spoof-suite-hardware-identity

name	spoof-suite-hardware-identity
description	Hardware-level identity spoofing toolkit for network, device, and browser fingerprint masking with multi-layer obfuscation
triggers	["spoof my hardware identifiers","randomize device fingerprint","mask network MAC address","generate synthetic hardware profile","configure hardware spoofing session","create anonymized device identity","setup multi-layer identity obfuscation","implement adaptive entropy spoofing"]

Hardware-HardSp00f Security Skill

Skill by ara.so — Security Skills collection.

Overview

Hardware-HardSp00f is a comprehensive hardware-level identity spoofing toolkit that operates at the kernel-to-application boundary. It provides multi-layer obfuscation across ARP, DNS, SNI, device fingerprints, and browser headers while maintaining system performance and stability.

Key Capabilities:

• Hardware identity multiplexing (MAC, CPU, memory, storage fingerprints)
• Network protocol spoofing (ARP, DNS, SNI, packet manipulation)
• Browser fingerprint randomization (canvas, WebGL, user agents)
• Session-bound cryptographic isolation
• Adaptive entropy injection using hardware thermal noise
• Multi-OS support (Windows, Linux, limited macOS)

Warning: This tool is for authorized security testing and privacy research only. Unauthorized use may violate laws.

Installation

Linux Installation

# Clone repository
git clone https://github.com/Shantanu-U69/Spoof-Suite-Security.git
cd Spoof-Suite-Security

# Install dependencies
sudo apt-get update
sudo apt-get install -y build-essential linux-headers-$(uname -r) \
    python3-pip libssl-dev libpcap-dev

# Build kernel module
cd kernel-module
make
sudo make install
sudo modprobe hardsp00f

# Install CLI tools
cd ../cli
pip3 install -r requirements.txt
sudo python3 setup.py install

# Verify installation
hardsp00fd --version

Windows Installation

# Download release from GitHub pages
# https://shantanu-u69.github.io/Spoof-Suite-Security/

# Extract archive
Expand-Archive -Path HardSp00f-Win-v3.2.1.zip -DestinationPath C:\HardSp00f

# Install driver (requires Administrator)
cd C:\HardSp00f\driver
.\install_driver.bat

# Add to PATH
$env:Path += ";C:\HardSp00f\bin"
[Environment]::SetEnvironmentVariable("Path", $env:Path, [System.EnvironmentVariableTarget]::Machine)

# Verify
hardsp00f.exe --version

Core Commands

Basic Daemon Operation

# Start spoofing daemon with default profile
sudo hardsp00fd --start

# Start with specific profile
sudo hardsp00fd --profile /etc/hardsp00f/profiles/stealth_session.yaml

# Start in adaptive mode with logging
sudo hardsp00fd --profile stealth_session \
    --mode adaptive_multiplex \
    --persistence until_reboot \
    --verbose 3 \
    --log /var/log/hardsp00f/session.log \
    --daemonize

# Check status
sudo hardsp00fd --status

# Stop daemon
sudo hardsp00fd --stop

# Generate diagnostic report
sudo hardsp00fd --diagnose > /tmp/hardsp00f_diag.json

Profile Management

# List available profiles
hardsp00f-cli profile list

# Generate new random profile
hardsp00f-cli profile generate --output custom_profile.yaml

# Validate profile
hardsp00f-cli profile validate stealth_session.yaml

# Apply profile to running daemon
sudo hardsp00f-cli profile apply custom_profile.yaml

# Export current active profile
sudo hardsp00f-cli profile export > current_config.yaml

Network Interface Control

# Spoof specific interface
sudo hardsp00f-cli interface spoof eth0 --mac random

# Spoof all interfaces
sudo hardsp00f-cli interface spoof all --strategy rotating

# Restore original MAC
sudo hardsp00f-cli interface restore eth0

# Show current spoofed identities
hardsp00f-cli interface status

Configuration

Profile Structure

Create a profile at /etc/hardsp00f/profiles/custom.yaml:

profile:
  name: "research_session_2026"
  persona:
    architecture: "random_walk_plus_mode"
    entropy_source: "hardware_thermal_noise"
    randomization_interval: 3600  # seconds
  
  device_fingerprint:
    cpu:
      vendor: ["GenuineIntel", "AuthenticAMD"]
      model: ["Core i7-12700K", "Ryzen 9 5950X"]
      cores: [8, 12, 16]
      hyperthreading: true
      cache_l3_mb: [16, 32, 64]
    
    memory:
      type: ["DDR4", "DDR5"]
      total_gb: [16, 32, 64]
      frequency_mhz: [3200, 4800, 6000]
      manufacturer: ["Samsung", "Crucial", "G.Skill"]
    
    storage:
      model: ["Samsung 990 Pro", "WD Black SN850X", "Crucial P5 Plus"]
      interface: "NVMe"
      capacity_gb: [512, 1024, 2048]
    
    network:
      mac_vendor: ["Intel Corporation", "Realtek Semiconductor", "Broadcom"]
      interface_type: "Gigabit Ethernet"
      wireless_chipset: ["Intel Wi-Fi 6E AX210", "Qualcomm FastConnect 6900"]
  
  spoofing_strategy:
    arp:
      enabled: true
      interval_ms: 30000
      jitter_percent: 15
      gratuitous_arp: false
    
    dns:
      enabled: true
      cache_poison_period: 120
      resolver_rotation: true
      resolvers: ["8.8.8.8", "1.1.1.1", "9.9.9.9"]
      ttl_randomization: true
    
    sni:
      enabled: true
      tls_version_probability:
        "1.2": 0.3
        "1.3": 0.7
      cipher_suite_rotation: true
      esni_support: true
    
    browser_header:
      enabled: true
      user_agent_generator: "bayesian_decision_forest"
      canvas_noise_level: 0.02
      webgl_renderer: "ANGLE (Intel, Intel(R) UHD Graphics 630)"
      screen_resolution: ["1920x1080", "2560x1440", "3840x2160"]
      timezone_offset: "auto"
      language_probability:
        "en-US": 0.5
        "en-GB": 0.2
        "fr-FR": 0.1
        "de-DE": 0.1
        "ja-JP": 0.1
    
    packet:
      enabled: true
      ttl_variation: [64, 128]
      window_size: [65535, 32768, 16384]
      tcp_timestamp: "random"
      ip_id_strategy: "incremental_with_jitter"
  
  persistence:
    mode: "session_bound"  # session_bound | reboot_persistent | manual
    encryption_key_source: "ephemeral_volatile"
    secure_wipe_on_exit: true
  
  logging:
    level: "info"  # debug | info | warning | error
    destination: "/var/log/hardsp00f/session.log"
    rotation: "daily"
    max_size_mb: 100

Environment Configuration

Create /etc/hardsp00f/hardsp00f.conf:

[daemon]
pid_file = /var/run/hardsp00fd.pid
socket_path = /var/run/hardsp00f.sock
default_profile = /etc/hardsp00f/profiles/default.yaml
auto_start = false

[security]
require_root = true
allow_remote_control = false
api_key_env_var = HARDSP00F_API_KEY
entropy_pool_size = 4096

[performance]
max_cpu_usage_percent = 5
memory_limit_mb = 256
io_priority = idle

[network]
excluded_interfaces = lo,docker0,veth*
dns_cache_size = 1000
arp_table_size = 500

[ai_integration]
openai_enabled = false
openai_api_key_env = OPENAI_API_KEY
openai_model = gpt-4-turbo-2026
claude_enabled = false
claude_api_key_env = ANTHROPIC_API_KEY
privacy_mode = true

Code Examples

Python Library Usage

#!/usr/bin/env python3
from hardsp00f import (
    DeviceSpoofer,
    NetworkSpoofer,
    BrowserSpoofer,
    ProfileGenerator
)
import os

# Initialize spoofing session
session = DeviceSpoofer(
    profile_path='/etc/hardsp00f/profiles/stealth.yaml',
    verbose=True
)

# Generate random hardware identity
session.generate_device_identity(
    cpu_cores=8,
    memory_gb=16,
    entropy_source='thermal'
)

# Apply hardware spoofing
session.apply_hardware_spoof()

# Network-level spoofing
net_spoofer = NetworkSpoofer(interface='eth0')
net_spoofer.randomize_mac(vendor='Intel Corporation')
net_spoofer.enable_dns_rotation(resolvers=['8.8.8.8', '1.1.1.1'])
net_spoofer.enable_sni_spoofing(tls_version='1.3')

# Browser fingerprint spoofing
browser_spoofer = BrowserSpoofer()
user_agent = browser_spoofer.generate_user_agent(
    browser='chrome',
    os='windows',
    architecture='x64'
)
canvas_fingerprint = browser_spoofer.generate_canvas_noise(level=0.02)

print(f"Generated User-Agent: {user_agent}")
print(f"Hardware Identity: {session.get_current_identity()}")
print(f"Network MAC: {net_spoofer.get_current_mac()}")

# Cleanup on exit
session.cleanup()

CLI Scripting Example

#!/bin/bash
# automated_spoof_session.sh

set -e

PROFILE_DIR="/etc/hardsp00f/profiles"
LOG_DIR="/var/log/hardsp00f"
TIMESTAMP=$(date +%Y%m%d_%H%M%S)

# Generate unique profile for this session
echo "[+] Generating session profile..."
hardsp00f-cli profile generate \
    --cpu-cores 8 \
    --memory-gb 16 \
    --network-vendor "Intel Corporation" \
    --output "$PROFILE_DIR/session_${TIMESTAMP}.yaml"

# Start daemon with generated profile
echo "[+] Starting spoofing daemon..."
sudo hardsp00fd \
    --profile "$PROFILE_DIR/session_${TIMESTAMP}.yaml" \
    --mode adaptive_multiplex \
    --persistence session_bound \
    --log "$LOG_DIR/session_${TIMESTAMP}.log" \
    --daemonize

# Wait for daemon initialization
sleep 5

# Verify spoofing is active
echo "[+] Verifying spoofing status..."
if sudo hardsp00fd --status | grep -q "Active"; then
    echo "[✓] Spoofing daemon active"
else
    echo "[✗] Failed to start daemon"
    exit 1
fi

# Show current identities
echo "[+] Current spoofed identities:"
hardsp00f-cli interface status

# Run protected operation
echo "[+] Running protected operation..."
# Your actual workload here
# Example: curl, nmap, or application execution

# Cleanup
echo "[+] Cleaning up..."
sudo hardsp00fd --stop
rm -f "$PROFILE_DIR/session_${TIMESTAMP}.yaml"

echo "[✓] Session complete"

Advanced Profile Generation with AI

#!/usr/bin/env python3
import os
from hardsp00f.ai import LLMProfileGenerator

# Use AI to generate contextual profile
generator = LLMProfileGenerator(
    provider='openai',
    api_key=os.getenv('OPENAI_API_KEY'),
    model='gpt-4-turbo-2026'
)

# Generate profile based on target environment
profile = generator.generate_profile(
    context={
        'target_region': 'North America',
        'target_platform': 'Windows 11',
        'target_application': 'Web Browser',
        'stealth_level': 'high',
        'session_duration': '4 hours'
    },
    output_path='/tmp/ai_generated_profile.yaml'
)

print(f"Generated profile: {profile.name}")
print(f"Entropy score: {profile.entropy_score}")
print(f"Anomaly risk: {profile.anomaly_risk}")

# Validate profile before use
validation_result = profile.validate()
if validation_result.is_valid:
    profile.save('/etc/hardsp00f/profiles/ai_stealth.yaml')
    print("[✓] Profile saved and ready for use")
else:
    print(f"[✗] Validation failed: {validation_result.errors}")

Common Patterns

Session-Based Spoofing

# Start session
SESSION_ID=$(sudo hardsp00fd --start --profile stealth.yaml --output-session-id)

# Perform operations
curl -x socks5://localhost:9050 https://example.com

# End session and auto-cleanup
sudo hardsp00fd --stop-session "$SESSION_ID" --secure-wipe

Interface-Specific Spoofing

from hardsp00f import InterfaceManager

# Spoof only wireless interface
mgr = InterfaceManager()
wlan = mgr.get_interface('wlan0')
wlan.spoof_mac(strategy='rotating', interval=300)
wlan.spoof_hostname('random-device-{timestamp}')

# Keep wired interface unchanged
eth = mgr.get_interface('eth0')
eth.set_passthrough(True)

Browser Integration

from selenium import webdriver
from hardsp00f.browser import ChromeSpoofer

# Configure Chrome with spoofed fingerprint
spoofer = ChromeSpoofer()
chrome_options = spoofer.get_spoofed_options(
    user_agent='auto',
    canvas_noise=0.02,
    webgl_vendor='Intel Inc.',
    screen_resolution='1920x1080'
)

driver = webdriver.Chrome(options=chrome_options)
driver.get('https://browserleaks.com/canvas')

Multi-Interface Rotation

# rotation_profile.yaml
profile:
  name: "rotation_mode"
  spoofing_strategy:
    rotation:
      enabled: true
      interfaces: ["eth0", "wlan0"]
      interval_seconds: 600
      strategy: "round_robin"  # round_robin | random | weighted
      preserve_connectivity: true

Troubleshooting

Kernel Module Not Loading

# Check kernel compatibility
uname -r
modinfo hardsp00f

# Rebuild for current kernel
cd kernel-module
make clean
make KVER=$(uname -r)
sudo make install

# Check dmesg for errors
dmesg | grep hardsp00f

# Load with debug output
sudo modprobe hardsp00f debug=1

MAC Address Not Changing

# Check interface state
ip link show eth0

# Bring interface down before spoofing
sudo ip link set eth0 down
sudo hardsp00f-cli interface spoof eth0 --mac random
sudo ip link set eth0 up

# Verify change
ip link show eth0 | grep ether

# Check for NetworkManager interference
sudo systemctl stop NetworkManager
sudo hardsp00f-cli interface spoof eth0 --mac random
sudo systemctl start NetworkManager

Daemon Crashes or Hangs

# Enable debug logging
sudo hardsp00fd --stop
sudo hardsp00fd --profile default.yaml --verbose 5 --log /tmp/debug.log

# Check resource usage
ps aux | grep hardsp00fd
cat /proc/$(pgrep hardsp00fd)/status

# Generate diagnostic bundle
sudo hardsp00fd --diagnose --output /tmp/hardsp00f_diag.tar.gz

# Check for conflicts with other security tools
lsmod | grep -E 'hardsp00f|macchanger|spooftooph'

DNS Resolution Issues

# Verify DNS spoofing status
sudo hardsp00f-cli dns status

# Temporarily disable DNS spoofing
sudo hardsp00f-cli dns disable

# Check resolver list
cat /etc/resolv.conf

# Test DNS resolution
dig @8.8.8.8 example.com

# Re-enable with specific resolvers
sudo hardsp00f-cli dns enable --resolvers 1.1.1.1,8.8.8.8

Permission Denied Errors

# Verify running as root
whoami

# Check file permissions
ls -la /etc/hardsp00f/
ls -la /var/log/hardsp00f/

# Fix permissions
sudo chown -R root:root /etc/hardsp00f
sudo chmod 700 /etc/hardsp00f
sudo chmod 600 /etc/hardsp00f/profiles/*.yaml

# Check capabilities
getcap /usr/bin/hardsp00fd
# Should show: cap_net_admin,cap_net_raw+ep

# Add capabilities if missing
sudo setcap cap_net_admin,cap_net_raw+ep /usr/bin/hardsp00fd

Profile Validation Failures

#!/usr/bin/env python3
from hardsp00f import ProfileValidator

validator = ProfileValidator()
result = validator.validate_file('/etc/hardsp00f/profiles/custom.yaml')

if not result.is_valid:
    print("Validation errors:")
    for error in result.errors:
        print(f"  - {error.field}: {error.message}")
    
    # Auto-fix common issues
    fixed_profile = validator.auto_fix(result.profile)
    fixed_profile.save('/etc/hardsp00f/profiles/custom_fixed.yaml')
    print("Fixed profile saved")

Security Considerations

• Root Access Required: Most operations require root/administrator privileges
• Legal Compliance: Only use on systems you own or have authorization to test
• Session Isolation: Use session_bound persistence mode for maximum security
• Entropy Quality: Verify entropy source is hardware-based for best randomization
• Log Management: Regularly rotate and securely delete logs containing spoofed identities
• API Keys: Store all API keys in environment variables, never in profiles or code

# Secure environment setup
export HARDSP00F_API_KEY=$(cat /secure/storage/api_key.txt)
export OPENAI_API_KEY=$(cat /secure/storage/openai_key.txt)
export ANTHROPIC_API_KEY=$(cat /secure/storage/claude_key.txt)

# Launch with secure environment
sudo -E hardsp00fd --profile secure.yaml