S800 Vehicle Network Security Testing

from s800.can_analyzer import CANAnalyzerfrom s800.utils import setup_interface
# Initialize analyzeranalyzer = CANAnalyzer(interface='can0')
# Start capturing trafficanalyzer.start_capture(duration=60)  # Capture for 60 seconds
# Analyze captured framesstats = analyzer.get_statistics()print(f"Total frames: {stats['total_frames']}")print(f"Unique IDs: {stats['unique_ids']}")print(f"Average data rate: {stats['avg_rate']} frames/sec")
# Export captured dataanalyzer.export_pcap('capture.pcap')analyzer.export_csv('capture.csv')

from s800.fuzzer import CANFuzzerfrom s800.payloads import PayloadGenerator
# Initialize fuzzerfuzzer = CANFuzzer(interface='can0')
# Define target CAN ID rangetarget_ids = range(0x100, 0x200)
# Generate mutation-based payloadspayload_gen = PayloadGenerator()payloads = payload_gen.generate_mutations(    base_data=[0x00, 0x01, 0x02, 0x03, 0x04, 0x05, 0x06, 0x07],    mutation_rate=0.3,    count=1000)
# Run fuzzing campaignfuzzer.fuzz(    can_ids=target_ids,    payloads=payloads,    delay=0.01,  # 10ms between frames    monitor=True,  # Monitor for anomalies    callback=lambda result: print(f"Sent: {result}"))

from s800.ecu_scanner import ECUScannerfrom s800.diagnostics import UDSClient
# Scan for active ECUsscanner = ECUScanner(interface='can0')ecus = scanner.scan_range(0x700, 0x7FF)
print(f"Found {len(ecus)} ECUs:")for ecu in ecus:    print(f"  ID: 0x{ecu['id']:03X}, Type: {ecu['type']}")
# Query ECU information via UDS (ISO 14229)uds = UDSClient(interface='can0', ecu_id=0x7E0)
# Read DID (Data Identifier)vin = uds.read_data_by_id(0xF190)  # VINprint(f"VIN: {vin.decode()}")
# Read diagnostic trouble codesdtcs = uds.read_dtc()print(f"Diagnostic Trouble Codes: {dtcs}")

from s800.replay import CANReplayimport time
# Record sessionrecorder = CANReplay(interface='can0')print("Recording traffic... Press Ctrl+C to stop")
try:    recorder.start_recording()    time.sleep(30)  # Record for 30 secondsexcept KeyboardInterrupt:    pass
recorder.stop_recording()recorder.save_session('door_unlock_sequence.s800')
# Replay recorded sessionreplayer = CANReplay(interface='can0')replayer.load_session('door_unlock_sequence.s800')
# Replay with original timingreplayer.replay(preserve_timing=True)
# Replay at faster speedreplayer.replay(speed_multiplier=2.0)
# Replay single frame repeatedlyreplayer.replay_frame(index=15, count=100, interval=0.05)

from s800.mitm import CANBridgefrom s800.filters import MessageFilter
# Create bridge between two CAN interfacesbridge = CANBridge(interface_a='can0', interface_b='can1')
# Define filtering rulesdef modify_speed(msg):    """Modify speed data (example: reduce displayed speed)"""    if msg.arbitration_id == 0x320:  # Speed message ID        # Modify byte 3-4 (speed value)        speed = int.from_bytes(msg.data[2:4], byteorder='big')        new_speed = int(speed * 0.8)  # Reduce by 20%        msg.data[2:4] = new_speed.to_bytes(2, byteorder='big')    return msg
# Add filterbridge.add_filter(modify_speed)
# Block specific messagesbridge.block_id(0x400)  # Block messages with ID 0x400
# Start bridgingbridge.start()

from s800.config import Config
config = Config.load('config.yaml')analyzer = CANAnalyzer(    interface=config.interfaces['primary'],    buffer_size=config.capture['buffer_size'])

from s800.protocols import ProtocolDecoder
class CustomProtocolDecoder(ProtocolDecoder):    """Decode proprietary protocol"""        def decode(self, msg):        if msg.arbitration_id == 0x300:            return {                'type': 'sensor_data',                'temperature': msg.data[0] - 40,  # Offset by 40                'pressure': int.from_bytes(msg.data[1:3], 'big') / 10,                'status': msg.data[3]            }        return None
# Use custom decoderanalyzer = CANAnalyzer(interface='can0')analyzer.add_decoder(CustomProtocolDecoder())analyzer.start_capture()

from s800.ml import AnomalyDetector
# Train baseline modeldetector = AnomalyDetector()detector.train_from_pcap('normal_traffic.pcap')
# Real-time anomaly detectionanalyzer = CANAnalyzer(interface='can0')
def check_anomaly(msg):    if detector.is_anomaly(msg):        print(f"ANOMALY DETECTED: ID=0x{msg.arbitration_id:03X}")        print(f"  Data: {msg.data.hex()}")        # Take action (log, alert, block, etc.)
analyzer.add_callback(check_anomaly)analyzer.start_capture()

from s800.assessment import SecurityAssessment
# Run comprehensive security assessmentassessment = SecurityAssessment(interface='can0')
results = assessment.run_all_tests(    tests=[        'ecu_discovery',        'uds_services',        'authentication_bypass',        'replay_protection',        'fuzzing_resilience'    ],    report_format='html')
assessment.save_report('security_report.html')print(f"Assessment complete. Score: {results['security_score']}/100")

# Always capture baseline before testingbaseline = CANAnalyzer(interface='can0')baseline.start_capture(duration=300)  # 5 minutesbaseline.save('baseline.pcap')
# Run tests# ...
# Compare with baselinetest_capture = CANAnalyzer(interface='can0')test_capture.start_capture(duration=60)diff = test_capture.compare_with('baseline.pcap')print(f"New messages: {diff['new_ids']}")

# Monitor system health during fuzzingfrom s800.monitoring import SystemMonitor
monitor = SystemMonitor(interface='can0')fuzzer = CANFuzzer(interface='can0')
monitor.add_safety_check('ecu_response', timeout=5.0)monitor.add_safety_check('error_frames', threshold=10)
fuzzer.set_safety_monitor(monitor)fuzzer.fuzz(can_ids=[0x100], payloads=payloads, emergency_stop=True)

# Verify bitrate matches vehiclesudo ip link set can0 type can bitrate 500000
# Check for bus-off statecandump can0 -e  # Show error frames
# Test with cansendcansend can0 123#DEADBEEF

# Limit capture rateanalyzer = CANAnalyzer(interface='can0', filter_ids=[0x100, 0x200])
# Use hardware filtering if availableanalyzer.set_hardware_filter(mask=0x700, match=0x300)