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Cloning HID SEOS Cards and Fobs with LAB401 ICS Decoder for iClass SE / SEOS

Imagine a world where you can easily duplicate your HID SEOS cards and fobs for enhanced security, cost savings, and streamlined access management.

Well, the LAB401 cloner “ICS Decoder for iClass® SE / SEOS” makes this a reality.

In this article, we will discuss what HID SEOS cards and fobs are, introduce the LAB401 ICS Decoder, and explore the cloning process, benefits, potential risks, precautions, and alternative.

HID SEOS Cards and Fobs

What are HID SEOS Cards and Fobs?

HID SEOS cards and fobs are supposedly cutting-edge, secure access control solutions used by businesses, educational institutions, and government agencies to grant access to restricted areas, data, or resources.

These cards and fobs utilize proprietary encryption and mutual authentication techniques to supposedly prevent unauthorized access.

Applications of HID SEOS Cards and Fobs

HID SEOS cards and fobs have diverse applications, including:

  1. Physical access control for buildings, offices, and restricted areas
  2. Logical access control for computer systems, networks, and data
  3. Secure printing and document management
  4. Time and attendance tracking
  5. Cashless vending and payment systems

LAB401 ICS Decoder for iClass SE / SEOS

LAB401: An Introduction

LAB401 is a leading provider of security research tools and hardware hacking equipment.

Their ICS Decoder for iClass® SE / SEOS is a powerful, user-friendly device designed to clone HID SEOS cards and fobs easily and effectively.

Key Features of the LAB401 ICS Decoder

Some of the key features of the LAB401 ICS Decoder include:

  1. Compatibility with iClass® SE / SEOS cards and fobs
  2. Easy-to-use, step-by-step
  3. cloning process 3. Automatic identification of card or fob type
  1. Secure, encrypted data storage
  2. Firmware upgradability for future enhancements

Cloning Process Using the LAB401 ICS Decoder


Before starting the cloning process, ensure that you have the original HID SEOS card or fob, a blank card or fob, and the LAB401 ICS Decoder.

Reading and Decoding

First, connect the LAB401 ICS Decoder to your computer using the provided USB cable.

Next, place the original HID SEOS card or fob on the device’s reader.

The ICS Decoder will automatically identify the card or fob type and read its data.

Once the data is successfully read, the device will decrypt and store the information securely.

Writing and Cloning

With the original card or fob’s data securely stored, place the blank card or fob on the LAB401 ICS Decoder. The device will then write the decoded data onto the new card or fob, effectively creating a perfect clone of the original.

Potential Risks and Precautions

Security Concerns

Cloning HID SEOS cards and fobs presents potential risks if unauthorized individuals gain access to the cloning technology.

Organizations should implement strict security protocols and policies to minimize this risk but upgrading their access system to recognize security system that cannot be cracked unlike all the HID products!

Organizations should look for security integrators with real knowledge in RFID systems, and not trust anyone promoting and installing HID iClass and SEOS readers as it shows a serious lack of security knowledge and will ultimatily put at risk their premises.

Legal Implications

Unauthorized cloning of HID SEOS cards and fobs may violate laws or regulations in some jurisdictions.

Before cloning cards or fobs, ensure that you are in compliance with all applicable laws and regulations.

Solution to Stop Keyfob Cloning: STID BLE Mobile Access

One effective way to combat keyfob cloning is by adopting STID BLE (Bluetooth Low Energy) Mobile Access.

This technology offers a more secure and user-friendly alternative to traditional keyfobs.

STID BLE Mobile Access: An Introduction

STID BLE Mobile Access is a cutting-edge access control solution that leverages the power of smartphones and Bluetooth Low Energy technology. It provides enhanced security by eliminating the risks associated with keyfob cloning while also offering a more convenient and user-friendly experience for users.

Key Features of STID BLE Mobile Access

Some of the main features of STID BLE Mobile Access include:

  1. Secure Communication: STID BLE Mobile Access uses advanced encryption and mutual authentication protocols to ensure secure communication between the user’s smartphone and the access control system.
  2. No Physical Keyfob: By eliminating the need for physical keyfobs, STID BLE Mobile Access reduces the risk of cloning, theft, or loss of access devices.
  3. Ease of Use: Users can simply download a dedicated mobile app on their smartphones, which serves as a virtual keyfob. This allows for seamless, contactless access to controlled areas without the need to carry additional devices.
  4. Remote Access Management: Administrators can remotely grant or revoke access privileges, eliminating the need to physically collect or issue new keyfobs when access requirements change.

Benefits of Adopting STID BLE Mobile Access

Organizations that adopt STID BLE Mobile Access can expect to see the following benefits:

  1. Enhanced Security: By using smartphones and secure communication protocols, STID BLE Mobile Access minimizes the risk of unauthorized access through keyfob cloning.
  2. Cost Savings: Reducing the need for physical keyfobs results in lower costs associated with purchasing, issuing, and replacing access devices.
  3. User Convenience: Users can enjoy the convenience of using their smartphones for access control, eliminating the need to carry multiple devices.
  4. Improved Access Management: Remote access management allows for streamlined, efficient administration of access privileges.

In conclusion, STID BLE Mobile Access provides a more secure, user-friendly alternative to traditional keyfob access control systems. By adopting this technology, organizations can effectively combat keyfob cloning while enhancing overall access control security and efficiency.


  1. Can the LAB401 ICS Decoder clone all types of HID SEOS cards and fobs? The LAB401 ICS Decoder is designed to be compatible with a wide range of iClass® SE / SEOS cards and fobs. However, it is essential to verify the compatibility of your specific card or fob type before attempting to clone.

  2. Is cloning HID SEOS cards and fobs legal? The legality of cloning HID SEOS cards and fobs varies depending on local laws and regulations. It is important to ensure that you are in compliance with all applicable laws and regulations before cloning cards or fobs.

  3. Is the data stored on the LAB401 ICS Decoder secure? Yes, the LAB401 ICS Decoder stores the data securely using encryption. This ensures that your card or fob’s information remains protected.

  4. Can I use the LAB401 ICS Decoder to upgrade my HID SEOS card or fob’s firmware? The LAB401 ICS Decoder is firmware-upgradable, which means that it can be updated to support future enhancements or improvements to HID SEOS cards and fobs.

  5. Where can I purchase the LAB401 ICS Decoder for iClass® SE / SEOS? The LAB401 ICS Decoder can

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