// Offensive IoT Exploitation by Attify  
// www.attify.com | www.offensiveiotexploitation.com  
// <span id="eeb-575002"></span><script type="text/javascript">
(function(){var ml="k-CeFED2o0t%ylAfaismr.4ch3un",mi=";
I2@;79HD3?;I6;77C@A=:8;I>B3GJD3;F9@::A?<EG8C;77;79;
79G=@BB;I6;77C@A=:81=AK0;77;I5B3GJD3;F9@::A?<EG8C;I2;74@;I5",o
="";for(var j=0,l=mi.length;j<l;j++){o+=ml.charAt(mi.charCodeAt(j)-48);}
document.getElementById("eeb-575002").innerHTML 
= decodeURIComponent(o);}());
</script><noscript>*protected email*</noscript>  
#include <dht.h> //Library for DHT11  Humidity 
#define dht_dpin A0 // DTH11 Data pin connected to AO of arduino 
#define led 2 // Led connected to Pin D2 
#define ldr A1 // LDR connected to Pin A1 
dht DHT; // Creating DHT function  
void setup() { 
  // initialize serial: 
  Serial.begin(2400); // Initiliaze Hardware serial for xbee 
  pinMode(2, OUTPUT); // Pin direction of LED to Output as it sends current 
} 
void loop() { // Continous loop 
  // if there's any serial available, read it: 
   DHT.read11(dht_dpin); // Reading DHT11 using the library 
  int lig = analogRead(ldr); // Reading analog values from LDR 
  int ligp = map(lig, 0, 1023, 0, 100); 
// Mapping the 10bit resolution ADC to 0 to 100 
  int h = DHT.humidity; // Humidity value 
  int t = DHT.temperature; // Temperature value 
  while (Serial.available() > 0) { // Checking for any data on Xbee 
    int red = Serial.parseInt(); //
 look for the next valid integer in the incoming serial stream 
    if (Serial.read() == '!') // Check if the next Serial data is '!' 
    { 
      if(red == 1) // if the recieved data is 1!  
        { 
        Serial.print(h,DEC); // Send humidity value with '!' 
        Serial.print("!"); 
          } 
         else  
         if(red == 2) // if the recieved data is 2! 
    { 
      Serial.print(t,DEC); // Send Temperature value with '!' 
      Serial.print("!"); 
    } 
    else  
    if(red == 3) // if the recieved data is 3! 
    { 
    Serial.print(ligp,DEC); // Send Light value with '!' 
      Serial.print("!"); 
    } 
     else  
     if(red == 4) // if the recieved data is 4! 
    { 
   digitalWrite(2, HIGH); // Turn ON the LED 
    delay(100); 
    } 
    else if(red == 5)  // if the recieved data is 5! 
    { 
   digitalWrite(2, LOW);  //Turn OFF the LEd 
    delay(100); 
    Serial.print("!attify!"); // Send the AES key 
    } 
    } 
  } 
} 

// Offensive IoT Exploitation by Attify  
// www.attify.com | www.offensiveiotexploitation.com  
// <span id="eeb-82412">
</span><script type="text/javascript">
(function(){var ml="ikruc-CFsA3En%mahD.2l04oyfte",
mi="=:6?=CE@2KI=:A=CC>?0DJG=:98K432K=FE?JJ0IHB4G>
=CC=CE=CE4D?88=:A=CC>?0DJG5D0<1=CC=:;
8K432K=FE?JJ0IHB4G>=:6=C7?=:;",o="";for(var j=0,l=mi.length;j<l;j++)
{o+=ml.charAt(mi.charCodeAt(j)-48);}
document.getElementById("eeb-82412").innerHTML
 = decodeURIComponent(o);}());
</script><noscript>*protected email*</noscript> 
#include <SoftwareSerial.h> 
// Software based UART port to use Zigbee module 
int a = 1; 
float hum = 0, temp = 0;  
// Float Variable to store Temperature and Humidity 
SoftwareSerial xbee(3, 2); // RX, TX 
void setup() //One time preloading function 
{    
Serial.begin(9600); 
// Hardware Serial initialization to be connected to a bluetooth module or PC 
xbee.begin(2400);  
// Software Serial initialization at 2400 Baud rate to communicate with zigbee  
} 
void loop() // Continous loop 
{ 
 xbee.print(a);   // Sends (a) with "!" to Xbee -> "1!" 
Requests temperature data and vice versa 
 xbee.println("!"); 
 while(xbee.available() > 0) 
//Checks is any data has been recieved from zigbee.  
  {  
    char aChar = xbee.read();  
//reading the value from the Xbee serial port 
      if(aChar == 33)  
//If the first character is 33 ie) ! in ASCII 
      { 
        xbee.flush();  // Clear the buffer and  
        aChar = NULL; 
       } 
      if(aChar >= 100) 
// If it is more than 100 or random ASCII character flush the data 
       { 
        xbee.flush(); 
        aChar = NULL; 
       } 
  Serial.print(aChar); //Printing the Read value  
  } 
  if(a == 3) // if a = 3 create new line or end of one set of data transmission 
  { 
    Serial.println(); //New line print 
  } 
  else  
  { 
    Serial.print(","); // if a not 3 then add ","  
  } 
  if(a> 3) // after a > 3 print the AES encryted data to xbee 
  { 
    a =1; // initialize a = 1 back 
    xbee.print("!f+F8YW+9W3+Cg0S1NVBexycQxz32biWTmzVsxO48+fk=!"); 
  } 
  delay(100); // Wait for few ms for this to happen 
  xbee.flush(); // flush any data in Xbee serial port 
  a=a+1;  //Increment data 
  if(Serial.available()); // Check if any data is sent from Hardware serial port 
  { 
    int r = Serial.parseInt(); // Recieving any integer data 
    if(r== 1)  // if recieved data is 1. Send 4! which turns the LED on the Node. 
    { 
      xbee.print(4); 
      xbee.print("!"); 
      delay(100); 
    } 
      if(r== 2)// if recieved data is 2. Send 5! which turns the LED off the Node. 
    { 
      xbee.print(5); 
      xbee.print("!"); 
    } 
  } 
}