DUMPS 101 and 201

[SERYAN]

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‎Price: (classic/gold&plat/biz etc)
‎
‎-EU 101code: 70$ / 90$ / 110$
‎-EU 201code: 60$ / 70$ / 80$
‎-EU Amex: 60$
‎-Discount and Bonus Supported!!!

Telegram contact: @vi_ttore

 

[SERYAN]

EMV smart cards have replaced magnetic MSR cards in order to somehow complicate the life of carders.
EMV cards store information on a chip in encrypted form, which in theory should complicate the skimming procedure. In addition, it is believed that smart cards are more difficult to clone - since it is problematic to quietly replace the chip on the front side of the card.
However, in practice, it turned out that smart cards are susceptible to the same vulnerabilities as their magnetic predecessors, and even on a wider scale.
In this regard, an expert follow up is highly recommended.

@vi_ttore always ready to assist you

Got free store recommendations for your carding journey

 

[SERYAN]

Hardware:
Magnetic stripe reader/writers (e.g., MSR605X).
Smartcard readers/writers for EMV (e.g., ACR38, Proxmark3 for advanced attacks).
Skimmers or shimmers for data capture.


Software:
Magnetic stripe: MSR software, custom encoding scripts.
EMV: EMV-specific tools (often proprietary or illicit), Java Card programming environments.


Data Sources:
Dumps (Track 1 + Track 2 + PIN) are sold on dark web marketplaces or obtained via skimming.
EMV data requires more sophisticated attacks (e.g., shimming, malware).

And available to guide you in learning and carding recommendations

 

[SERYAN]

Generating Track 1 from Track 2 for a Discover card is technically feasible in a controlled, ethical cybersecurity context but challenging due to missing cardholder names and proprietary discretionary data. For educational purposes, focus on:

• Using test card data from authorized sources.
• 
  
• Employing simulators like neaPay or jPOS for compliance testing.
• 
  
• Understanding ISO 7813 standards to analyze encoding vulnerabilities.

In carding, this knowledge is valuable for testing payment systems, understanding legacy magnetic stripe vulnerabilities, and advocating for secure technologies like EMV. If you’re working on a specific project (e.g., penetration testing a POS system), let me know more details, (@vi_ttore) and I can provide tailored guidance or code snippets for parsing track data ethically.

 

[DenzellServices]

Generating Track 1 from Track 2 for a Discover card is technically feasible in a controlled, ethical cybersecurity context but challenging due to missing cardholder names and proprietary discretionary data. For educational purposes, focus on:

• Using test card data from authorized sources.
• 
  
• Employing simulators like neaPay or jPOS for compliance testing.
• 
  
• Understanding ISO 7813 standards to analyze encoding vulnerabilities.

In carding, this knowledge is valuable for testing payment systems, understanding legacy magnetic stripe vulnerabilities, and advocating for secure technologies like EMV. If you’re working on a specific project (e.g., penetration testing a POS system), let me know more details, (@vi_ttore) and I can provide tailored guidance or code snippets for parsing track data ethically.

Hmmm…

 

[SERYAN]

I have been involved in the carding industry for over a decade, but after a five-year hiatus, I returned to find a completely new process that required adaptation. Before my absence, EMV implementation was incomplete, and the magstripe was a reliable method. I have extensively researched and refined my techniques to optimize the craft's potential. Until recently, the X2 all-in-one solution was widely regarded as the industry standard. I possess four different versions of the X2, each with multiple compatible software programs. However, I have discovered that consistent success requires innovative thinking and improvisation for each situation.

The introduction of X3 presented a learning curve due to its expanded capabilities compared to X2. However, I believe it has the potential to usher in a new era in the industry. I have attached the user's guide for reference, which provides detailed information about the device. One significant change is the discontinuation of the J2A040 card in favor of the J3R180. I intend to experiment with the J3R180 card in conjunction with the X2 to assess any potential improvements in success rates.

I hope this guide proves informative, and I welcome any feedback or insights from colleagues in the field.