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##
1		##
2		## NanoHoneyPot V2 written 011317:0056 by BJP
3		##
4		## NanoHoneyPot V2 is a simple Arduino-based honeypot that
5		## utilizes the on-board serial port to produce a realistic
6		## looking 1980's era bank credit card processing gateway
7		## that has been seemingly exposed to the internet. The
8		## goal here is to lure would-be hackers into wasting their
9		## time on the promise of a big score. Properly deployed,
10		## this sketch also has an interesting educational value;
11		## you'll get to see just how quickly (and how often!) a
12		## system placed on the internet is subject to intrusion
13		## attempts.
14		##
15		## NanoHoneyPot V2 Features:
16		##
17		## Upper-case only text for added old-sk00l realism! :)
18		## Beautifully slow 1200 baud output!
19		## Archaic-looking fake error messages!
20		## Realistic input processing delay times!
21		## Scary FDIC anti-hacking deterrant message!
22		##
23		## Requirements:
24		##
25		## o A white hat. ;)
26		## o A bowl of popcorn.
27		## o A willingness to watch hackers fail.
28		## o An Arduino Uno or better.
29		## o A 1602-compatible 16x2 LCD screen (edit pins to taste..)
30		## o A Linux box of some sort running tcpser at 1200 bps:
31		## Ex: tcpser -I -i "s0=1" -tiI -d/dev/ttyACM0 -s1200 -p6400
32		## o The port of your choice opened on your router/firewall,
33		## and NAT'ed to port 6400 on the box running tcpser.
34		##
35		## Usage:
36		##
37		## Compile and push this sketch to an Arduino with a 16x2 LCD
38		## with the correct pinout for the LCD (see below)
39		## Then, connect the Arduino via USB to a Linux host.
40		## As root on the Linux host, run tcpser against the device
41		## node your Arduino ends up enumerating as (/dev/ttyACM0,
42		## probably) using 1200 bps as a port speed, and whatever
43		## TCP port you want. I'm using 6400 in my example. Then,
44		## at your router/firewall, expose port 23, and have any
45		## TCP/UDP traffic to port 23 redirected to the IP
46		## of your Linux box on port 6400. This will allow your
47		## Arduino honeypot to be visible to the world.
48		##
49
50		#include <LiquidCrystal.h>
51
52		LiquidCrystal lcd(8,9,4,5,6,7);
53		String user;
54		String password;
55		String dump;
56		int attempts=0;
57
58		void setup()
59		{
60		Serial.begin(1200);
61		lcd.begin(16, 2);
62		lcd.clear();
63		lcd.setCursor(0, 0);
64		lcd.print("NanoHoneyPot v2!");
65		lcd.setCursor(0, 1);
66		lcd.print("Status: Waiting");
67		}
68
69		void loop()
70		{
71		while (Serial.available()==0)
72		{
73		delay(100);
74		}
75
76		attempts++;
77		lcd.clear();
78		lcd.setCursor(0, 0);
79		lcd.print("NanoHoneyPot v2!");
80		lcd.setCursor(0, 1);
81		lcd.print("Attempts:");
82		lcd.print(attempts);
83		showBanner();
84		getLogin();
85		getPassword();
86		waitForInput();
87		delay(342);
88		Serial.println("0919-0FF: INVALID CVV ENTRY / 0 OF 394 RECORDS RETURNED ?REENTER");
89
90		}
91
92		void showBanner()
93		{
94		Serial.println(F("\n\n\n\n\n\n\n\n\n\n\n\n\n\nFDIC COLUMBIA SAVINGS AND LOAN CC PROC TELEHUB\n\n"));
95		Serial.println(F("UNAUTHORIZED USE PROHIBITED BY LAW P.L. 81-797, 64 STAT. 783\n\n"));
96		dump=Serial.readString();
97		}
98
99		void waitForInput()
100		{
101		while (Serial.available()==0) {}
102		}
103
104		void getLogin()
105		{
106		Serial.print(F("\nLOGIN: "));
107		waitForInput();
108		user=Serial.readString();
109		user.trim();
110		lcd.clear();
111		lcd.setCursor(0, 0);
112		lcd.print("U:"+user);
113		}
114
115		void getPassword()
116		{
117		Serial.print(F("PASSWORD: "));
118		waitForInput();
119		password=Serial.readString();
120		password.trim();
121		lcd.setCursor(0, 1);
122		lcd.print("P:"+password);
123		}