)
│ ├── agent.py # Agent mode (autonomous testing + memory)
│ └── plan.py # Planning mode (8 templates)
├── gui/
│ ├── app.py # Flask backend (25+ API routes, SSE streaming)
│ └── templates/
│ └── index.html # Single-page frontend (dark theme, D3.js, panels)
└── ui/
└── __init__.py # Rich terminal UI components

API Endpoints (GUI Backend)

Endpoint	Method	Description
`/api/status`	GET	App status and current mode
`/api/providers`	GET	List all AI providers
`/api/tools`	GET	List detected security tools
`/api/config`	GET/POST	Read or update configuration
`/api/mode`	POST	Switch mode (chat/agent/plan)
`/api/chat`	POST	Send chat message (SSE stream)
`/api/chat/continue`	POST	Continue truncated response
`/api/sessions`	GET	List saved sessions
`/api/sessions/<id>`	GET/DELETE	Get or delete a session
`/api/sessions/restore/<id>`	POST	Restore a session
`/api/agent/start`	POST	Start agent assessment
`/api/agent/step`	POST	Execute next agent step
`/api/agent/run`	POST	Run a tool manually
`/api/agent/findings`	GET	Get current findings
`/api/cve/lookup`	POST	Look up a specific CVE
`/api/cve/search`	POST	Search CVEs by keyword
`/api/cve/exploits`	POST	Search exploit PoCs
`/api/cve/nmap`	POST	Map nmap output to CVEs
`/api/osint/scan`	POST	Full OSINT scan (SSE)
`/api/osint/subdomains`	POST	Subdomain enumeration
`/api/osint/dns`	POST	DNS record lookup
`/api/osint/whois`	POST	WHOIS / RDAP lookup
`/api/osint/techstack`	POST	Technology fingerprinting
`/api/topology/parse`	POST	Parse scan output to topology
`/api/topology/from-agent`	GET	Get topology from agent scans
`/api/campaigns`	GET/POST	List all or create a campaign
`/api/campaigns/<id>`	GET/DELETE	Get or delete a campaign
`/api/campaigns/<id>/activate`	POST	Set campaign as active
`/api/campaigns/active`	GET	Get active campaign state
`/api/campaigns/active/start`	POST	Start/resume campaign
`/api/campaigns/active/start-target`	POST	Assess a target (SSE stream)
`/api/campaigns/active/complete-target`	POST	Mark target as completed
`/api/campaigns/active/skip-target`	POST	Skip a target
`/api/campaigns/active/pause`	POST	Pause campaign
`/api/campaigns/active/abort`	POST	Abort campaign
`/api/campaigns/active/findings`	GET	Aggregated findings
`/api/campaigns/active/report`	POST	Save campaign report
`/api/agent/remediate`	POST	Generate remediation guidance for findings
`/api/proxy/start`	POST	Start the intercepting proxy
`/api/proxy/stop`	POST	Stop the proxy
`/api/proxy/status`	GET	Get proxy status and stats
`/api/proxy/traffic`	GET	Get captured traffic (supports filter, method, limit params)
`/api/proxy/traffic/<id>`	GET	Get single request detail
`/api/proxy/flags`	GET	Get flagged security-relevant traffic
`/api/proxy/scope`	POST	Set or clear domain scope
`/api/proxy/clear`	POST	Clear captured traffic
`/api/proxy/replay`	POST	Replay a captured request
`/api/proxy/export`	GET	Export traffic as JSON or Markdown
`/api/compliance/map`	POST	Map findings to compliance frameworks
`/api/compliance/from-agent`	GET	Map agent findings to compliance frameworks
`/api/compliance/frameworks`	GET	List available compliance frameworks
`/api/compliance/controls/<fw>`	GET	Get controls for a framework
`/api/attack/map`	POST	Map findings to ATT&CK techniques
`/api/attack/from-agent`	GET	Map agent findings to ATT&CK techniques
`/api/attack/layer`	GET	Generate ATT&CK Navigator layer JSON
`/api/attack/tactics`	GET	List all ATT&CK tactics
`/api/attack/techniques`	GET	List ATT&CK techniques (optional tactic filter)
`/api/attack/technique/<id>`	GET	Get a specific technique by ID
`/api/attack/tool/<name>`	GET	Get ATT&CK techniques for a tool
`/api/vulndb/stats`	GET	Vulnerability database statistics
`/api/vulndb/findings`	GET	Search/list findings
`/api/vulndb/findings/<id>`	GET	Get finding detail
`/api/vulndb/findings/<id>/status`	POST	Update finding status
`/api/vulndb/assessments`	GET	List assessments
`/api/vulndb/risk`	GET	Get risk score and history

🧪 Testing

# Run all tests
python -m pytest tests/ -v
# Run specific test modules
python -m pytest tests/test_intel.py -v # CVE, OSINT, Topology tests
python -m pytest tests/test_engine.py -v # AI engine tests
python -m pytest tests/test_modes.py -v # Mode tests
python -m pytest tests/test_memory.py -v # Memory & session tests
python -m pytest tests/test_runner.py -v # Tool runner tests
python -m pytest tests/test_config.py -v # Config tests
python -m pytest tests/test_attack.py -v # ATT&CK mapping tests
python -m pytest tests/test_vulndb.py -v # Vulnerability database tests

724 tests across 16 test files covering all modules.

⚠️ Disclaimer

HackBot is designed for authorized security testing only.
Always obtain explicit written permission before testing any system
Follow responsible disclosure practices
Comply with all applicable laws and regulations
The developers are not responsible for misuse
Never use this tool against systems you don't own or have authorization to test.

�‍💻 Author

Yashab Alam — Creator & Lead Developer


🐙 GitHub	github.com/yashab-cyber
💼 LinkedIn	linkedin.com/in/yashab-alam
📧 Email	yashabalam707@gmail.com
📧 Email (alt)	yashabalam9@gmail.com

❤️ Support HackBot

HackBot is free and open-source. If it has helped you, please consider supporting its development! See DONATE.md for details, or reach out through any of the links above.

💬 Community

Join the HackBot Discord community to connect with other users, get help, share ideas, and stay updated!

📄 License

MIT License — see LICENSE for details.

Built for ethical hackers, by ethical hackers. 🛡️

Report Bug • Request Feature • ❤️ Donate • 💬 Discord

Name		Name	Last commit message	Last commit date
.github		.github
docs/superpowers		docs/superpowers
examples/plugins		examples/plugins
hackbot		hackbot
manual		manual
public		public
tests		tests
website		website
.gitignore		.gitignore
.test_results.txt		.test_results.txt
CODE_OF_CONDUCT.md		CODE_OF_CONDUCT.md
DONATE.md		DONATE.md
Dockerfile		Dockerfile
LICENSE		LICENSE
README.md		README.md
RELEASE.md		RELEASE.md
RELEASE_NOTES_v1.2.3.md		RELEASE_NOTES_v1.2.3.md
RELEASE_NOTES_v1.2.4.md		RELEASE_NOTES_v1.2.4.md
SECURITY.md		SECURITY.md
SOC.md		SOC.md
docker-compose.yml		docker-compose.yml
install.bat		install.bat
install.sh		install.sh
pyproject.toml		pyproject.toml

Uh oh!

Latest commit

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HackBot — AI Cybersecurity Assistant

👨‍💻 About the Author

⚡ Features

📸 Screenshots

CLI View

GUI View

Settings

�🖥️ Native Desktop GUI

GUI Features

GUI Architecture

GUI Layout

📦 Installation

Which install method should I use?

Create a Python Virtual Environment (recommended for pip installs)

One-Line Install (Linux/macOS)

pip (All Platforms)

pipx (Isolated Install)

From Source (Development)

Windows

Docker

🗑️ Uninstall

pip

pipx

From Source (Development)

Windows

Docker

Remove Configuration & Data

🔁 Reinstall

One-Line Install (Linux/macOS)

pip

pipx

From Source (Development)

Windows

Docker

�🚀 Quick Start

1. Set Your API Key

2. Launch HackBot

3. Start Hacking (Ethically!)

🎯 Modes

🤖 Agent Mode — Autonomous Security Testing

💬 Chat Mode — Cybersecurity Q&A

📋 Planning Mode — Assessment Planning

🛡️ Intelligence Modules

🔬 Zero-Day Discovery Engine

CVE/Exploit Lookup

OSINT Module

Network Topology Visualizer

Compliance Mapping

MITRE ATT&CK Mapping

Vulnerability Database

Professional PDF Reports

🔀 Diff Reports

AI Remediation Engine

🧩 Custom Plugins

Plugin Directory

Writing a Plugin

Managing Plugins

Agent Integration

Multi-Target Campaigns

🧠 Memory & Sessions

Features

Commands

GUI Session Panel

🌍 AI Providers

Supported Providers

Switching Providers

Using Local Models (Ollama)

Low-End PC (TinyLlama)

Ethical Hacking Model (xploiter/pentester)

Cybersecurity Model (WhiteRabbitNeo)

⌨️ All Commands

Core Commands

Agent Commands

Proxy Commands

Intelligence Commands