Description

A Code Grabber Alpha used for barriers, automatic gates, and RFID cards works similarly to those used for keyless entry systems. These devices are used to intercept radio frequencies or signals sent by remote controls, RFID cards, or fobs that control access to certain areas (such as parking gates, barriers, or restricted-access doors). However, the legality and ethical use of such a device is highly regulated due to the potential for misuse.

The new version of Code Grabber for barriers adds:

NORMSTAHL system
The range of reception and transmission has been increased.
Improved FAAC spoofing.
A quick catch-up of the code.
Complete shutdown of the device.

The control menu of Code Grabber Alpha contains the following functions:

Copy (Signal interception function with decryption)
RFID (Function of reading and writing RFID tags)
Noise (Broadcast mute function)
Search (Control code selection function)
Recording (Recording of the entire broadcast without decryption)
Settings (Instrument Settings)

Legal and Legitimate Uses for Barriers, Gates, and RFID Cards:

1. Penetration Testing for Access Control Systems:

• Security professionals or ethical hackers might use a code grabber to test the vulnerabilities of automatic gates, barriers, or RFID-based access systems. The goal is to determine how easily a malicious actor could intercept the access signals and gain unauthorized entry.
• These tests are conducted with the permission of the system owner or operator and are part of a larger security audit or penetration testing process.

2. Research and Development (R&D) on Access Systems:

• Companies and researchers developing access control systems (like RFID-based gates or automatic barriers) may use code grabbers to test their product’s security against unauthorized signal capture or cloning.
• This use is intended to identify flaws in the system and develop more secure protocols for access control, particularly in environments like gated communities, parking lots, or secure facilities.

3. Educational Demonstrations:

• In controlled environments, such as cybersecurity courses or security seminars, a code grabber might be used to demonstrate how RFID and wireless access systems can be vulnerable to interception or cloning attacks.
• Students and professionals can learn about the risks associated with these systems and how to protect against such attacks.

RFID Cards and Signal Interception:

RFID (Radio Frequency Identification) cards are used widely in security and access systems. They communicate using specific RF signals, and devices like code grabbers might attempt to intercept these signals for unauthorized duplication.

Legitimate uses for testing RFID systems include:

• Cloning and testing resistance: Specialists may use tools like a code grabber to clone RFID card signals and test how well systems defend against such attacks.
• Enhancing encryption and security: By identifying weaknesses in the RFID signal transmission, developers can improve encryption and authentication protocols to make the cards more secure.
  

Conclusion:

Using a Code Grabber Alpha for barriers, gates, and RFID cards is legal only in the context of security testing, research, or education with explicit permission from the system’s owner. Unauthorized use of such devices is illegal and may result in criminal penalties. If you’re working in the field of cybersecurity or physical security, these tools can be valuable for improving system security, but they must always be used ethically and within the bounds of the law.

Specifications of Code Grabber for barriers:

Working Frequencies:	433.92; 434.4; 315; 868 MHz
Many memory cells:	100
Instructions:	included
Power type:	built-in battery
Signal receives radius:	Up to 50 m.
Nice FLO selection function:	yes
The possibility of self-updating software:	yes
Came TOP selection function:	yes
Copy code function:	yes
Working with dynamic code:	yes
Code substitution function:	yes
Broadcast jamming function:	yes
Manual entry of any frequency:	yes (from 300 to 900 MHz)
Antenna:	telescopic

Not a complete list of supported automation in the Alpha:

DOORHAN

• Transmitter 4/2 / D2
• RCBLACK-4

NICE

• Flo 4/2/1
• Flor-s (-m) 4/2/1
• Very VE
• Very VR
• Smilo SM2 / SM4 Blue / Black
• Era flor
• Era Inti (INTI1x / INTI2x)
• Era One (ON1E..ON9E)

CAME

• TAM 432
• TOP 432/434
• TOP 432/434 EE
• ATOMO AT 01/02/04
• TWIN 2/4
• BENINCA
• T4WV
• CUPIDO 4
• TO GO 2 / 4WV

DEA

• Mio Tr 2/4
• 273 (gray buttons)
• FAAC
• XT4 433 RC
• TM1 / 2/3-DS

ALLMATIC

• B.RO OVER
• TECH 3
• B.RO STAR
• B.RO WN

MARANTEC

• D222 / D224 / 214
• Digital 302/313/304

DITEC

• GOL4
• GOL4C
• BIXLS2

GENIUS

• BRAVO
• ECHO TX4

DTM

• NEO

AN-MOTORS

• AT-4 (Black / Silver
  Buttons)
• AT-4N

GSN

• TXRC09, TXRC10
• TR-300S, TR-500F

ELMES

• UMB, DWB
  and other compatible

APRIMATIC

• TR2 / TR4

NOVOFERM

• Novotron 302/502

NORMSTAHL / CRAWFORD

• RCU 433 4K
• EA433 2 / 4KS

COMUNELLO

• KEEP 2/4
• VICTOR 2/4

KINGGATES

• Stylo 4K

ROGER

• H80 TX22
• H80 TX12 / 14

BYTEC / BAISHENG

• Bytec TB-4
• Baisheng RC4-T15

BFT

• MITTO 2/4, 2N / 4N – Two modes of operation with these consoles.

MOOVO

• MT4 / MT4G / MT4V

DUCATI

• 6204
  Only firmware 2. x

PRASTEL

• TC4E
  Only firmware 2. x

434.4 MHz band:

NERO

• Radio 8101-1/2/4
• Radio 8101-2M
  (in static mode)

433.42 MHz band:

SOMFY

• Keytis 2/4 RTS
• Keytis NS 2/4 RTS
• KeyGo 4 RTS
• Telis

868 MHz band:

HORMANN

• HSM4, HSE2, HSP4
  (Blue buttons)

CAME

• TOP 862NA

MARANTEC

• D222 / D224 / 214
• Digital 302/313/304

FAAC

• XT2 / XT4 868SLH-
  Code calculation required

The above list of support is not complete, thanks to universal algorithms, it is possible to receive (and control) a variety of systems with fixed (“fixed”) encodings.
For example, this:

• PROTECO TX3, PTX433405
• Barrier control panel WJDZ (frequency – 417.9 MHz)
• A huge variety of remotes (mainly made in China) with Princeton PT22xx encoders

It is not possible to list all the possible options, so only fully tested and most popular systems were included in the list.

FAAC 868SLH – copying is possible by collecting data and further calculating the code on a PC.
BFT MITTO – supported in two modes: fast (regular copying), it may not work in 100% of cases, and universal mode – with data collection and calculation on a PC.

Also in the firmware, there is a function of a substitution code for Keeloq, FAAC 868SLH and GENIUS Amigo / Amigold systems.

Full list of our products.

Contact me in Telegram for all questions: https://t.me/carkeygrabber

Car Key Grabber Telegram Channel: https://t.me/carkeygrabber_channel

 

IMPORTANT !!! WE SELL ALL DEVICES FOR OFFICIAL USE ONLY !!!
!!! THE MANUFACTURER IS NOT RESPONSIBLE FOR ILLEGAL ACTIONS BY THE BUYERS !!!

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