Press Releases Posts

Time for the CellBounce to, well, bounce. This device, which served as a temporary bridge for AT&T customers clinging to their 3G communicators, is now being discontinued. For those who rely on CellBounce to convert 3G signals for use on the LTE network, it's time to consider the next steps.

Mark your calendars: as of May 1, 2025, AT&T will officially cease support for CellBounce devices on its network. This means if you're currently relying on a CellBounce to bridge the gap between your old AT&T 3G/4G communicator and the AT&T LTE network, it's time to upgrade.

Failure to upgrade to a new LTE communicator, or a new system before the deadline will likely result in a complete loss of communication, compromising alarm signals. This includes critical life-safety signals like fire and carbon monoxide alerts.

You may be wondering which communicator to choose. Below, we'll give you some suggestions for how best to move past the Resideo CellBounce and that old 3G/4G communicator:

Alarm Panel	LTE Communicator	Recommended Replacement Panel	New Panel LTE Communicator
L3000	LTE-L3A (AT&T) LTE-L3V (Verizon)	PROA7PLUSC	PROLTE-A (AT&T) PROLTE-V2 (Verizon)
Lynx Touch (L7000 L5210 L5000 Panel Firmware 9.00.209+ required)	LTE-L57A (AT&T) LTE-L57V (Verizon)	PROA7PLUSC	PROLTE-A (AT&T) PROLTE-V2 (Verizon)
VISTA-20P VISTA-15P VISTA-10P	LTEM-XA (AT&T) LTEM-XV (Verizon) LTEM-PA (IP & AT&T) LTEM-PV (IP & Verizon) LTEM-PXA (IP* & AT&T) LTEM-PXV (IP & Verizon) LTEM-PIA (IP & AT&T UL Residential Fire Rated) LTEM-PIV (IP & Verizon UL Residential Fire Rated)	VISTAH3	PROLTE-A (AT&T) PROLTE-V2 (Verizon)
VISTA-21iP	LTEM-XA (AT&T) LTEM-XV (Verizon) LTEM-PA (IP & AT&T) LTEM-PV (IP & Verizon) LTEM-PXA (IP & AT&T) LTEM-PXV (IP & Verizon) LTEM-PIA (IP & AT&T UL Residential Fire Rated) LTEM-PIV (IP & Verizon UL Residential Fire Rated) Must Disable Internal Comm.	VISTAH3 VISTA-21IPLTE	PROLTE-A (AT&T) PROLTE-V2 (Verizon) LTE-21V (Verizon) No AT&T Option Available for the VISTA-21IPLTE
*The LTEM-PXA and LTEM-PXV are unique in that they can support either a wired Ethernet connection or WIFI. To use WIFI, either the PROWIFI (WIFI Only) or the PROWIFIZW (WIFI and Z-Wave) module must be added.

We realize upgrading to a new panel may be a big undertaking for a DIYer. We've got content on upgrading from a VISTA-20P to a VISTAH3 and on upgrading from several older panels to the PROA7PLUS:

• Upgrade from an L3000 to a PROA7PLUS
• Upgrade from an L5200 to a PROA7PLUS
• Upgrade from an L5210 to a PROA7PLUS
• Upgrade from an L7000 to a PROA7PLUS

If you fail to replace the Resideo CellBounce before the deadline, here's what you may experience:

• Communication Failures: "Comm fail," or communication failure, means your alarm system's regular check-in with AlarmNet didn't happen and they sent a message to the monitoring station. These supervision check-ins usually occur daily or monthly. If a comm fail happens, the monitoring station will normally contact the alarm dealer, who will then contact you, though exact procedures may vary. For Alarm Grid customers with cellular communicators, these check-ins are typically set for every day. It is possible that your system is set as "unsupervised". If that is the case, your system might be incapable of communicating and neither you nor the monitoring station would know.
• Trouble message on display. This issue can vary widely, depending on your panel type and supervision settings. When a cellular communicator is in use, there is a "cell fault time" setting within communicator programming. By default, this is usually set to 60 minutes. With this setting, if the communicator loses contact with the cellular network for 60 consecutive minutes, a trouble message is displayed by the panel. This means you'll likely see that there is a problem before your alarm dealer. This may be displayed as a bF or Check 103 depending on the panel and keypad used. If a CellBounce is the issue, the most effective way to clear this message permanently is to disable the cellular communicator in panel programming. This will effectively disable cellular reporting. A better option is to upgrade the communicator or the system.

If you happen to have an IP and GSM communicator, it is usually possible, depending on your communicator version, to disable only the cellular path for the communicator. This will leave the IP communicator working. This might be a temporary solution, until you can upgrade to a new LTE communicator, or a new system.

The CellBounce was always intended as a short-term fix for a long-term problem. Let's face it, some people just don't like being told they have to upgrade their stuff. I remember when the old 2G network shut down, I had family members who clung to their old phones right up until the bitter end! But eventually, we all have to move with the times. Funny thing is, those same family members wouldn't give up their smartphones without a fight today.

If you must replace a PROA7 or PROA7PLUS* panel, it is important to perform not only the proper steps but in the proper order. Failure to do so may cause some PROSIX sensors to become unresponsive, forcing a replacement of those sensors. In this blog, we'll outline the proper procedure.

As we've often noted, Resideo's SiX Series and PROSIX sensors are uniquely paired to the alarm panel during initial panel and sensor configuration. Once paired, they cannot be used with any other panel until they are properly unpaired from the original. Without this unpairing, a failed original panel can potentially render a sensor unusable.

AlarmNet360 (AN360) acts as an important safeguard. When a PRO Series panel is registered with AN360, it begins near-constant two-way communication. Any programming change at the panel triggers an upload of the panel's configuration to AN360. This creates a backup of the panel's current programming, including the essential configuration information for all PROSIX sensors.

In the event of a PRO Series panel failure, a replacement panel can be configured with the exact same zone and system programming parameters as the original. The sensor information, including wireless channel data and encryption keys, is transferred to the new panel, ensuring it matches the existing sensor programming. By following the proper replacement process, the existing PROSIX sensors function seamlessly, unaware of the panel change.

However, a significant problem arises when DIY users add new PROSIX sensors to the replacement panel before a proper AN360-based panel replacement is performed. We've observed this issue on several occasions. Customers, awaiting a scheduled panel replacement, decide to add new PROSIX sensors in the interim.

Because the panel replacement requires dealer involvement, and in the case of Alarm Grid customers, a scheduled appointment with an Alarm Grid activator, customers often utilize their wait time by tinkering with their system. This can include adding new PROSIX devices.

When the scheduled replacement occurs, customers often overlook the newly added sensors, failing to mention them to the activator. This oversight, due to the unique way PROSIX sensors function, can create a serious conflict.

PROSIX sensors communicate using 2.4 GHz, similar to some WIFI networks. Like WIFI, PROSIX sensors utilize channels within the 2.4 GHz band. If a PRO Series panel detects interference on its current channel, it can instruct all PROSIX sensors to switch to a less congested one. This ensures the most consistent ongoing communication.

During pairing, encryption keys and the designated communication channel are established. All PROSIX devices on a PROA7 or PROA7PLUS panel operate on the same channel. This channel information is regularly backed up to AN360 and transferred to the replacement panel during the swap.

Consequently, AN360 holds a complete backup of the original panel's configuration. However, the new panel now contains configuration information for the recently added sensors, including new encryption keys and a potentially different 2.4 GHz channel.

During the replacement process, the new panel's configuration is overwritten with the backup from the original panel. The information for the newly added PROSIX sensors is lost. Effectively, the new panel becomes the original panel. Unfortunately, the new sensors were paired with the actual new panel, not the restored version.

Consequently, from this point there is no mechanism to instruct the newly added sensors to release or unpair, allowing them to be paired with the restored panel. There is a narrow 24 hour window from the time of enrollment where most PROSIX sensors can be defaulted. If the window for default is missed, and the replacement through AlarmNet360 is completed, the newly added PROSIX sensors become unusable. For that reason, we recommend anyone replacing a PRO Series panel follow these steps.

Recommended Steps, In Order, For Replacing a PROA7 or PROA7PLUS:

1. Make sure the replacement panel is the same revision, or higher, as the original panel. Work with your alarm dealer to verify the panel versions. It is possible to replace a PROA7 with a PROA7PLUS. It is NOT possible to replace a PROA7PLUS with a PROA7.
   NOTE: Firmware updates require WIFI. If your location doesn't have WIFI you can use a phone as a hotspot. This will be seen as a WIFI connection by the panel and AN360, and should allow you to perform the update. Obviously, this means the panel will need a PROWIFI or PROWIFIZW.
2. Make sure both panels are powered down.
3. Your alarm dealer will begin the replacement process in AN360. They will instruct you when to move to the next step.
4. With both panels still powered down, remove any modules such as PROLTE-A/PROLTE-V2, PROTAKEOVER, PROWIFI/PROWIFIZW from the original panel and install them into the new panel. If you have a PROTAKEOVER, be sure you move the backplate from the old panel to the new panel as well. It contains the antennas for the PROTAKEOVER.
5. Power up the NEW panel. You can immediately join the WIFI network when prompted, if applicable, or wait for the cellular module to initialize then press NEXT.
6. Press REGISTER, when prompted. The panel will register then pull all available programming from AN360. When this process is finished, the panel will display the Home screen.
7. If any PROWLTOUCH or PROWLTOUCHC WIFI keypads are associated with the panel, each will prompt you to "Pair to Panel". Do this at each keypad.
8. If the original panel was a Version 01 or 02 and there were PROINDMV Motion Viewers associated with it, these will have to be repaired with the new system. Your alarm dealer will give you specific instructions on what to do. The alarm dealer will need to go to each PROINDMV zone within AN360, select EDIT, then select LEARN. At that point they will tell you to activate the Motion Viewer. You can either remove the cover, or remove and replace the batteries. The PROINDMV will then be repaired.
9. Thoroughly test each component including zones, keypads, keyfobs, communicators, etc. Use the system test mode.
10. It is now safe to add new PROSIX devices to the panel.
11. If you're using BlueTooth Disarming, all cell phones will have to be manually paired with the new panel.
12. If you used Alexa with the original panel, you'll need to set that up manually with the new panel.
13. All Z-Wave devices that were paired with the original panel will need to be excluded then included with the new panel.
14. All Total Connect 2.0 scenes will need to be recreated.

Resideo recently announced they would discontinue the Honeywell Home PROA7PLUS and would continue to produce the Resideo PROA7PLUSC. We now use PROA7PLUS and PROA7PLUSC interchangeably.

We've all been there: you step out the door, and your phone instantly buzzes with camera notifications. If you're using Alarm.com's recording rules, you'll love this update! Now, you can set a delay of from 1 to 30 minutes before those recordings start, cutting down on nuisance notifications.

Alarm.com continues to enhance its user experience with a new recording rule setting that minimizes unnecessary notifications and maximizes video storage. By allowing users to delay recordings during exit, nuisance clips are reduced, freeing up valuable upload capacity within monthly video plan limits and ultimately saving users money.

This new delay feature is compatible with all Alarm.com cameras that support modern video analytics. Older, first-generation analytics cameras, while still functional on some accounts, do not support this feature.

Configuring the recording rule delay is...unique. We've outlined the steps below in an effort to provide clarity. You can apply this setting to both new and existing recording rules. Refer to the screenshots provided for a visual guide on enabling the delay within the rule settings.

To navigate to this section via the customer website:

1. Log into your Alarm.com account.
2. Click Video.
3. Click on Recording Rules (at the top, in the blue bar).
4. Click +Add New Rule, or find the rule you want to edit in the list, then click the pencil icon.
5. In the section titled "Recording Rule" fill in the appropriate information. In the section for "Except when.." select "Disarmed", "Armed Stay" or both.
6. Select the Exit Delay Time from the dropdown.
7. Be sure to Save before exiting.

Programming the Video Rules Exit Delay via the customer website:

To navigate to this section via the customer app:

1. Open the Alarm.com app and log in.
2. Tap Video at the bottom of the screen.
3. Tap the gear icon at the top right.
4. Tap Recording Rules.
5. Tap Add at the upper right, or scroll through the list of recording rules, find the one you want to edit and tap the pencil icon.
6. Tap Next in the upper right once the first screen is properly configured, then scroll down to the Recording Rule section.
7. In the "Except when.." section, select "Disarmed", "Armed Stay", or both.
8. From the dropdown, select the Exit Delay time.
9. Be sure to click Save before exiting.

Programming the Video Rules Exit Delay via the Alarm.com app:

Actually, the setup itself is not the tricky part. It's understanding what will happen, and when, that's a little confusing. So, here's the logic. This information was provided by Alarm.com Core Technical Support:

• If you select "Except when Disarmed" and choose a delay from the dropdown, the recording rule will start after the delay time whenever the system is Armed Away or Stay.
• If you select "Except when Armed Stay" and choose a delay from the dropdown, the recording rule will begin after the delay time when the panel is Disarmed or Armed Away.
• If both "Except when Disarmed and Armed Stay" boxes are checked and a delay is selected, the recording rule will begin after the delay when the panel is Armed Away.

I'll confess, I haven't quite wrapped my head around this logic. I've found it's best if I don't overthink it! Hopefully, they'll tweak the wording and make it a little more clear somewhere down the road. Regardless, even with a slightly confusing setup, this is a fantastic addition, and I can't wait to try it out on my own system!

For those end-users who desire a more traditional keypad for their First Alert VISTAH3, the First Alert VISTAHLKP wired landscape keypad is now available. Unlike older hybrid systems like the VISTA-20P, though, this keypad will only allow you to control the security system, not program it.

Aside from its traditional appearance, the First Alert VISTAHLKP has another distinct advantage over its wireless touchscreen counterparts. It is a wired keypad, and it connects to the panel using the iBus. The VISTAH3 introduces a new bus technology called iBus that replaces the older Enhanced Console Protocol (ECP) used by the VISTA-20P and other VISTA panels.

This new bus protocol uses RS-485, a frequently used hardware and driver architecture common in industrial automation. This allows for more flexibility in wiring, and longer wire runs for wired bus devices. It is Alarm Grid's belief that every VISTAH3 panel should have at least one (1) wired keypad, for occasions when wireless keypads may not be functioning properly.

1. 2X16 LCD Display
2. Power LED
3. Status LED
4. Disarm (Off) Key
5. Arm Maximum (Away, No Entry Delay)
6. Arm Instant (Stay, No Entry Delay)
7. Medical Panic
8. Panic
9. Fire Panic
10. Police Panic
11. Status (scroll)
12. No Other Function
13. System Tests
14. # Key
15. Quick Arm Night Option
16. Chime (Toggle)
17. Quick Arm Home Option
18. Bypass Sensors
19. Quick Arm Away Option
20. Arm Stay
21. Arm Away
22. Trouble LED

Using the VISTAHLKP with the VISTAH3 is very similar to using a Honeywell 6160 keypad on a VISTA-20P or similar panel. The following commands can be used:

• Arm (Away/Stay/Instant/Max/Night)
  • When the system is not ready, quick arming, if enabled, will automatically bypass faulted zones at the end of exit delay.
• Disarm
• GOTO (allows the user to log onto a separate partition, if their user code has access)
  • Returns to home partition after 30 seconds of no activity
• Add/Edit/Delete User Codes
• Bypass Zones

Excerpt from the User Guide showing Quick Arming icons and corresponding keypad commands:

Each First Alert VISTAHLKP can display either English or French language, depending on the language selection in the VISTAH3 panel. The keypad connects to the panel's iBus terminals as shown:

Wiring Limits for iBus Based on Current Draw and Wire Gauge:

Wire Gauge (AWG)	Total Current of All Devices Connected to a Single Wire Run
	50mA or Less	100ma	300ma	500ma	600ma
#22 AWG	700' (213m)	350' (107m)	120' (37m)	70' (21m)	60' (19m)
#20 AWG	1200' (366m)	600' (183m)	200' (61m)	120' (37m)	100' (30m)
#18 AWG	1900' (579m)	950' (290m)	320' (98m)	190' (58m)	160' (49m)
#16 AWG	3000' (914m)	1500' (457m)	500' (152m)	300' (91m)	260' (76m)
If a separate power supply is used to power iBus devices, it should have a common negative with the iBus. The iBus terminals are not large, so it may be difficult to use heavier gauge wire with them.

NOTE: With ECP devices, the four wires for the bus are:

• Negative (-), or Black
• Positive (+), or Red
• Data In, or Green
• Data Out, or White/Yellow

However, the iBus connections are:

• Negative (-), or Black
• Positive (+), or Red
• Data A, or Green
• Data B, or Yellow/White

On the iBus, Data In is YELLOW, and Data Out is GREEN.

The VISTAHLKP keypad cannot be used to program the VISTAH3 system or to control smart home devices. For these capabilities, you'll need a wireless touchscreen keypad and either a PROWIFI (WIFI-Only) or PROWIFIZW (WIFI and Z-Wave Plus) module installed in the panel.

The compatible touchscreen keypads for the VISTH3 are the Honeywell Home PROWLTOUCH, Resideo PROWLTOUCHC, or First Alert VISTAHTCHWLC. Resideo has been working to dial-in their branding strategy recently, hence the different "brands" for these keypads. But, Honeywell Home, Resideo, and First Alert are all Resideo brands and all have the same robust, quality hardware.

If you choose to use the PROWLTOUCH or PROWLTOUCHC, a firmware update to the keypad is currently required (as of February, 2025) to make the keypad compatible with the VISTAH3. This firmware update can take about 30 minutes to download and install. The panel will be updated first, then the keypad. The panel won't download firmware using cellular data, so be sure the WIFI module is installed.

The primary difference between the PROWLTOUCH-style keypad and the VISTAHTCHWLC is size. The dimensions on the VISTAHTCHWLC are 5.75"L x 7.875"W x 1.0"D while the PROWLTOUCH keypads are 4.76"L x 7.68"W x 0.708"D.

You'll often find keypads near entry doors, bedrooms, kitchens, and common areas – basically, anywhere you need quick access to your security system. The VISTAHLKP is a smart choice for entry and exit doors, letting you arm and disarm the system in seconds. Another bonus? If an intruder triggers the alarm, the keypad's noise can be a good distraction. While they're dealing with that, the VISTAH3 system will be working behind the scenes to notify you and the monitoring service, depending on your monitoring plan.

For a straightforward, dependable security solution, the VISTAHLKP keypad is an excellent choice. Its wired connection to the panel ensures near 100% reliability, eliminating the potential issues associated with wireless keypads. If you're looking for simplicity and peace of mind, the VISTAHLKP delivers. Get yours today!

Resideo has released several MyWebTech Technical Notifications this week. Technical Notification #119 announces a firmware update for PROSeries panels and PROWLTOUCH touchscreen keypads. Notification #121 addresses a firmware update for some legacy AT&T communicators. No action is required.

Technical Notification #119:

Technical Notification #119 announces a recommended firmware update for all PROA7, PROA7C, PROA7PLUS, PROA7PLUSC, PROWLTOUCH, and PROWLTOUCHC products. The panel firmware will be updated to version 03.2306.55, and the touchscreen keypads will be updated to version 3.424.34. This update improves WIFI connectivity between the panel and keypad.

It's important to remember that these panels cannot perform firmware updates using only an LTE cellular connection. A WIFI connection is required to download and install new firmware. This is why we strongly recommend installing a PROWIFI or PROWIFIZW module and connecting the panel to WIFI. If the panel won't use WIFI and you don't have touchscreen keypads, this update is not necessary.

Resideo is shipping updated units to their distributors. In the meantime, new panels will automatically receive any necessary firmware updates during activation and registration, provided a WIFI communication path is available.

If you have a PROSeries panel or touchscreen keypad, no action is needed. Resideo will automatically push the new firmware to all connected panels with a WIFI connection. The panel or keypad will reboot to install the update, so please be aware of this brief interruption.

In order to receive the firmware update, the product must meet this criteria:

• Have a WIFI connection.
• Be in a Disarmed state.
• AC must be present.
• Must not be in the process of reporting a signal.
• Must not be in Walk Test Mode or Programming Mode.

Technical Notification #121:

The products affected by this notification are a little more obscure. The models affected are the LTE-IA, LTE-IC (Canada), LTE-XA, LTE-XC (Canada), LTE-CFA (Commercial Fire), and HWF2A-COM (Commercial Fire, Dialer Capture). Alarm Grid currently does not sell any of these products.

The affected AT&T communicators will receive firmware update 20.00.549.1 and AppZone firmware HW.00.1-25. These updates improve cellular connectivity with the AT&T network.

This firmware addresses minor connectivity issues reported with these units. Resideo will begin pushing the update en masse on the week of February 24, 2025. You can also manually request the update by triggering a test. For the LTE-IA and LTE-XA, briefly pressing and releasing the tamper switch initiates a test. Commercial fire products have a test button near the center of the communicator board.

During and after the update, the communicator may report the following signals:

Contact ID Code	Description
E365	Cell Software Update Start
R365	Cell Software Update Finished
E366	Cell Software Update Failed

Resideo, in a February 17, 2025, announcement, declared the end-of-life (EOL) for its first-generation Total Connect 2.0-compatible cameras. These cameras will no longer function with the TC2 platform after July 31, 2025. Resideo recommends replacing them promptly for uninterrupted service.

The following cameras and accessories are affected by this notice:

Product Name	Image
IPCAM-WI
IPCAM-WL
IPCAM-PT
IPCAM-WI2
IPCAM-WO
IPCAM-PT2A
WAP-PLUS
WREX
ACU

The VX Series cameras from Resideo are now available for use with Total Connect 2.0, providing a significant upgrade in performance and features. Improvements include enhanced image resolution and quality, sophisticated AI event detection (allowing for more precise alerts), and integrated two-way audio functionality.

The VX Series doesn't directly replace some older camera equipment. Specifically, it lacks replacements for the first-generation pan-tilt camera, the ACU (analog converter unit), and the WAP-Plus access point. If you need to replace these older devices, Resideo suggests using one or more VX5 indoor cameras in place of the IP-CAM PT/IP-CAM PT2. Cameras currently connected to ACUs should also be replaced with the appropriate VX Series camera.

Recommended VX Series Replacements for Cameras at EOL:

Product Name	Recommended Replacement
IPCAM-WI	VX5 Indoor Camera
IPCAM-WI2	VX5 Indoor Camera
IPCAM-WL	VX5 Indoor Camera
IPCAM-WO	VX3 Outdoor Camera
IPCAM-PT/IPCAM-PT2/PT2A	One or More VX5 Indoor Cameras
ACU	Replace ACU and Camera with appropriate Indoor or Outdoor VX5 Camera
AP/WAP-PLUS/WREX	No Replacement Available

It's true what they say: all good things must come to an end. And while the original Total Connect 2.0 cameras were mediocre by today's standards, they served a vital purpose in a market with few options at the time. They were especially useful for DIYers looking to add integrated video to their alarm systems without a lot of extra complexity.

The VX Series cameras offer the modern features customers expect, integrating seamlessly with Total Connect 2.0, PROSeries panels, and the VISTAH3 (via its touchscreen keypad). For now, Resideo is keeping it simple, offering one (1) indoor camera, one (1) outdoor camera, and one (1) video doorbell option in the VX Series.

Multiple sources have recently distributed notices regarding the Rogers 3G network. Rogers plans to sunset the 3G network on July 31, 2025. This differs from the original planned sunset on March 31, 2025. Once the network has been shut down, Rogers 3G communicators will soon begin to fail.

AT&T and Verizon ended their 3G service in 2022, but Canadian customers have had a few extra years to upgrade their devices. Now, Rogers is focusing on improving its faster LTE and 5G networks and needs to shut down the older 3G equipment.

If your system uses a Rogers 3G cellular communicator, you'll need to update it soon. Without an upgrade, eventually your system will not send alarm signals, including life-safety signals like fire and carbon monoxide alarms. This will also cause the system to display error messages.

Alarm Grid is here to help our Canadian customers upgrade their alarm systems before the Rogers 3G network shutdown. We'll be contacting you to discuss your upgrade options. Depending on your system, you may need a full upgrade or just a communicator upgrade. We'll work with you to find the best solution.

If you're not an Alarm Grid customer, we still offer a wide variety of FAQs geared toward upgrading systems and communicators. if you go to alarmgrid.com you'll find a list of these FAQs. You can also use the search bar at the top of the page to perform your own search with more specific criteria.

If you have an alarm system that is currently not monitored, or if you're not satisfied with your current service, Alarm Grid offers low-cost, no-contract monitoring plans for most systems. If you're interested in signing up for monitoring, but you're unsure whether we can monitor your system, reach out to support@alarmgrid.com.

Let us know what system you have, and if you're not sure, send us a picture of the system. From there, we may ask for more information. Once we know your system type, and whether we can access the required programming, we'll let you know if we can monitor your system. From there, you can sign up for monitoring.

If you sign up for a Self-Monitoring Plan, once the system or communicator has been upgraded and the required information has been provided, we'll create your account and email you with the login information.

If you sign up for a Full-Monitoring Plan you'll set an appointment for activation. You'll need to install the new communicator or system prior to your activation appointment. If you need support during that time, you can call us at 888-818-7728 (M - F, 9:00 am - 8:00 pm EDT). You can also email us for support, or use our chat support feature during regular business hours.

We'll give you the knowledge you need to replace any equipment necessary. You can purchase that equipment from Alarm Grid or, if you prefer, from other suppliers. Once your system is registered, we'll perform any required testing, discuss any monitoring details for Full-Monitoring Plans, then wrap things up.

Resideo and Honeywell Home unveil a new wall mount and charging station for PROWLTOUCH and VISTAHTCHWLC keypads. Redesigned with a 9VDC transformer, the PROWLTOUCHWA allows longer wire runs between the power outlet and the unit and offers improved stability while using wall-mounted keypads.

The original wall mount for PROWLTOUCH and PROWLTOUCHC keypads, the PROWLTOUCHWM, utilized a 5VDC power supply. This lower voltage restricted power wiring to a maximum of 34 feet (10.3 meters) when using 18 AWG wire. This limitation rendered the PROWLTOUCHWM unsuitable for some applications. Furthermore, when the touchscreen keypad was mounted on the PROWLTOUCHWM and used for system control, the keypad exhibited instability and a tendency to move.

With its 9VDC power supply, the PROWLTOUCHWA supports wire runs that are up to 277' (84m) long. That's more than 500% longer than with the PROWLTOUCHWM! The redesign also improves the stability of the keypad while it is mounted. So, no more "Galloping Gertie" while you try to control your system.

Wire Gauge and Length Chart For PROWLTOUCHWA

Wire Gauge	Max Length	Increase over PROWLTOUCHWM
#16 AWG	277 Feet (84m)	N/A
#18 AWG	174 Feet (53m)	140 Feet (511%)
#20 AWG	110 Feet (33m)	89 Feet (524%)
#22 AWG	68 Feet (20m)	55 Feet (523%)
2 - #22 AWG (Twisted Together)	136 Feet (41m)	N/A

The PROWLTOUCHWA and PROWLTOUCHWM use different power supplies (9VDC and 5VDC, respectively). These power supplies are not interchangeable*. Using the 9VDC power supply with the PROWLTOUCHWM could damage the touchscreen keypad during charging. This is due to the incompatibility of the PROWLTOUCHWM's internal circuitry with the higher voltage.

*Per Resideo, there will be a very limited number of PROWLTOUCHWM units that can work with the 9VDC power supply. These units will have a date code on the product, which signifies their ability to support the higher input voltage.

Both the Honeywell Home PROWLTOUCHWA wall mount and the Honeywell Home PROWLTOUCHDM desk mount provide the convenience of a fixed keypad location with integrated battery charging. However, these mounts also offer the flexibility to detach the keypad for portable use. This is especially helpful during tasks like adding zones or programming Z-Wave devices, which often require direct interaction with the device being configured.

Due to the design modifications required for enhanced stability of the keypad when mounted, the PROWLTOUCHWA is no longer compatible with installation using a standard gang box. This is a minor inconvenience when compared with significant gains in stability and overall performance.

Alarm Grid has discontinued the original PROWLTOUCHWM and is now pleased to offer the enhanced PROWLTOUCHWA. If you haven't explored wall or desk mounting options for your touchscreen keypad, it is an add-on that we can wholeheartedly recommend. The ability to detach the keypad for mobile use during programming is game changing. Whether you have a new VISTAH3, a PROA7, or a PROA7PLUS system with an add-on touchscreen, this is a product that will quickly prove its worth.

In an email last week, Johnson Controls, the parent company of Qolsys, announced the discontinuation of both the Qolsys IQ WIFI and the Qolsys IQ WIFI 6. These purpose-built routers, accessible via Alarm.com, were meant to prevent security equipment disconnections due to end-user errors.

We first told you about the IQ WIFI 6 in October 2022. It offered an elegant solution for users with security systems. The IQ WIFI 6, designed to act as the router while IQ WIFI units functioned as Wi-Fi nodes, created a mesh network with a unique security partition accessible only by the alarm dealer.

This, combined with remote access through Alarm.com, prevented costly service calls when customers made changes to their network, then inadvertently neglected to update their security system components.

Unfortunately, it didn't catch on. End-users interested enough in their network to invest in a specialized router prioritized optimizing their network for gaming or streaming video, rather than ensuring reliable connectivity for their security systems and WIFI cameras.

If you own an IQ WIFI 6, rest assured it will continue to function as usual. Alarm.com has pledged ongoing support, allowing dealers to remotely access and troubleshoot internet connectivity for your system. The IQ WIFI is not accessible through Alarm.com, so with the end-of-sales notice, they will no longer offer live setup support for the IQ WIFI.

Alarm Grid has discontinued both the IQ WIFI and IQ WIFI 6 on our website. We do not maintain stock, and our distributor has very limited inventory available. To avoid accepting orders that we cannot fulfill, we have decided to discontinue both products immediately.

The discontinuation of the IQ WIFI and IQ WIFI 6 raises concerns about the future of these products. If you're an existing user, we'd love to hear about your experiences with these devices. Share your thoughts and any concerns you may have in the comments below. It's frustrating when a purchased product is discontinued by the manufacturer. Alarm Grid is here to help our customers in whatever way we can.

As we close out 2024, our offices will be closed on Tuesday, December 31, 2024, and Wednesday, January 1, 2025. I'll be practicing writing and typing 2025 instead of 2024, how about you? Although tech support will be closed, our central station partners will be on the job, ready to respond.

The year 2024 was pretty low-key in our industry. There were a few notable things, and we'll recap those here:

January:

In January, Alarm.com announced that because of changes T-Mobile made within their network, customers who formerly received MMS notifications for video events with a thumbnail, would begin receiving SMS messages with a link instead. You can read the full post here.

February:

The big news in February was a nationwide AT&T carrier outage that affected cell phone users and alarm communicators alike. As a carrier outage, both AlarmNet and Alarm.com customers were affected. According to the FCC, AT&T implemented "a network change with an equipment configuration error" that caused the issue. You can read the original blog post here.

March:

Among other things, in March we told customers how they can request new products for Alarm Grid to offer. You can click this link to request a product. For a full rundown on the required information, check out the post.

2024 seemed to be the year of the squatter, and we discussed ways to use an alarm system, particularly one with video support, to thwart this unique threat. Check out that post.

April:

April is ISC West month. As you may know, ISC West is the largest US trade show for the security and survaillance industry. It takes place in spring each year in sunny Las Vegas. Each manufacturer comes to the show with their best new offerings. We recapped some of those offerings here.

May:

In May, I set out to educate myself, and hopefully you, about Matter, the official Internet of Things (IoT) protocol. A new version of Matter was released in May, that drew quite a bit of attention. You can read about that, and matter in general, here.

June:

In June, I attempted to educate our readers on the joys of using B-connectors, sometimes referred to as beanies or "Dolphins". Since Dolphin is a brand name, we choose to refer to them as beanies. You can read our post on using B-connectors here.

I also posted about the potential danger of the "Shutdown System" menu option in the Resideo PROA7PLUS series panels. In short, it's best not to select that option. You can read the full post here.

July:

In July, Alarm.com rolled out their "Alarm Triggered Warning Sounds" feature. This is a configuration option that causes compatible cameras to emit an audible warning sound when a burglary alarm occurs. You can read all about this feature in this post.

Another global IT outage affected customers in July. On July 19, the now infamous "Crowdstrike Outage" for Windows systems occurred. This affected not the communicators that send signals, but the servers that receive and process them. You can read about the outage and what caused it in this post.

July was a big month! Rogers announced their plans to sunset the 2G/3G networks in Canada. The sunset is coming March 31, 2025, so if you're a Canadian customer with a Rogers communicator, prepare yourself! You can read more here.

August:

In August, Alarm.com released the "Alarm Mode" feature. Meant to make responding to an alarm as quick and easy as possible, Alarm Mode groups all alarm activity together on a single card that shows up on the customer dashboard when logging into the Alarm.com app. Read the full post for details.

On August 13, Resideo/First Alert put a quality hold on all VX1 video doorbells due to a problem with battery charging. A firmware update resolved the issue and the doorbell is again available. You can read that post, with updates, here.

Alarm.com released an all-new floodlight/camera combination unit called the ADC-V729. This product fills a previously underserved niche in the market. It comes in an AC, a 24 VDC, and a PoE version. Read all about it here.

Resideo announced in August that they were transitioning all SkyBell Video Doorbell users to a new backend via a firmware update. This occurred because of changes with the underlying SkyBell platform. You can read about that update here.

September:

In September, we wrote about a mandatory firmware update for older Total Connect 2.0 cameras. Any affected camera that failed to receive this update would no longer work with Total Connect 2.0. Cameras had until October 31, 2024 to properly update cameras. Read the full post for details.

On a more personal note, Alarm Grid rolled out our new CRM (Customer Relationship Management) platform in September. It has definitely been an adjustment, and we had a bit of a backlog of support tickets at first, but we're hitting our stride with it now. You can read about that here.

On September 27, we began preparing for Hurricane Helene. Some of our employees are located in Florida, so hurricanes often affect us both personally and professionally. You can read that notice here. We also discussed the effects hurricanes have on alarm system efficacy here.

October:

Alarm.com introduced some new Apple Widgets in response to Apple retiring the Alarm.com Today widget earlier in the year. There were two available widget options and you can read about those here.

Alarm Grid announced the new Alarm.com ADC-SVR210. Since this is not a rack mounted SVR (Stream Video Recorder) it's more of a residential than a commercial offering, though it can certainly also be used in a small business. An SVR works in conjunction with Alarm.com cameras to allow a user to record video 24/7. You can read about the launch here.

November:

In November, CMS, our central station partner for US-based customers, reported an uptick in their calls being blocked. If you have an alarm, and the monitoring station's call to you is blocked, you can't verify if the alarm is false or not. That will almost always result in a dispatch of authorities, unless you have some other specific instructions on file. Read about the issue in this post.

December:

December seems to be the month when everyone jumped on the two-factor authentication (2FA) bandwagon. Alarm.com jumped too, and now all Alarm.com customers are asked to set up 2FA. Interestingly, not only does Total Connect 2.0 not require 2FA, they don't even offer it. I've emailed them for information on why, and I'm waiting for a response. Here's our blog on Alarm.com requiring 2FA.

That's 2024 in a nutshell. It may not have been a monumental year, but it was also nothing to sneeze at. I hope you've enjoyed reading along with me throughout the year, and that you enjoyed this little trip down memory lane. As I always say, stick with me and I'll get you through this troubled world!

If you need to contact either central station while we're out, the information to do so is below. Alarm Grid fully-monitored customers in the United States should contact CMS, while Canadian-based customers should contact Rapid Response.

Alarm Grid Central Station Monitored Customers in the US Contact CMS

1. Call 888-818-7728, choose Option 9 to contact the monitoring station.
2. Provide your name and address.
3. Provide your False Alarm Password. This is the password you chose when you set up monitoring. This is the word that means "Everything is OK." If you provide the wrong word or phrase, or if you provide the Duress Password (the one that means "I'm pretending everything is ok, but I really want help!" then the operator will dispatch authorities.
4. Let the operator know the reason for your call. Provide any additional helpful information and answer any questions they may have.

Alarm Grid Canadian Central Station Monitored Customers Contact Rapid Response

1. Call (800) 932-3822 and follow any prompts provided. Depending on availability, you may reach a person immediately, or you may be provided with menu prompts.
2. Provide your name and address.
3. Provide your False Alarm Password. This is the password you set up during your activation appointment. It means "Everything is OK." If you provide the wrong information, or if you provide the Duress Password, the one that means "I'm saying everything is OK, but I really want you to send help." the operator will dispatch authorities.
4. Discuss the reason for your call with the operator.

If you're attempting to make changes to your call list, zone list, or other account related information, the monitoring station can't help you with those items. You'll need to contact us when we're back in the office. The best way to do that is to email us.

Our email address is support@alarmgrid.com. If you're emailing to make account changes, please provide your False Alarm Password, or the last four (4) digits of the credit or debit card we have on file. This will speed up our response and prevent unnecessary back-and-forth emails.