ATM HACKING – BLANK CARD 2020

£550.00

EVER HEARD OF BLANK ATM ? Yes, Blank atm card are programmed to actually get you money off the ATM by jack-potting . This is the safest way to make money from atm hacking because the cards are not traceable. Tired of fake hackers ? This is the real deal. Buy blank atm and make unlimited money in 2020. Worldwide shipping

BUY BLANK ATM CARD - CLONED DEBITS - MAKE MONEY 2020

WE ARE THE ONLY LEGIT AND VERIFIED SELLERS OF BLANK ATM CARD TO HACK ATM CARD AND WITH WITHDRAW MONEY.

We are a professional carding team with a large ring around the globe. With over 2 million ATM infected with our malware and skimmers, we can grab bank card data which include the track 1 and track 2 with the card pin. We in turn clone this cards using the grabbed data into real ATM cards which can be used to withdraw at the ATM or swipe at stores and POS. We sell these cards to all our customers and interested buyers
worldwide, the card has a daily withdrawal limit of $5,000 on ATM and up to $10,000 spending limit on in stores.

 

WHAT IS BLANK ATM CARD ?

The card is has been programmed with malicious software’s which will enable it hack into the ATM and bring out cash. The card is not traceable and 100% secured. With
this card so many peoples life has been changed and today they have their own families and businesses. This card is programmed in a way that it  cannot be traced in any manner. You have seen that when we withdraw money  from an ATM we get a printed slip which includes money withdrawn, balance  and most important thing is transaction id or transaction number. This card  don’t make a new transaction, it uses previous transaction number to  withdraw any amount of money. No, the person who made the last transaction will not be charged. The purpose behind this is that ATM machine should not  look into our bank account for money. ATM machine gets confused by this and
we are able to withdraw money.

 

PRICE FOR BLANK ATM CARDS  2020:
BALANCE:     PRICE
$10,000:           $500
$20,000:          $1000
$35,000:          $1700
 
$50,000:         $2500
 
$100,000:       $5000
HOW TO BUY ?
YOU CAN BUY AUTOMATICALLY FROM OUR SHOP IF YOU HAVE BITCOIN AS WE ACCEPT BITCOIN PAYMENT ON THE STORE BUT YOU CAN USE OTHER PAYMENT OPTIONS WHEN YOU CONTACT US DIRECTLY.
IF YOU ORDER ONLINE, PROVIDE YOUR SHIPPING ADDRESS ON THE CHECKOUT PAGE. FIND BELOW THE LINKS TO EACH OF THE PRODUCT WITH PRICE SO YOU CAN PURCHASE.

CONTACT US FOR PURCHASE/INQUIRIES, WE RESPOND ALMOST INSTANTLY :

EMAIL: phantomhackings@gmail.com

ICQ: phantomhack202  CLICK HERE

TELEGRAM: @phantomhack202  CLICK HERE

WICKR: phantomhack202 

HACK ATM: ARTICLES

Need cash fast? In 2018, it’s still remarkably easy to hack into an ATM, a new study finds.

Researchers from information-security consulting firm Positive Technologies looked at 11 different models of ATMs made by NCR, Diebold Nixdorf and GRG Banking, set up in 26 different configurations, and found that ATM security is a stinking mess.

Every single ATM the researchers examined was vulnerable to software-based attacks, not all of which involved opening up the ATM cabinet. All gave up customer card data in one way or another; 85 percent, or 22 of 26 ATMs tested, let you hit the jackpot and walk away with stolen cash without cracking open the safe

 

“More often than not, security mechanisms are a mere nuisance for attackers,” the Positive Technologies report, released yesterday (Nov. 13), said. “Our testers found ways to bypass protection in almost every case.”

 

An ATM consists of a computer and a safe enclosed in a cabinet. The computer often runs Windows and has regular keyboard, mouse and network inputs. Open up the cabinet with a drill, a lock pick or a key — one key will often open all units of a given model — and you get physical access to the computer.

The safe contains the cash, and the cash dispenser is directly attached to the safe, which you’d need heavy equipment or explosives to crack open. But Positive Technologies found that the computer, its network connections or the interface connecting the computer to the safe could almost always give you cash or a customer’s ATM-card information.

Before it can give a user cash, the ATM computer must talk to a server at a far-off transaction processing center, using either a wired Ethernet connection or a cellular modem. Some of the connections are dedicated direct links, while others go out over the internet. But not all of them are encrypted.

“Tested ATMs frequently featured poor firewall protection and insufficient protection for data transmitted between the ATM and processing center,” the report noted.

 

Remote ATM attacks

Because of this, not all of the attacks required physical access to the machines. Fifteen out of 26 ATMs failed to encrypt communications with processing servers, although some did so over Ethernet rather than wirelessly. You’d need only to tap into the network traffic, either wired or wirelessly, to grab the card data.

Other models secured the traffic using faulty VPNs whose encryption could be cracked. Some had known security flaws in the network hardware or software that could also be exploited, as not all the ATMs had patched the known flaws.

MORE: CLICK ON THE BLANK ATM CARD TAB, BUY CLONED DEBIT CARDS AND MAKE MONEY IN 2020

On a few machines, the cellular connections to the processing servers could be attacked by using encryption keys found in the modem firmware. Default administrative credentials — username and password were both “root” — gave full Telnet access to one machine, and it was possible to brute-force weak administrative credentials on the same model’s remote web interface.

In both cases, it would be possible to send bogus processor-server responses to the machines, resulting in a cash jackpot.

Physical but non-intrusive ATM attacks

Some ATM models put the Ethernet port on the outside of the cabinet, making it possible to disconnect the cable and plug in a laptop that spoofed a processing server and told the ATM to spit out cash. Known security flaws in the ATM’s network hardware or software could also be exploited, as not all the ATMs had patched known flaws.

Granted, it’s not always easy to hang around an ATM and have enough time to pull off an attack. But the report noted that a crook would need only 15 minutes to access the ATM network connection to the processing center — something that might not be as conspicuous at three in the morning.

Opening up the ATM cabinet

Once you open up the cabinet and get access to the computer’s input ports, there isn’t much between you and a cash jackpot.

“Most tested ATMs allowed freely connecting USB and PS/2 devices,” the report said. “A criminal could connect a keyboard or other device imitating user input.”

When you use an ATM, it’s in “kiosk mode” and you can’t switch to another application. But if you plug in a keyboard, or a Raspberry Pi set up to act like a keyboard, you can use the ATM like a regular computer.

“Exiting kiosk mode was possible in every case with the help of hotkeys,” the report said, and those hotkeys were usually standard Windows combinations such as Alt+F4 to close an active window, or Alt + Tab to switch among open applications.

 

Exiting kiosk mode won’t cough up the cash, but using a keyboard makes it a whole lot more convenient to run malicious commands on the ATM. Since more than half the machines examined ran Windows XP, the 2001 operating system with lots of known vulnerabilities, this wasn’t always hard.

The researchers also found that two machines ran digital video recorder applications in the background to record customer activity. Once out of kiosk mode, the Positive Technologies team brought up the hidden DVR windows by moving a mouse cursor to a corner of the screen. Then they could use the DVR application to erase security footage.

Installing malicious ATM software

Most of the ATMs ran security appications to prevent installation of malicious software. Four of those applications themselves, including two made by McAfee and Kaspersky Lab, had security flaws of their own. Another security application stored an administration password in plaintext.

Once you change the security application’s settings, you can connect directly to the ATM’s hard drive to add malicious programs if the drive isn’t encrypted. The researchers could do this to 24 of the 26 ATMs examined. Buying such malware isn’t cheap — it starts at $1,500 in online criminal forums — but you can use it on one machine or another of the same model.

Or you could just plug in an USB stick to the ATM’s USB port and boot from that. Seven machines let you change the BIOS boot order on the fly. Then you’d get unrestricted access to the ATM’s main hard drive.

Unsafe mode

You could just reboot the machine into a debugging or safe mode, which often led to the jackpot.

“Setting a different boot mode was possible on 88 percent of ATMs,” the report said. “In 42 percent of cases, the testers could develop this attack further and eventually withdraw cash.”

Plugging in an ATM black box

You don’t actually need to access the ATM’s computer to get cash. You can quickly connect a “black box” — a Raspberry Pi or similar machine running modified ATM diagnostic software — directly to the cash dispenser on the safe to make the dispenser vomit banknotes.

Most ATM makers encrypt communications between the ATM computer and the cash dispenser to make this attack theoretically impossible. But half the ATMs that Positive Technologies examined used poor encryption that was easily cracked, and five ATMs had no software protections against black-box attacks at all.

So what’s in it for me?

In the United States, banking regulations protect consumers from liability in almost all forms of ATM cash-grabbing attacks. Your only obligation is to report the theft to your bank as soon as you discover it.

The real risk is to the banking industry, and Positive Technologies said the industry could minimize the amount of theft by insisting that ATM makers encrypt ATM hard drives, strongly encrypt communications with processing servers, upgrade machines to run Windows 10, disable common Windows keyboard commands, lock down BIOS configurations, use better administrative passwords and, last but not least, make the ATM computers harder to physically access.

“Since banks tend to use the same configuration on large numbers of ATMs,” said the report, “a successful attack on a single ATM can be easily replicated at greater scale.”

 

CREDITS: Hacking an ATM Is Shockingly Easy

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