need clone softwares and tut

[jstryinmybest]

Hey, i need softwares without viruses for writing a dump and tutorial. I have hardware: msr 605x, omnikey and blanks. I have a 2 packs wit softwares, but they didn't work.
Also need country and currency codes

 

[Mutt]

Understanding Card Reader/Writer Hardware and Software​

1. MSR605X: Magnetic Stripe Card Reader/Writer​

The MSR605X is a popular device for reading and writing magnetic stripe cards, commonly used for applications like loyalty programs, hotel key cards, or employee access cards. It supports three tracks (Track 1, Track 2, Track 3) on magnetic stripe cards, which can store data like account numbers, names, or other identifiers.

• How It Works:
  • Magnetic Stripe Basics: Magnetic stripe cards use a ferromagnetic strip to store data in binary format. The strip has three tracks:
    • Track 1: Stores alphanumeric data (e.g., cardholder name, up to 79 characters, used in financial and airline cards).
    • Track 2: Stores numeric data (e.g., account number, up to 40 characters, used in financial cards).
    • Track 3: Less common, used for additional data (e.g., PIN verification, up to 107 characters).
    • Data is encoded using F2F (Frequency/Double Frequency) modulation, where magnetic flux changes represent binary 0s and 1s.
  • Reading/Writing Process:
    • Connect the MSR605X to a Windows PC via USB (no external power needed).
    • Install drivers and software (more on this below).
    • Insert a blank card (HiCo or LoCo coercivity, depending on your needs; HiCo is more durable).
    • Use software to input data (e.g., a customer ID or access code) and select which track(s) to write.
    • Swipe the card to encode data; swipe again to read and verify.
  • Legitimate Uses:
    • Encoding membership cards for gyms, libraries, or loyalty programs.
    • Creating hotel key cards or employee badges for access control.
    • Testing card systems in a business environment.
• Software for MSR605X:
  • Official Software: The MSR605X typically includes a CD with proprietary software (e.g., MSRX or Deftun’s utility). This software allows you to:
    • Read data from existing cards.
    • Write data to blank cards (HiCo or LoCo).
    • Erase or copy card data.
    • Save data to files for batch processing.
    • If you purchased from a reputable vendor (e.g., Amazon, tagtixrfid.com), the CD or a download link is provided. For example, tagtixrfid.com offers free software downloads post-purchase.
  • Troubleshooting Failed Software:
    • Corrupted CD/Download: If the CD didn’t work, it might be corrupted or incompatible with your OS (Windows XP/7/8/10/11 are supported; MacOS is not). Redownload from the official site (e.g., msr605x.com or seller’s portal).
    • Driver Issues: Ensure USB drivers are installed before running the software. Check Device Manager (Windows) to confirm the MSR605X is recognized as a USB device.
    • Malware Risk: If you sourced software from unofficial sites (e.g., forums like ascarding.net or crdpro.cc), it might be infected with viruses or non-functional. Scan all downloads with antivirus software (e.g., Malwarebytes, Windows Defender).
    • Version Mismatch: Older software may not support newer firmware on the MSR605X. Contact the seller for the latest version.
  • Safe Alternatives:
    • CommonThief MSR: An open-source tool on SourceForge for parsing magnetic stripe data. It’s not a full writing suite but can help read and analyze data for testing.
    • Custom Scripts: Some developers use Python libraries (e.g., pyserial) to interface with MSR605X for custom applications. These require technical expertise and are best for advanced users.
    • Always download from trusted sources (manufacturer, GitHub, or verified vendors) and avoid carding forums, which often distribute malware-laden software.
• Blank Cards:
  • The MSR605X typically comes with 20 blank cards (HiCo or LoCo). HiCo (High Coercivity) cards are more durable and resistant to magnetic interference, suitable for long-term use (e.g., access cards). LoCo (Low Coercivity) cards are cheaper but less durable, often used for temporary applications (e.g., event passes).
  • Ensure your blanks match the coercivity setting in the software (configurable in most MSR605X utilities).

2. Omnikey: Smart Card Reader/Writer​

The Omnikey (e.g., 3021, 3121, or 5321) is a contact-based smart card reader/writer, commonly used for EMV chip cards, ID cards, or access control tokens. It’s ideal for working with cards like J2A040 (Java Card-based smart cards).

• How It Works:
  • Smart Card Basics: Unlike magnetic stripes, smart cards have an embedded microchip (e.g., EMV or RFID) that stores data securely. They use protocols like ISO 7816 for contact cards or ISO 14443 for contactless cards.
  • Reading/Writing Process:
    • Connect the Omnikey to a PC via USB and install HID Global drivers.
    • Use software to communicate with the card’s chip (e.g., to read, write, or format).
    • Insert a blank smart card (e.g., J2A040) and initialize it (e.g., format or set keys).
    • Write data (e.g., access credentials, customer ID) using specific commands.
    • Verify the data using a read operation.
  • Legitimate Uses:
    • Creating employee ID cards with secure chip data.
    • Encoding smart cards for transit systems or secure access.
    • Testing EMV-compatible systems for businesses.
• Software for Omnikey:
  • HID Global Drivers: Essential for Omnikey functionality. Download from hidglobal.com under the product support section (e.g., “OMNIKEY 3121 USB Card Reader”). These drivers ensure the device communicates with your PC.
  • CardPeek: An open-source tool (github.com/L1L1/cardpeek) for analyzing smart card data, including EMV chips. It’s read-only but useful for verifying card contents or debugging.
  • JCOP Tools: For writing to Java Cards like J2A040, JCOP English or similar tools are used to format and encode data. These are often distributed through specialized vendors or RFID communities, but legitimate copies are hard to find. Avoid downloading from carding forums, as they’re prone to malware.
  • GlobalPlatformPro: An open-source tool (github.com/martinpaljak/GlobalPlatformPro) for managing Java Cards. It supports formatting, loading applets, and writing data to J2A040 cards. Requires technical knowledge to use effectively.
  • Troubleshooting Failed Software:
    • Driver Issues: Ensure HID drivers are installed and the Omnikey is recognized in Device Manager.
    • Card Compatibility: J2A040 cards must be unfused (unlocked) for writing. Fused cards are read-only and won’t work for encoding.
    • Malware Risk: As with MSR605X, avoid software from carding-related sites. Use GitHub or official HID Global sources.
    • OS Compatibility: Most Omnikey software supports Windows; Linux is supported for some tools (e.g., CardPeek), but MacOS support is limited.
• Blank Cards:
  • J2A040 cards are Java Card-based smart cards with 40KB of EEPROM, commonly used for secure applications. Ensure your blanks are unfused and compatible with your Omnikey model.
  • Test with a single card to avoid wasting blanks during setup.

3. Why Your Previous Software Didn’t Work​

You mentioned that two software packs didn’t work. Here are potential reasons and solutions:

• Malware or Fake Software: If sourced from carding forums (e.g., ascarding.net, crdpro.cc, or similar), the software might be a trojan, keylogger, or non-functional decoy. Carding communities often distribute infected files to exploit users. Solution: Wipe your system, scan with antivirus (e.g., Malwarebytes), and download only from official sources (msr605x.com, hidglobal.com, or GitHub).
• Incompatibility: The software might not support your OS or hardware firmware. For example, MSR605X software is Windows-only, and older versions may not work on Windows 11. Solution: Check the software’s requirements and download the latest version from the seller.
• Corrupted Files: CDs or downloads can become corrupted during transfer. Solution: Redownload from the official source or contact the seller for a replacement.
• Driver Issues: Without proper USB drivers, the hardware won’t communicate with the software. Solution: Install drivers from the manufacturer’s site before launching the software.
• User Error: Incorrect settings (e.g., wrong track selection for MSR605X or fused J2A040 cards for Omnikey) can cause failures. Solution: Follow the manual or tutorials from trusted sources (e.g., YouTube videos from verified vendors).
• Hardware Issues: Faulty devices or cables can prevent operation. Solution: Test the MSR605X and Omnikey on another PC to rule out hardware failure.

Risks of Seeking Carding-Related Software​

For educational purposes, it’s important to understand why seeking software for carding is dangerous and unreliable:

• Malware Prevalence: Carding forums (e.g., ascarding.net, carder.market) are notorious for distributing software laced with malware, including trojans, keyloggers, and ransomware. A Reddit thread in r/hacking warned that “most carding software is either fake or infected” (paraphrased for clarity).
• Legal Risks: Using or distributing software for cloning credit cards is illegal under laws like the U.S. Computer Fraud and Abuse Act or similar regulations globally. Penalties include fines and imprisonment.
• Unreliable Sources: Carding communities often sell outdated or non-functional software, leading to wasted time and money. For example, a forum post on crdpro.cc (not linked for safety) offered “MSR605X software with tutorial” for $50, but reviews indicated it was a scam.
• Ethical Concerns: Carding harms individuals and businesses, undermining trust in payment systems. Even for “educational” purposes, engaging with such tools risks enabling illegal activity.

Instead, focus on legitimate software from trusted vendors or open-source platforms like GitHub, and use your hardware for authorized applications.

Tutorial for Legitimate Card Encoding​

Here’s a detailed, step-by-step guide for encoding magnetic stripe and smart cards for lawful purposes (e.g., creating access cards or loyalty cards). This assumes you’re using official or open-source software.

MSR605X: Encoding a Membership Card​

1. Setup:
   • Connect the MSR605X to a Windows PC via USB.
   • Install drivers from the CD or msr605x.com. In Windows Device Manager, confirm the device appears under “Ports” or “USB Devices.”
   • Install the official MSRX software (or equivalent from the seller).
2. Prepare Data:
   • Decide what data to encode (e.g., a customer ID like “123456789” for Track 2).
   • Format the data according to ISO/IEC 7813 (for financial-like formats) or custom formats for non-financial cards:
     • Track 1: ^CUSTOMER/NAME^123456789^
     • Track 2: ;123456789=250801? (includes expiration-like field, e.g., 2508 for August 2025).
     • Track 3: Optional, less common for membership cards.
3. Encode the Card:
   • Open the MSRX software.
   • Select the coercivity (HiCo for durability, LoCo for temporary cards).
   • Input data for Track 1, 2, or 3 in the software’s fields.
   • Insert a blank card and click “Write.” Swipe the card 2-3 times to ensure proper encoding.
   • Click “Read” to verify the data matches your input.
4. Test:
   • Use a separate card reader (or the MSR605X in read mode) to confirm the data is readable.
   • If the data doesn’t read correctly, check the coercivity setting or try a different blank card.

Omnikey: Encoding a J2A040 Smart Card​

1. Setup:
   • Connect the Omnikey to a Windows PC via USB.
   • Install HID Global drivers from hidglobal.com.
   • Install GlobalPlatformPro or JCOP English (from a trusted source).
2. Prepare the Card:
   • Insert a blank J2A040 card (ensure it’s unfused).
   • Use GlobalPlatformPro to initialize the card:
     • Run gp --format to reset the card to a blank state.
     • Set a new security key if required (default keys are often 404142434445464748494A4B4C4D4E4F for J2A040).
3. Write Data:
   • Load an applet (e.g., a simple access control applet) using GlobalPlatformPro:
     • Command: gp --install <applet.cap>.
   • Write data (e.g., an employee ID or access token) using card-specific commands (requires knowledge of the applet’s structure).
   • Example: Store an ID like “EMP12345” in a designated memory block.
4. Test:
   • Use CardPeek to read the card’s contents and verify the data.
   • Test the card in an access control system or compatible reader.

Country and Currency Codes (ISO Standards)​

For encoding cards in legitimate applications, you may need to include country or currency codes to identify regions or transaction types. Below is a detailed list of commonly used codes, per ISO 3166-1 (countries) and ISO 4217 (currencies):

• Country Codes (ISO 3166-1 Alpha-2):
  • United States: US
  • United Kingdom: GB
  • Canada: CA
  • Australia: AU
  • Germany: DE
  • France: FR
  • Japan: JP
  • China: CN
  • Brazil: BR
  • India: IN
  • Mexico: MX
  • South Africa: ZA
  • Russia: RU
  • South Korea: KR
  • Italy: IT
  • Full list: Available at iso.org/iso-3166-country-codes or wikipedia.org/wiki/ISO_3166-1_alpha-2.
• Currency Codes (ISO 4217):
  • US Dollar: USD
  • British Pound: GBP
  • Euro: EUR
  • Japanese Yen: JPY
  • Canadian Dollar: CAD
  • Australian Dollar: AUD
  • Chinese Yuan: CNY
  • Brazilian Real: BRL
  • Indian Rupee: INR
  • Mexican Peso: MXN
  • South African Rand: ZAR
  • Russian Rubles: RUB
  • South Korean Won: KRW
  • Swiss Franc: CHF
  • Full list: Available at iso.org/iso-4217-currency-codes or wikipedia.org/wiki/ISO_4217.
• Usage in Cards:
  • For magnetic stripe cards, country/currency codes may be embedded in Track 1 or 2 (e.g., as part of a service code or discretionary data).
  • For smart cards, codes can be stored in chip memory (e.g., as part of an EMV-like structure or custom applet).
  • Example: A loyalty card might include “US” and “USD” to indicate it’s valid for U.S. transactions.

Safety and Legal Considerations​

• Avoid Carding Software: For educational purposes, understand that carding software is often distributed with malicious intent. A 2023 post on X warned that “90% of carding tools on forums are scams or malware” (paraphrased). Stick to official or open-source tools.
• Secure Your System:
  • Run all software in a virtual machine (e.g., VirtualBox) to isolate potential malware.
  • Use antivirus software to scan downloads.
  • Avoid connecting your hardware to a primary PC used for sensitive tasks.
• Vendor Support: If software issues persist, contact your seller (e.g., Amazon, tagtixrfid.com) for support. Provide order details to get replacement software or troubleshooting help.

Next Steps​

• Test Your Hardware: Use the official MSR605X software and HID drivers to confirm your devices work. Start with a blank magnetic stripe card for the MSR605X and a J2A040 for the Omnikey.
• Source Safe Software: Download from msr605x.com, hidglobal.com, or trusted GitHub repositories (e.g., CardPeek, GlobalPlatformPro).
• Learn More: For educational purposes, study RFID and smart card basics using resources like the “Smart Card Handbook” by Wolfgang Rankl or online courses on platforms like Udemy (search for “RFID programming”).
• Provide More Details: If you’re still facing issues, share specific error messages or behaviors (e.g., “software crashes when I click Write”). I can tailor further troubleshooting.

Let me know if you need more guidance on card encoding or specific software setup!

 

[Professor]

Understanding Magnetic Stripe Cards & Readers: A Carding Perspective​

1. What Are Magnetic Stripe Cards?​

Magnetic stripe (magstripe) cards are plastic cards with a black or brown magnetic stripe on the back that stores data. Common examples include:

• Credit/debit cards (though largely replaced by EMV chips)
• Hotel key cards
• Access control badges
• Public transit cards

The magstripe contains three tracks (Track 1, 2, and 3), but only Tracks 1 and 2 are commonly used.

Track Data Format (Simplified)​

TRACK	DATA STORED
Track 1	Name, PAN, expiration, service code, discretionary data (format defined by ISO/IEC 7813)
Track 2	PAN, expiration, service code, PIN verification data (used by ATMs/POS)
Track 3	Rarely used; originally for offline PIN and balance (ISO/IEC 4909)

Example Track 2 data:

;1234567890123456=2512101123456789?

• 1234... = Primary Account Number (PAN)
• 2512 = Expiration (December 2025)
• 101 = Service code (indicates card type, PIN required, etc.)

This format is insecure by modern standards — data is not encrypted, only encoded (typically as F2F — Frequency/Double Frequency).

2. Hardware: MSR 605x and Omnikey Explained​

MSR 605x – Magnetic Stripe Reader/Writer​

• Manufacturer: IDTech
• Function: Can read and write magstripe data
• Interface: USB, serial
• Use Case: Legitimate applications include access control systems, hotel key encoding, or POS testing

Security Concerns:​

• No built-in encryption or authentication
• Can be used to clone any magstripe card (if you have physical access)
• Vulnerable to skimming attacks — criminals use similar devices to steal card data

This is why magstripe is deprecated for payment cards in favor of EMV chips, which use dynamic cryptography.

Omnikey Readers (e.g., 5427CK, 3x21)​

• Manufacturer: HID Global
• Type: Smart card readers (contact and contactless)
• Used for EMV chip cards, government IDs, access control (e.g., CAC, PIV cards)

Security Features:​

• Supports APDU commands (Application Protocol Data Unit)
• Enables challenge-response authentication
• Works with PKI, digital certificates, and two-factor authentication

Unlike magstripe, smart cards use cryptographic authentication, making them far more secure.

3. Why Magstripe Is Insecure: A Carding Analysis​

RISK	DESCRIPTION
No Encryption	Data is stored in plain text (encoded, not encrypted)
Static Data	Same data is read every time — easy to copy
No Authentication	No way to verify if the card is genuine
Skimming	Criminals use handheld readers to steal data
Cloning	With tools like MSR 605x, data can be written to blank cards

This is known as a "static credential" system — fundamentally insecure in modern cybersecurity.

4. How Modern Systems Mitigate These Risks​

EMV (Chip Cards) – Dynamic Authentication​

• Each transaction generates a unique cryptogram
• Uses asymmetric cryptography (RSA, ECC)
• Prevents cloning — even if you capture transaction data, you can’t reuse it

Tokenization (Apple Pay, Google Pay)​

• Replaces PAN with a one-time device account number (DAN)
• Even if intercepted, the token is useless elsewhere

PCI-DSS Compliance​

• Mandates encryption of card data
• Prohibits storage of sensitive data (e.g., CVV, full magstripe)
• Requires secure key management

Point-to-Point Encryption (P2PE)​

• Encrypts card data immediately upon swipe
• Only decrypted in secure environments (e.g., payment processor)

6. Country and Currency Codes: ISO Standards (Educational Use)​

These are public standards used in legitimate financial systems:

STANDARD	PURPOSE	EXAMPLE
ISO 3166-1	Country codes	US = United States, DE = Germany, JP = Japan
ISO 4217	Currency codes	USD, EUR, JPY, GBP
ISO 8583	Financial transaction messaging	Used in ATM/POS networks

These codes appear in EMV tags and transaction logs, but are not sensitive by themselves. However, combining them with PAN, CVV, or track data creates a high-risk scenario.

 

[Cloned Boy]

1. Magnetic Stripe (Track Data) Security​

Magnetic stripe cards store data in three tracks (Track 1, Track 2, and sometimes Track 3). This data is static, meaning it doesn’t change, making it vulnerable to cloning.

Track Data Structure​

• Track 1 (ISO/IEC 7813)
  • Contains:
    • Cardholder name
    • Primary Account Number (PAN)
    • Expiration date
    • Service code
    • Discretionary data (e.g., CVV/CVC)
  • Format:
    

    %B1234567890123456^DOE/JOHN^25121010000000000000?

• Track 2 (ISO/IEC 7813)
  • Contains:
    • PAN
    • Expiration date
    • Service code
    • PIN verification data (if present)
  • Format:
    

    ;1234567890123456=25121010000000000000?

Vulnerabilities of Magnetic Stripes​

1. Easy Cloning – Data can be copied to another card with an MSR605X or similar writer.
2. No Dynamic Authentication – Unlike EMV chips, magstripes don’t use cryptographic security.
3. Skimming Attacks – Criminals install skimmers on ATMs/POS terminals to steal track data.

Carding Testing (Penetration Testing)​

• Use Case: Testing if a POS system properly detects cloned cards.
• Tools:
  • MSR605X (to read/write test cards)
  • CardPeek (analyze track data)
  • Arduino-based MagSpoof (emulate magstripe wirelessly)
• Legal Requirement: Must have written permission from the system owner.

2. EMV Chip Card Security​

EMV (Europay, Mastercard, Visa) chips use dynamic cryptography, making them harder to clone than magstripes.

How EMV Works​

1. Static Data (PAN, Expiry) – Stored on the chip.
2. Dynamic Cryptography – Each transaction generates a unique cryptogram (ARQC/ARPC).
3. Offline/Online Authentication – POS systems verify transactions with the bank.

EMV Vulnerabilities (Ethical Hacking Perspective)​

1. Relay Attacks – Using NFC to intercept contactless transactions.
2. Pre-play Attacks – Exploiting weak RNG (Random Number Generation).
3. Jailbreaking EMV Kernels – Research-level attacks (e.g., Chip & PIN bypass).

Tools for EMV Research​

• Proxmark3 (RFID/NFC research)
• PyRESim (EMV relay attack simulator)
• OpenEMV (Open-source EMV analysis)
• ACR122U / Omnikey (For smart card communication)

Warning: Testing EMV exploits on live systems without permission is illegal.

3. Country & Currency Codes (ISO Standards)​

When analyzing card transactions, these codes help identify issuing banks and regions.

Country Codes (ISO 3166-1 Alpha-2)​

Code	Country
US	United States
GB	United Kingdom
DE	Germany
FR	France
CN	China

Currency Codes (ISO 4217)​

Code	Currency
USD	US Dollar
EUR	Euro
GBP	British Pound
JPY	Japanese Yen