New Universal Code Grabber Model No. 7 Pro Edition for Remote Controls, Gates, Barriers, Garage Doors, Roller Shutters + RFID Cards, Tags

The Model No. 7 Pro Edition all-in-one device represents the pinnacle of innovation in remote control and automation. The Pro version has 99 memory cells, which is 2 times more than the regular version. In general, the device has become more reliable, faster and better quality. Added sensors for RFID card and tags.

This is a more powerful universal code for grabber gates and barriers. I can’t believe that such a small device can combine so many different professional tools. This universal gate code grabber is equipped with AM modulation – these are the standard operating frequencies of the devices. The Pro version has an enlarged 4-line monochrome LCD display, more memory and the ability to copy RFID cards and tags. The unit has the widest range of supported automation in four frequency bands.

Main operating modes:
– Scanning and recording of signals/codes/requests;
– Automatic password selection. Used in case of loss of key fob or remote control.
– Radio jamming mode.
– Replacement code. It is universal for security automation systems operating at a frequency other than the standard.
– Card and label copying mode at 125 kHz.

Specifications:
Firmware version: 2.6.1
Antenna: telescopic
Signal reception radius: up to 30 m
Power type: Built-in battery
Code copy function: yes
Came TOP selection function: yes
Nice FLO matching function: yes
Code substitution function: yes
Broadcast jamming function: yes
Work with dynamic code: yes
Number of memory cells: 99
Operating frequencies: 433.92; 433.42; 434.4; 315; 868 MHz
Manual input of any frequency: yes (from 300 to 900 MHz)
Ability to self-update software: yes
RFID support: yes
Firmware version: 2.2.0
New features added:
Language switching in the settings
Separate lists by rfid/radio cell types (option in settings)
Edit cell parameters (counter, id, etc.)
Minor interface improvements
Firmware version: 2.1.0
New features added:
Support for recording EM4305/T5577 blanks for EM4100 encoding, T5577 for HID PROX II
Button for quick activation of RFID copy (button 4)
Fixed:
The problem with opening the Nice One

The device is designed to work with automation that operates at 433.92, 434.4, 315 and 868 MHz, the following major manufacturers:

DOORHAN
Transmitters 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
SPACE SP2
BENINCA
T4WV
CUPIDO 4
TO GO 2/4WV
DEA
Mio Tr 2/4
273 (gray keys)

FAAC
XT4 433RC
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)
ALUTECH
AT-4N

ROGER
H80 TX22
H80 TX12/14
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
MOOVO
MT4/MT4G/MT4V
BYTEC/BAISHENG
Bytec TB-4
Baisheng RC4-T15
BFT
MITTO 2/4, 2N/4N – Two modes of operation with these remotes.
DUCATI
(2.x firmware only)
6204
PRASTEL
(2.x firmware only)
TC4E
CLEMSA
MUTANcode II NT 2/4
MUTANCODE T1/T2/T4
MUTANcode II N 4

The range is 868MHz:
HORMANN
HSM4, HSE2, HSP4 (blue keys)
CAME
TOP 862NA
MARANTEC
D222/D224/214
Digital 302/313/304
FAAC
XT2/XT4 868SLH – Code calculation required
CLEMSA
MUTANcode II NT 82
MUTANcode II N82/N84

The range is 434.4MHz:
NERO
Radio 8101-1/2/4
Radio 8101-2M
(In static mode)

433.42MHz band:
SOMFY
Keytis 2/4 RTS
Keytis NS 2/4 RTS
KeyGo 4 RTS
Telis:

• Added the ability to enable the PIN code (in the preferences menu)
• Added support for remote controls

Also, the device has algorithms that allow to copy many other systems, not mentioned in the list.
More details about supported remote control models are presented in the application.

The device can work in the following modes:

• Copy code
• Code Selection

Copying code is possible for all systems in the list, both for dynamic (sliding, rolling) code and for fixed code.
Code selection is only possible for CAME TOP and NICE FLO systems operating at 433.92 MHz.

The device is designed to work with automations operating at frequencies of 433.92, 434.4, 315, 868 MHz, but it is also possible to record at any other frequency in the range of 300-900 MHz. You may be able to force a copy of some dynamic code, but the copied code is not guaranteed to work.

It is not possible to work on several frequencies at яthe same time; reception is only possible on one frequency at a time!

Each new firmware version contains all the old features as well as new ones (or the old ones are updated)!

HANDLING THE DEVICE – Model No.7 Pro

The controls are fairly standard – a joystick up/down, pressing the joystick and a button “BACK” (button 1, i.e. the upper right button).

You ONLY need to press the joystick in the middle position, i.e. do not try to turn it up, and without releasing it, also click on it.
The up/down joystick is usually used to navigate through the menu or to change (increase/decrease) the selected parameter. A short press will confirm or select the current item.
In some menus (for example, the “MEMORY” menu with a list of cells), a long press of the joystick is used. In the list of cells, this is a menu call for the current cell.
In the input menu (e.g., entering the cell name or frequency) – long press erases/resets the letter.

MENU DESCRIPTION
MEMORY
Contains a list of stored codes. Selecting a cell with a joystick, short press
A joystick is a transmission from a selected cell.
A long press on the joystick opens the edit menu for the current cell.
The 4 buttons (the upper left and the whole lower row) are additional transfer buttons.
Here is an explanation of why they are needed:
Usually there are several buttons on the barrier remote controls. Usually the management is assigned to only one of them, but sometimes there are several. For example One button is a barrier up, the second is a barrier down.
4 buttons correspond to pressing different buttons on the remote control.
And the joystick performs the function of the button with which the remote control was recorded in memory (i.e. duplicates one of the 4 transfer buttons)
“COPY
Actually, the most important feature of this firmware is the ability to copy remotes.
In the “COPY” menu there is a frequency selection and a modulation selection (currently only AM). currently only AM).

You can select a frequency from the list or set your own by selecting “OWN” in the list of frequencies and then entering the value.
The value is entered with an accuracy of 10kHz, for example: 320.35MHz
During reception, the indicator flashes green briefly.
After successful reception, the Received Signal menu appears. Here you can set a name under which the code will be stored, view information about the signal (its type, etc.) and test the signal, i.e. pass its code to see if it works.
An indicator (bar) at the top of the screen shows the level of the radio signal. It does not carry any important information, but you can use it to navigate when trying to copy some remote control. If there is a response (i.e. the bar increases), but the signal is not fixed, this means that the frequency is most likely selected correctly, but this type of remote control is not supported by the unit. If the strip does not respond to a nearby remote, either the remote is not working or the frequency is incorrectly selected. The indicator can be turned off in the settings menu.

Copy Options:
AUTO – automatic storage of accepted codes. If the same codes are repeated, they will not be accepted. The cells are referred to as AUTO THE WHOLE KL is to save unrecognized Keeloq format codes (for which there is no corresponding key). No guarantee that such codes will work after saving, but it’s quite possible.
“SELECTION
Code selection for CAME TOP and NICE FLO models.
The selection is made with the buttons on the screen:
1. “Save” – here you can set the name of the record and save the exact or approximate value of the code. The difference is described below.
2. “-1” – go back (reduce the code)
3. “Play” – start the selection
4. “Antenna” – transmit the current position of the code
5. “+1” – step forward (increase code)
The progress of the selection is shown at the top in percentages and at the bottom in code numbers.
To work with the selection, proceed as follows
1. Click on “Play”. The selection of the code will start, the LED will blink.
2. As soon as the automation is working, press any button on the remote control – too much and it will stop.
it will stop.
3. Now you have 2 options. If you don’t have time, you can go to the menu (the first one is the button on the screen) and save the approximate position (“SAVE. APPROX.”).

At the same time, the current value will be saved, which is not accurate (because most likely you did not immediately react to the opening of the automation and the code has already managed to escape go ahead). In the future, when transferring from the “MEMORY” menu, more than one fixed code and a sequence of codes will be transferred back from the current position, approximately by 5-7 seconds. In this sequence there will also be a current code from which the automation will work (unless you are too slow with saving).
Of course, the disadvantage is that the automation will not work immediately, but with a delay of several seconds.

But you can also find out the exact meaning of the code. To do this, after suspending the selection (when the automation has worked), we start to step back with the “-1” key. At each step, the current code is automatically transmitted. Once you have found the correct code for which the automation will be triggered – it will be possible to save it through the menu (“SAVE. EXACTLY.”).

Code Grabbers for Remote Controls

Code grabbers are devices designed to capture signals from remote controls. In the home segment, these devices are remote controls for TVs, air conditioners and other electronic devices or machines that are usually found in the home, in the living room, in the light, in the air conditioning, etc. The Model Number 7 universal device is very useful in everyday life, so how can you combine up to 99 different devices?

In addition to home entertainment and climate control systems, smart home systems, Model Number 7 can remotely control garage doors and provide constant security. We recommend that you personally verify the security of your system with this all-in-one device so that you do not have to worry about unauthorized access to your security system. This device is not intended to be used for illegal purposes; fraudsters usually use other devices, but in their hands even a simple pencil can become a bladed weapon. It’s better to be safe than sorry and check the security of your security system!

To reduce the risks associated with code grabbers, users can take several precautions. One method is to choose remote controls that use rolling code, which changes the signal each time it is used, making it difficult for devices to copy the code. In addition, users should ensure that their devices have the latest firmware updates, as manufacturers often release security patches to address known vulnerabilities. Finally, maintaining a secure network environment for smart home devices can help protect them from unauthorized access and control. The main thing is to personally test your security system to help our universal device Model No. 7, because many companies install the security kit that brings them more profit, or some standard template project, without taking into account the individual characteristics of each object, location, humidity levels, climatic conditions and many other important details.
With the Universal Smart Key Model No. 7, you will not only make your system secure, but also more reliable! Remote controls are often the weakest link in a security system, but with Model No. 7, your information is more secure. You can also reduce the number of remotes and replace them with Model No. 7.

Code Grabbers for Barriers

Barriers are usually found in parking lots, gated towns/villages, in front of private areas, near offices and shops, at entrances to garage cooperatives, etc. Barriers are very common in the modern world. Barriers open and close using radio frequency (RF) signals. Usually these are static signals and there are two of them, one signal allows you to open the barrier, the second signal allows you to close the barrier. On remote controls, these signals are controlled by two different buttons. When you press one button on the remote control, a signal is sent to the barrier to open and the barrier, having received this signal, opens/raises the barrier. When you press the second button, a signal is sent to close the barrier.

To be able to both open and close the barrier, you need to copy two signals. This can easily be done with the universal device model No. 7. In addition, signals can be copied up to 30 meters away. The distance depends on how far the original barrier remote can send its signal. Usually this distance is 15-30 meters, but it can be less if there is interference or the batteries in the original remote are dead.
It doesn’t matter in which order you record the signals – an opening signal or a closing signal. The opening signal is copied as the barrier opens, the closing signal as the barrier closes. After receiving each signal, save it and move to the next empty cell to record the second signal. Using the display and control buttons, you can assign any name to each of the signals. In this way, 2 signals will be added to the memory of device number 7; when one signal is selected, the barrier will open, and when the second signal is selected, it will close. You will still have 97 free memory cells to record other signals.

To reduce the risks associated with barrier code grabbers, it is important to implement robust security measures. One effective strategy is to implement rolling code technology, which generates a new code each time the remote is used, preventing code grabbers from capturing and reusing the same signal. In addition, the use of encrypted signals can further enhance security by making it more difficult for grabbers to decipher the transmitted codes.

In conclusion, understanding the risks associated with code grabbers is essential to improving barrier security. By implementing advanced security measures and increasing awareness, property can be protected and people can be kept safe in these environments. You can test how vulnerable your barriers and other security systems are to professional code grabbers and how reliable they are by using a universal key that supports some of the functions of the Model No. 7 Pro Barrier Code Grabber. Give yourself reliable protection and security!

Code Grabbers for Garage Doors

Automatic garage door openers are widely used for their convenience. However, from a security standpoint, some of them are vulnerable to code-cracking programs. At the heart of an automatic garage door system is a remote control that transmits a radio frequency signal to the garage door opener’s receiver, which then issues a command to open or close the door. However, the basic design of these systems has made them vulnerable to garage door code grabbers.

The code capture program can be installed on any wireless media that allows you to receive and send a signal. This could be a cell phone, laptop, modified radio, etc. Code grabbers are able to intercept the signal sent from the remote control to the garage door opener. Once the code grabber intercepts this signal, it can replicate it to gain unauthorized access. Older garage door openers that use a permanent, fixed code are particularly vulnerable. Fixed code systems transmit the same code each time the remote is used, making it easier for grabber programs to capture and reuse these codes.

There have been cases of intruders entering the home through the garage. These break-ins highlight the importance of addressing vulnerabilities in garage door opener technology. We recommend that you check how vulnerable your garage door is, and the Model Number 7 Universal Door Opener will help you do this. Today, many burglars use various technologies, such as camera jammers, alarm jammers, etc. But these technologies are secondary, the robber needs to get into the garage first, so when thinking about security, first do an audit of your current security systems, and if necessary, improve your security system.

To reduce the risk associated with code grabbers, homeowners can take several protective measures. One of the most effective steps is to upgrade to a garage door opener that uses rolling code technology. Rolling code technology generates a new code each time the remote is used, greatly reducing the likelihood of code interception. In addition, regularly updating your garage door opener system with the latest firmware can help prevent potential problems.

In addition, homeowners need to be vigilant about their overall security. Simple rules such as not leaving the remote in plain sight (such as in a car parked on the street) can reduce the likelihood of code grabbers being used. For added security, integrating a garage door system with a comprehensive home security system can provide additional layers of protection, including notification of unauthorized entry attempts. Use the Model Number 7 Pro device instead of your remote control, which is much more difficult to copy the code with than a regular remote control.

Furthermore, homeowners should be vigilant about their overall security. Simple practices, such as not leaving the remote control in visible locations (e.g., in a car parked outside), can decrease the chances of code grabbers being employed. For added security, integrating the garage door system with a comprehensive home security setup can provide additional layers of protection, including notifications of unauthorized access attempts.

Code Grabbers for Shutters and Roller Shutters

In residential settings, code capture devices can be used to gain unauthorized access to homes by manipulating garage doors or window shutters. This not only compromises the security of personal property, but also the safety of the occupants. Similarly, in a commercial context, unauthorized access to rolling shutters can result in significant financial loss due to the theft of goods or confidential information. Businesses that use rolling shutters to protect their premises are particularly vulnerable to these attacks.

The best methods for protecting blinds and shutters from code-breakers involve a combination of technological improvements and user awareness. First, consider upgrading to advanced security systems that use rolling codes or encrypted signals. For example, you can use device #7 to send encrypted codes. Unlike static codes, rolling codes change with each use, rendering intercepted codes useless. Second, security updates and maintenance are very important. Third, personally inspect your security systems in the field. Many companies that install security equipment install what is more profitable and easier for them, or even a template security project for everyone, without taking into account many individual characteristics. The Model No. 7 Pro will help you with this.

It is also important to educate users about the risks associated with code grabbers, and increased vigilance can significantly reduce the likelihood of unauthorized access. For example, users should be cautious when using remote controls in public places where potential intruders may be lurking. By adopting these best practices, both residential and commercial properties can increase their resilience to the evolving threat of code grabbers.

Code Grabbers for RFID and Security Cards

Radio Frequency Identification (RFID) technology has become an integral part of modern security systems, facilitating functions such as access control and contactless payment. RFID systems work by transmitting a unique identifier over radio waves, which is then read by a reader to authenticate a user or transaction. However, the convenience and effectiveness of RFID comes with significant security risks, particularly the threat posed by code-capturing programs.

Code grabbers for RFID tags and security cards can capture unique identifiers transmitted during legitimate transactions, allowing unauthorized individuals to clone an RFID tag or card and gain unauthorized access to secure areas or systems. This form of attack is particularly dangerous in environments that rely heavily on RFID for security, such as corporate offices, government buildings and payment systems.

RFID technology has a wide range of applications, including building access control, public transportation systems and contactless payment solutions. Each of these applications is vulnerable to code-based attacks that can result in unauthorized access, data leakage and financial loss. For example, a cloned access card could allow an attacker to enter restricted areas, and a cloned payment card could facilitate fraudulent transactions.

To reduce the risks associated with code grabbers, individuals and organizations should implement robust security measures. One effective strategy is to implement encryption methods that protect the data transmitted between RFID tags and readers. Encrypted communication makes it much more difficult for grabber programs to decode and copy signals. The Model 7 universal device can help by allowing you to send a code in encrypted form. In addition, the use of multi-factor authentication (MFA) can add an extra layer of security, ensuring that simply having a cloned RFID card is not enough to gain access.

Regularly updating security protocols and conducting vulnerability assessments are also important steps in identifying and addressing potential weaknesses in RFID systems. By staying abreast of the latest security threats and advances in RFID technology, companies can better protect their assets and maintain the integrity of their security systems. You can also test your security system in person with the Model No. 7 Pro.

Order your new Model No. 7 Pro Edition all-in-one device now and test your security system!