Keysy LF RFID Duplicator & Emulator

Description

Keysy by Tiny Labs is a compact LF RFID tool for authorised security assessments, research and education. It can read compatible 125 kHz credentials, store up to four unique tags, emulate saved credentials and write them to compatible rewritable badges for controlled testing.

Key features

• Rapid reading: place the device against a compatible credential to capture it.
• Four storage slots: retain up to four unique LF RFID tags in the device.
• Emulation: replay saved credentials for supported readers, with unlimited use of the stored slots.
• Physical copies: write saved credentials to compatible rewritable badges.
• Privacy mode: emulate only when the selected control is used.
• Automatic field detection: the device can detect an RFID field for emulation.

Technical details

• Operating frequency: 125 kHz.
• Modulation: AM, FSK and PSK.
• Tag storage: four unique tags.
• Battery: CR2032.
• Approximate battery life: two years.
• Supported credential families include HID Prox, HID Indala, EM400x, EM410x, EM420x, Noralsy KCP3000, Farpointe Pyramid, selected Keri, Kantech ioProx, DoorKing DKProx, selected low-frequency AWID, Radio Key, Viking, Visa2000, the RFID portion of Schlage IBF iButton and T55x7-compatible credentials.

Compatibility and setup

Keysy is designed for compatible 125 kHz RFID cards and key fobs used with short-range proximity readers. Credentials operating at other frequencies, automotive key fobs and long-range systems are unsupported. HID Prox emulation is not supported on multiCLASS readers, while AWID credentials can be copied to rewritable media but cannot be emulated. Keysy rewritable LF badges are required for physical copies.

Buying in the UK and EU

Prices may be displayed in GBP, EUR or USD, with VAT handled at checkout where applicable. Use only with permission from the credential owner and system operator. UK and EU buyers should review access-tool laws and data-handling requirements; transmitting is regulated by national radio rules and licence-exempt bands, while receiving and analysing RFID signals is the common lawful use.