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RFID- & NFC-IMPLANTAT

MODERN CYBORG

DATA UNDER YOUR SKIN

Radio-Frequency Identification (RFID) implants are subdermal devices inserted under the skin using a hollow needle. The transponder is encased in a glass capsule, also called a “tag.”

Each RFID system (with an antenna in a data carrier) contains a globally unique identification number that can be read using a reader (consisting of an antenna and a decoder). Magnetic or electromagnetic fields are used to read the transponder. This type of identification is permanent (removal is difficult) and not visible from the outside.

TECHNIQUE

The insertion of the RFID system leaves no scar. There are no disadvantages during security checks at airports or stores, and medical imaging procedures such as X-rays, CT scans, or MRIs are not affected.

The chip is housed in a biocompatible glass cylinder and is simply placed under the first layer of skin between the thumb and index finger. When done properly, the process takes less than five seconds and is painless. Its small size (2 x 12 mm) and biocompatibility ensure that the body fully accepts the implant, it remains completely invisible under the skin, and it functions perfectly without causing any issues during security checks.

SICHERHEIT & ÜBERWACHUNG

Due to numerous inquiries from our clients, we want to make it clear that tracking and monitoring by third parties is not possible!
RFID transponders generally do not have a power source. They are passive and therefore have a very short range. The chip can only be read at a short distance of about 5 to 20 cm between the reader and the skin.

Are microchip implants suitable for sensitive data? Data that must never be read “secretly”? The first or current generation of microchip implants is not designed for this type of information.

Let’s take a closer look at the types of implants and chips:
The first unencrypted access cards / key fobs / implants (low-frequency systems, e.g., 125 kHz) have been and still are used to open doors and contain only a single unique number. Their main function was and is to store this number, which can be read by the corresponding reader (e.g., access system). “Security” consists of physically having the card and being in close contact with a reader. Compared to the card, the implant (e.g., xEM or xDW) has the advantage that it cannot be lost, lent, or stolen. Secretly reading someone’s hand is much more complicated and would be noticed.

The next level of security is called Advanced Encryption Standard (AES). Here, the user ID is cryptographically secured in a symmetric manner. Symmetric encryption is similar to the old codes children used in school to encode and decode secret messages. Two people need the same key for communication. This works until someone cracks or steals the code. Most common access cards also rely on this system (including microchip implants like xNT or flexNT).

Beyond that, there are PKI systems (Public Key Infrastructure). The VivoKey in its smallest variant uses this approach. PKI systems allow asymmetric identification and authentication of people. The emphasis is on asymmetric, which provides a much stronger security level than symmetric systems. In asymmetric authentication, each person has two keys – a public key and a private key. Anyone can access the public keys. If someone wants to send information, they use the recipient’s public key, but only the corresponding private key can decrypt the data sent via the public key. For VivoKey users, these keys lie subcutaneously under the skin.

FEATURES OF THE IMPLANTS

  • NFC-enabled chip

    High-frequency RFID chip with NFC functionality – can be read and written with all common NFC-enabled smartphones.

  • NO GPS

    Therefore, no one can be tracked with an implant.

  • SECURITY

    There are no problems at airport security – the implants are not detected!

  • PASSIVE-SYSTEM

    The system is passive; no power supply is needed – no recharging required.

ACTIVE-TRANSPONDER

To bridge long reading distances (several meters), the RFID transponders have a power supply (battery).

PASSIVE-TRANSPONDER

The RFID transponders do not have their own power supply.
The energy is generated by the reader (reading distances up to approx. 60 cm).

VIELE GENERATIONEN & MODELLE

The new era of communication – the “Digital Transformation 2.0 – Human Edition.” For everyone who is serious and wants to shape technological change from the start – the NFC implant with one-touch technology. With a writable RFID chip (Radio-Frequency Identification) under the skin, the possibilities are virtually limitless.

The RFID chip is implanted between the thumb and index finger using an implantation syringe. Instead of PINs or passwords, you simply move your hand over the scanner device. The chip is no larger than a grain of rice and can be “programmed” via NFC apps.

Through NFC technology (Near Field Communication, a wireless communication method), the data on the chip can be read and processed. Our RFID chips come from the U.S. company “Dangerous Things.” They offer the highest quality and safety and are considered state-of-the-art in this field, incomparable to cheap competitor products (often from Asia).

The xNTi set we use contains an ISO/IEC 14443-A NTAG216 RFID chip set. This chip set offers 100% NFC Type 2 compatibility. Inside the 2 x 12 mm cylindrical Schott 8625 biocompatible glass casing is the chip set.

The xNT can be read and written by the most common 13.56 MHz RFID systems as well as all NFC-compatible readers/writers, including NFC-enabled Android smartphones. It currently does not work with Apple iOS products. For programming the chip, we recommend the NFC TagWriter from NXP, the Dangerous NFC Writer, or TapUnlocker. Each chip is tested by Dangerous Things before delivery.

ENDLESS POSSIBILITIES
  • EMERGENCY

    In Case of Emergency – With an implant, you always have your most important phone numbers and medical information with you!

  • SAFE

    Keep valuables safe – only YOU can open the safe with an NFC lock.

  • GPS-DATA

    Always find your way home – store your address as GPS data on the implant.

  • SOCIAL PROFILE

    Facebook, Instagram, Twitter, or XING – just hold your phone to the implant and your profiles are shared instantly.

  • DOOR OPENER

    Never worry about keys again – unlock your front door with the corresponding smart lock using your implant.

  • BUSINESS CARD

    Your business card “with a handshake” – simply transfer your contact details via the implant.

  • PIN-CODE

    Never forget your PIN again – unlock your smartphone or tablet with your implant

  • ID-CARD

    Instead of an ID card or plastic wristband – access and device settings at many gyms via your implant

FAQ – MEIST GESTELLTE FRAGEN & IRRTÜMER

  • IF THE BATTERY IS EMPTY, I HAVE TO GO AND RECHARGE IT.

    Microchip implants do not have their own power source, which is why they do not require a battery.

  • CRIMINALS CAN HACK MY IMPLANT

    To program an implant, the content is set either through PC software or a smartphone app. Then, the implant must be held in skin contact with an NFC reader or a smartphone. Additionally, the implant can be protected with a password. The microchip itself is not capable of transmitting data remotely, nor can it be accessed from a distance.

  • WHEN A NEW IMPLANT HITS THE MARKET, THE OLD ONE HAS TO GO

    No, RFID will continue to have its relevance as a technology for a long time. For example, this method is also used to chip our pets. As technology develops, there will be a wider selection of implants available, but this does not mean that old implants need to be replaced by new ones.

  • CAN I BE TRACKED SECRETLY?

    Microchip implants cannot be tracked. Since the microchip in the implant has no internal power source, it cannot transmit (GPS) data on its own. To read the chip, a reader must be brought into direct contact with the skin.

  • MY DATA CAN BE STOLEN

    The current generation of microchip implants is basically “blank sheets.” NFC implants can store and transmit some information, but this is only possible through direct skin contact with a reader. Data theft would therefore require that the “thief” either knows exactly where the chip is located or has time to search the body for the contact point. For sensitive data, the current generation of microchips is not designed at all, as active encryption is not possible.

  • AT THE AIRPORT, YOU BEEP

    Microchip implants contain only a very small amount of metal. As a result, they do not trigger the alarm of security scanners.

PRICE LIST – RFID-Implants

We do not stock RFID chips in-house; they must be ordered externally and brought to the appointment.

The costs refer only to the implantation of the chips by our studio.

TO THE RFID SHOP
  • SYSTEM
  • TAG / insertion with needle
  • TAG / Mit Nadel oder Scalpell & Betäubung
  • PRICE
  • 89 €
  • 129 €

FOR MORE INFORMATION

Anyone who would like more information on the subject of technology, differences between systems, and technology in general can seek advice from Patrick Kramer and his website “Digiwell”.

GET MORE INFORMATION

Hier ist die englische Übersetzung deines Satzes:

Texts based on the German description from “digiwell.de”.