1 Introduction

CTT offers digitally-coded radio tags in two frequency families:

  1. 434MHz radio tags: LifeTag, PowerTag, and HybridTag.
  2. BlūSeries 2.4GHz radio tags: BlūMorpho, BlūBat, and BlūBird.

Use this guide to identify your tag type, understand what is included with your shipment, test or activate tags before deployment, and confirm that tags are detectable with the correct CTT receiver.

If you run into any complications, please contact CTT through the Customer Service Desk here.

1.1 Tag Family Quick Reference

Tag Family Power Type Activation / Test Method Detection Options
LifeTag 434MHz Solar-only Expose solar panel to direct sunlight CTT Sidekick; SensorStation; V2 Node; V3 Node
PowerTag 434MHz Battery-only CTT Activator CTT Sidekick; SensorStation; V2 Node; V3 Node
HybridTag 434MHz Solar-rechargeable battery Remove magnet; use direct sunlight if battery is flat CTT Sidekick; SensorStation; V2 Node; V3 Node
BlūMorpho 2.4GHz Solar-only Cut from panel and expose solar panel to direct sunlight; activate Blū+ in the portal if applicable CTT Sidekick; V3 Node; SensorStation with BlūSeries Receiver; Expanded Blū+: compatible mobile/iOS apps, Terra Listens/Terra Network, Blū-enabled CTT infrastructure including V3 Nodes, Motus if registered
BlūBat 2.4GHz Battery-only Bridge test pads; sever test tab for permanent activation; activate Blū+ in the portal if applicable CTT Sidekick; V3 Node; SensorStation with BlūSeries Receiver; Expanded Blū+: compatible mobile/iOS apps, Terra Listens/Terra Network, Blū-enabled CTT infrastructure including V3 Nodes, Motus if registered
BlūBird 2.4GHz Solar-rechargeable battery Remove magnet; use direct sunlight if battery is flat; activate Blū+ in the portal if applicable CTT Sidekick; V3 Node; SensorStation with BlūSeries Receiver; Expanded Blū+: compatible mobile/iOS apps, Terra Listens/Terra Network, Blū-enabled CTT infrastructure including V3 Nodes, Motus if registered

1.2 Before You Begin

For preparing to deploy any of these tag types, you will need a way to detect the tag.

For 434MHz tags, use a CTT Sidekick, operational SensorStation, V2 Node, or V3 Node. If using a SensorStation directly, connect to the SensorStation web interface by ethernet or WiFi adapter.

For 2.4GHz Blū tags, use a CTT Sidekick, V3 Node, or a SensorStation equipped with a BlūSeries Receiver. V2 Nodes do not detect 2.4GHz Blū tags, and a standard SensorStation without a BlūSeries Receiver will not detect 2.4GHz Blū tags. Expanded Blū+ tags also require activation in the BlūSeries Portal and an active data plan before they can be searched for through Blū+ workflows such as compatible mobile/iOS apps, Terra Listens/Terra Network coverage, Blū-enabled CTT infrastructure including V3 Nodes, and Motus if registered.

2 434MHz Radio Tags

CTT 434MHz radio tags include solar-only, battery-only, and hybrid solar/battery options.

2.1 LifeTag Quick Start Guide

2.1.1 Best For

LifeTag is a solar-only tag. It is appropriate for diurnally-active species that need the lightest weight available.

LifeTags can be as light as 0.35g. With a flexible tab for harnessing, light nitinol antenna, and enough epoxy coating to protect the tag from the elements, the tag will typically come in between 0.45 and 0.6g depending on the amount of epoxy.

Because of its battery-less design, the LifeTag can last for many seasons and years with proper attachment. LifeTag is programmed with a standard 5-second beep rate.

2.1.2 What You’ll Find in the Package

Each LifeTag ships with an 8-digit digital ID sticker.

2.1.3 What You’ll Need

  • The unique digital IDs for each of your tags.
  • A location where the LifeTag solar panel can receive direct sunlight.
  • A CTT Sidekick, operational SensorStation, V2 Node, or V3 Node for confirming tag detection.
  • If using a SensorStation or Node workflow, a way to view the resulting detections.

2.1.4 Before Deployment

  1. Unpack your LifeTags.
  2. Record the unique digital IDs for each tag.
  3. Place each LifeTag with the solar panel facing up in a location where it can get direct sunlight.
  4. Keep the tags within detection range of your CTT Sidekick, SensorStation, or Node.

If you are not using antennas on your SensorStation, make sure tags are within a meter of the station.

2.1.5 Activate or Test the Tag

LifeTags do not have a battery to activate. The tag should transmit when the solar panel receives enough direct sunlight.

2.1.6 Confirm Detection

If using the Sidekick, power up and connect your Sidekick to a smart device following the directions in the Sidekick User Guide here.

If using a SensorStation:

  1. Connect your computer to your SensorStation so you can view the web interface.
  2. Consult the online install guide here if needed.
  3. Ensure your SensorStation has at least one radio tuned to detect Tags.
  4. Confirm the digital ID appears in either the Sidekick interface or on radio channels 1 through 5 in the SensorStation interface.

If using a V2 Node or V3 Node, follow the CTT Node V2 User Guide or CTT Node V3 User Guide as appropriate, and confirm the digital ID appears in the Node or SensorStation detection workflow.

2.1.7 Charging / Battery Notes

LifeTag is solar-only and does not have a battery.

2.1.8 Troubleshooting

If you do not see the expected digital ID:

  1. Confirm the solar panel is facing up and receiving direct sunlight.
  2. Confirm the tag is within detection range of the Sidekick, SensorStation, or Node.
  3. If using a SensorStation, confirm at least one radio is tuned to detect Tags.
  4. If using a Node, confirm the Node is powered, listening, and close enough to detect the tag.

2.1.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

2.2 PowerTag Quick Start Guide

2.2.1 Best For

PowerTag is a battery-only radio tag with a user-defined beep rate. It allows users to balance tag longevity and desired tag weight. It is appropriate for the smallest species, species that are only active at night, or species that spend most of their lives under dense cover.

2.2.2 What You’ll Find in the Package

Each PowerTag ships with an 8-digit digital ID sticker.

2.2.3 What You’ll Need

  • The unique digital IDs for each of your tags.
  • A CTT Activator to activate and deactivate the tag.
  • A CTT Sidekick, SensorStation, V2 Node, or V3 Node to confirm tag detection.

2.2.4 Before Deployment

  1. Unpack your PowerTags.
  2. Record the unique digital IDs for each tag.
  3. Confirm the expected beep rate from your order.

2.2.5 Activate or Test the Tag

  1. Follow the directions printed on the CTT Activator to activate your PowerTag.
  2. Confirm activation on the Activator by seeing the red beep indicator light flashing at the expected beep rate.

If your tag fails to activate at first, try activating it in different orientations. The transmitter board can be on either side of the tag depending on the build, and the battery or a thick epoxy coating may preclude activation from a single orientation. Flipping the tag and trying again will usually resolve this.

All tags are activated and deactivated at CTT prior to shipping, so there is a correct orientation.

2.2.6 Confirm Detection

It is best practice to confirm tag detection on a CTT Sidekick, CTT SensorStation, V2 Node, or V3 Node. Follow the detection steps listed in the LifeTag section above.

2.2.7 Charging / Battery Notes

PowerTag operates solely on battery.

If you have issues with your Activator, the most common problem is that the internal Activator battery is too low and needs to be recharged. Fully charge the Activator by plugging it in, or use the Activator while it is plugged into AC power.

2.2.8 Troubleshooting

If the tag does not activate:

  1. Try the Activator in different tag orientations.
  2. Confirm the Activator battery is charged.
  3. Try using the Activator while it is plugged into AC power.
  4. Confirm tag detection with a Sidekick, SensorStation, or Node after activation.

2.2.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

2.3 HybridTag Quick Start Guide

2.3.1 Best For

HybridTag is a solar-rechargeable battery tag that combines LifeTag solar technology with a rechargeable battery. It can beep 24 hours a day, last multiple seasons and years, and only requires several hours of sunlight over the course of three days to remain fully charged.

HybridTag is approximately 0.65g with light epoxy coating, flexible attachment tab, and light antenna.

2.3.2 What You’ll Find in the Package

Each HybridTag ships with:

  • An 8-digit digital ID sticker.
  • A small magnet taped to the back of the tag.

The magnet keeps the tag from using the battery to transmit its digital signal.

2.3.3 What You’ll Need

  • The unique digital IDs for each tag.
  • A CTT Sidekick, SensorStation, V2 Node, or V3 Node to confirm tag detection.
  • Direct sunlight if the tag battery needs to recharge.

2.3.4 Before Deployment

  1. Unpack your HybridTags.
  2. Record the unique digital IDs for each tag.
  3. Locate the tape and magnet on the back of each tag.

2.3.5 Activate or Test the Tag

  1. Remove the tape and magnet from the back of your HybridTag.
  2. Store the magnet for turning off the HybridTag in the future, such as when you are done testing.
  3. If the battery is charged, the tag should begin beeping immediately.

2.3.6 Confirm Detection

If using the Sidekick, power up and connect your Sidekick to a smart device following the directions in the Sidekick User Guide here.

If using a SensorStation:

  1. Connect your computer to your SensorStation so you can view the web interface.
  2. Consult the online install guide here if needed.
  3. Ensure your SensorStation has at least one radio tuned to detect Tags.
  4. Confirm the digital ID appears in either the Sidekick interface or on radio channels 1 through 5 in the SensorStation interface.

If using a V2 Node or V3 Node, follow the CTT Node V2 User Guide or CTT Node V3 User Guide as appropriate, and confirm the digital ID appears in the Node or SensorStation detection workflow.

2.3.7 Charging / Battery Notes

If the tag fails to beep and is not in the sun, place it in direct sun and see if it starts to function. If this happens, the battery is flat and needs to recharge.

To recharge:

  1. Place the magnet back on the tag.
  2. Place the tag in the sun for several hours to fully recharge.
  3. Repeat the test again.
  4. Cover the solar panel to ensure that your tag is beeping using battery power.

2.3.8 Troubleshooting

If the tag does not beep:

  1. Confirm the magnet has been removed.
  2. Place the tag in direct sun.
  3. Recharge the tag with the magnet back on the tag.
  4. Test again after charging.
  5. Confirm detection with a Sidekick, SensorStation, or Node.

2.3.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

3 BlūSeries 2.4GHz Radio Tags

CTT’s BlūSeries 2.4GHz tags include solar-only, battery-only, and solar-rechargeable battery options.

3.1 Standard and Expanded BlūSeries Tags

BlūSeries tags are available in two variants:

  • Standard BlūSeries tags.
  • Expanded BlūSeries tags with Blū+.

Testing with a CTT receiver remains the same for both variants. Use a CTT Sidekick, V3 Node, or SensorStation equipped with a BlūSeries Receiver to confirm local 2.4GHz detections. A standard SensorStation without a BlūSeries Receiver will not detect BlūSeries tags.

If you are using Expanded BlūSeries tags with Blū+, activate the tag in the BlūSeries Portal, assign an active data plan, and confirm that the tag is toggled on for Blū+ detection. Once active, Blū+ tags can be searched for through compatible mobile/iOS apps, Terra Listens/Terra Network coverage, Blū-enabled CTT SensorStations and V3 Nodes, partnered cellular IoT infrastructure, and Motus if registered.

3.2 BlūMorpho Quick Start Guide

3.2.1 Best For

BlūMorpho is a solar-powered 2.4GHz tag for very small animals. The tag weighs about the same as a grain of rice, approximately 0.06g, and measures less than 4cm with antenna included.

BlūMorpho is appropriate for species ranging from Monarch butterflies and bumble bees to hummingbirds and many more. BlūMorpho comes pre-set with a 3-second beep interval. Because it is solar-only, the lifespan is as long as the tag remains attached to the animal and receives enough sunlight.

3.2.2 What You’ll Find in the Package

BlūMorpho tags arrive in a tri-fold envelope, suspended behind a retention strip.

The envelope includes:

  • Your order number.
  • The reference number printed on the panel to which your tags are attached.
  • The Tag ID, which is the ID you will see when detecting your tag with a receiver.

The tag ID is not printed on the tag itself. The panel ID numbers are your reference to the full tag digital ID number that will show up on your receiver.

Fig 1. The tri-fold envelope holding your BlūMorpho tags. Note the retention strip holding the antennas down, and the small white sticker holding the panel strip to the envelope.
Fig 1. The tri-fold envelope holding your BlūMorpho tags. Note the retention strip holding the antennas down, and the small white sticker holding the panel strip to the envelope.

3.2.3 What You’ll Need

  • The order, panel, and tag ID information printed on the envelope.
  • A sharp cutting tool for cutting at the indicated cut line.
  • A compatible 2.4GHz receiver for confirming tag detection, such as a CTT Sidekick, V3 Node, or SensorStation equipped with a BlūSeries Receiver.
  • BlūSeries Portal access and an active data plan if using Expanded Blū+ detection.

3.2.4 Before Deployment

  1. Open the tri-fold envelope carefully.
  2. Note the order number, panel reference number, and Tag ID information.
  3. Confirm that the tags are solar-panel up, which is the way they should be deployed on an animal.
  4. Identify the cut line at the top of the antenna where it meets the panel strip.
Fig 2. The upperside of the BlūMorpho transmitter showing the solar panel as well as the small cutline indicating where you should cut to separate the tag and antenna from the panel strip. This cut line results in a 1/4 wavelength antenna.
Fig 2. The upperside of the BlūMorpho transmitter showing the solar panel as well as the small cutline indicating where you should cut to separate the tag and antenna from the panel strip. This cut line results in a 1/4 wavelength antenna.
Fig 3. The underside of the BlūMorpho tag showing the reference “Panel ID numbers” along the top of the Panel
Fig 3. The underside of the BlūMorpho tag showing the reference “Panel ID numbers” along the top of the Panel

3.2.5 Activate or Test the Tag

BlūMorpho is solar-only. As such, only solar exposure is required to trigger the tag to start beeping.

To remove the tag from the panel strip, cut only at the small white cut line at the top of the antenna where it meets the panel strip. This is the only place where you should cut your tag to remove it from the panel strip and deploy it on an animal.

If this is an Expanded Blū+ tag, activate the tag in the BlūSeries Portal, assign an active data plan, and confirm that the tag is toggled on before relying on Blū+ detection workflows.

3.2.6 Confirm Detection

Confirm that the tag ID appears on your compatible 2.4GHz receiver.

For local receiver testing:

  1. Place the tag solar-panel up in direct sunlight.
  2. Keep the tag within detection range of the Sidekick, V3 Node, or SensorStation with BlūSeries Receiver.
  3. Confirm that the expected tag ID appears in the receiver workflow.

For Expanded Blū+ testing, confirm that the tag is active in the BlūSeries Portal and that detections appear after the tag has transmitted in compatible coverage.

3.2.7 Charging / Battery Notes

BlūMorpho is solar-only.

3.2.8 Troubleshooting

If the tag ID does not appear on your receiver:

  1. Confirm the panel ID/reference information was recorded correctly.
  2. Confirm the tag was cut only at the indicated cut line.
  3. Confirm the solar panel is facing up.
  4. Confirm you are using a compatible 2.4GHz receiver.
  5. If using Expanded Blū+, confirm the tag is active in the BlūSeries Portal, has an active data plan, and is transmitting in compatible coverage.

3.2.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

3.3 BlūBat Quick Start Guide

3.3.1 Best For

BlūBat is a battery-only 2.4GHz digitally-coded transmitter for species that require transmission in the dark or at night. It is appropriate for bats, birds, rodents, and more.

The base model BlūBat weighs 0.16g and measures 3.5cm total length including antenna.

3.3.2 What You’ll Find in the Package

BlūBat tags arrive paneled or de-paneled in individual packaging, with the testing tab attached.

Screen-printed numbers correspond to the tag IDs printed on the packaging.

Fig 4. Your BlūBat tags will arrive paneled or de-paneled in individual packaging, with the testing tab attached.
Fig 4. Your BlūBat tags will arrive paneled or de-paneled in individual packaging, with the testing tab attached.

3.3.3 What You’ll Need

  • Tag ID information from the packaging.
  • Sharp scissors for depaneling and final activation.
  • Metal tweezers or another metal object to bridge the test pads.
  • Super glue or epoxy to seal the cut point after final activation.
  • A compatible 2.4GHz receiver to confirm tag detection, such as a CTT Sidekick, V3 Node, or SensorStation equipped with a BlūSeries Receiver.
  • BlūSeries Portal access and an active data plan if using Expanded Blū+ detection.

3.3.4 Before Deployment

  1. Record the tag IDs printed on the packaging.
  2. Identify the white cut line at the tip of the antenna.
  3. Identify the testing tab.

To depanel while keeping the testing tab intact for continued testing prior to deployment, use sharp scissors to cut on the white line at the tip of the antenna and around the testing tab.

If deploying directly from the panel, you can cut on the white line with the cut arrow that attaches the tag to the testing tab.

3.3.5 Activate or Test the Tag

With the tag separated from the panel, you can still test the tag by bridging the two gold pads on the testing tab.

Fig 5. With the tag separated from the panel, you can still test the tag by bridging the two gold pads on the testing tab.
Fig 5. With the tag separated from the panel, you can still test the tag by bridging the two gold pads on the testing tab.

Testing is easiest with metal tweezers, but any metal will do. When bridged, the tag will beep. When unbridged, it will stop.

The gold-pad bridging method is for instantaneous testing only. Do not leave the pads bridged for any length of time. Testing this way draws more power than an activated tag and will reduce the life of the transmitter if left bridged.

When you are ready to deploy, use sharp scissors to cut on the white line between the tag and the testing tab. This permanently activates the tag.

If this is an Expanded Blū+ tag, activate the tag in the BlūSeries Portal, assign an active data plan, and confirm that the tag is toggled on before relying on Blū+ detection workflows.

Fig 6. Now that the test tab has been severed, the tag is permanently activated.
Fig 6. Now that the test tab has been severed, the tag is permanently activated.

Important: Because severing the test tab exposes copper, you must put a drop of super glue or epoxy over the cut point and let it set before deploying the tag. This seal step is required to help the tag last the expected lifespan once deployed.

3.3.6 Confirm Detection

Confirm that the tag ID appears on your compatible 2.4GHz receiver.

For local receiver testing:

  1. Briefly bridge the two gold pads on the testing tab so the tag begins transmitting.
  2. Keep the tag within detection range of the Sidekick, V3 Node, or SensorStation with BlūSeries Receiver.
  3. Confirm that the expected tag ID appears in the receiver workflow.
  4. When testing is complete, remove the bridge from the gold pads to stop the test transmission.

For Expanded Blū+ testing, confirm that the tag is active in the BlūSeries Portal and that detections appear after the tag has transmitted in compatible coverage.

3.3.7 Charging / Battery Notes

BlūBat is battery-only. Severing the test tab permanently activates the tag.

BlūBat lifespan depends on build, battery size, beep interval, and whether the tag is Standard or Expanded with Blū+. Use the BlūBat configuration tool to compare available options.

3.3.8 Troubleshooting

If the tag does not beep during testing:

  1. Confirm the testing tab is intact.
  2. Confirm you are briefly bridging the two gold pads on the testing tab with metal tweezers or another metal object.
  3. Confirm the tag was not already permanently activated by severing the test tab.

3.3.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

3.4 BlūBird Quick Start Guide

BlūBird tag with 4-corner 5mm raised platform
BlūBird tag with 4-corner 5mm raised platform

3.4.1 Best For

BlūBird is a solar-rechargeable battery 2.4GHz tag designed for deployments where 24-hour operation is required, such as recording nocturnal migration of a diurnally active species like many migratory birds.

3.4.2 What You’ll Find in the Package

Each BlūBird tag will arrive with a magnet attached. The magnet keeps the tag in a low-power state during shipping and storage.

BlūBird with 4-corner hole platform as shipped with magnet attached
BlūBird with 4-corner hole platform as shipped with magnet attached

3.4.3 What You’ll Need

  • A Sidekick receiver to verify operation and monitor battery voltage before deployment.
  • A compatible 2.4GHz receiver for study detection after deployment, such as a V3 Node or SensorStation equipped with a BlūSeries Receiver.
  • BlūSeries Portal access and an active data plan if using Expanded Blū+ detection.
  • Outdoor direct sunlight for charging.
  • A way to record each tag ID, baseline voltage, and post-charge voltage.

3.4.4 Before Deployment

BlūBird tags are shipped in a low-power state and are not shipped with fully charged batteries. Before deployment, all tags should be checked with a Sidekick, charged in direct sunlight, and checked again to confirm that the batteries are charging properly.

Because of the small size and tight manufacturing tolerances of these devices, some units may fail after manufacturing even though they were pre-tested. Always confirm function and battery charging before deploying BlūBird tags on live animals.

3.4.5 Activate or Test the Tag

Start by collecting baseline data with your Sidekick before charging the tags:

  1. Remove the BlūBird tags from the packaging.
  2. Discard any plastic that was holding the magnets in place.
  3. Remove the magnets from the tags you are checking.
  4. Use the Sidekick to confirm that the tags are transmitting and reporting battery voltage.
  5. Record the tag IDs and baseline battery voltages.
  6. Reattach the magnets after collecting the baseline data.

You do not need to check tags individually. You can place all BlūBird tags out at once, collect detections with the Sidekick, and review the Sidekick CSV file afterward to retrieve the baseline voltage for each tag. You can also work with a smaller group of tags and monitor each one in the Sidekick using the real-time graph of time versus voltage. Both methods are effective.

If these are Expanded Blū+ tags, activate each tag in the BlūSeries Portal, assign an active data plan, and confirm that the tags are toggled on before relying on Blū+ detection workflows.

After baseline data are recorded:

  1. Remove the magnets and place the tags outdoors in direct sunlight for a couple of days.
  2. Reattach the magnets at night to prevent the tags from discharging overnight.
  3. After a couple of days of charging, cover the solar panels and collect post-charge voltage samples with the Sidekick.
  4. Review the Sidekick data to confirm post-charge voltage for each tag in the shipment.

3.4.6 Confirm Detection

Confirm that each tag appears on the Sidekick display, is transmitting normally, and is reporting battery voltage.

For study detection, confirm that the expected tag IDs appear in the planned receiver workflow before deployment. This may be a V3 Node, a SensorStation equipped with a BlūSeries Receiver, or the BlūSeries Portal for Expanded Blū+ tags with an active data plan.

3.4.7 Charging / Battery Notes

As each tag appears on the Sidekick display, note the reported battery voltage. Record a baseline voltage before charging, then record a second voltage after the tags have been exposed to direct sunlight for a couple of days.

Recommended voltage before deployment:

  • 3.0 V or higher: ready for deployment.
  • Below approximately 2.9 V: additional charging is recommended before deployment.

The ending voltage after a couple of days in direct sunlight should be close to or just above 3.0 V, regardless of the starting voltage. For example, if a tag starts at 2.0 V and only reaches 2.1 V after two days in direct sunlight, the battery may not be charging effectively. If the voltage decreases after sun exposure, this also indicates a charging issue.

Recommended charging procedure:

  1. Place the tags outdoors in direct sunlight whenever possible.
  2. Leave the tags in direct sunlight for a couple of days.
  3. Reattach the magnets at night to prevent discharge.
  4. Cover the solar panels before taking the post-charge voltage sample.

The magnets may remain attached during charging if desired, although this is not required for charging to occur. If you remove the magnets for charging, remember to reattach them at night.

Until deployment, keep the tags in a well-lit location where they can continue to charge. Units will typically not charge through windows. Do NOT charge under the windshield of a car; extremely high temperatures will damage transmitters.

3.4.8 Troubleshooting

If a tag does not begin transmitting immediately:

  1. Reattach the magnet to the tag.
  2. Wait a few seconds.
  3. Remove the magnet again to reset the tag.
  4. Check the Sidekick display for activity.

If the tag still does not appear, charge the tag in direct sunlight and then check it again.

After charging:

  1. Remove the magnet from the tag.
  2. Verify that the tag appears on the Sidekick display.
  3. Confirm that the tag is transmitting normally.
  4. Confirm that battery voltage has increased.

If a tag does not charge close to 3.0 V after a couple of days in direct sunlight, if the voltage only increases slightly from a low starting voltage, or if the voltage decreases after charging, contact Cellular Tracking Technologies for replacements. Do not deploy tags with non-charging batteries on live animals.

If the tag still does not transmit after charging and resetting, contact Cellular Tracking Technologies for support.

3.4.9 Final Deployment Checklist

Make sure each item below is checked before deployment.

4 Final Thoughts

This User Guide is a living document. Your experiences and input are greatly appreciated so please don’t hesitate to reach out to us regarding what you’d like to see included here. You can submit your suggestions and any errors to our Customer Service Desk here and we will work to incorporate them in future revisions. All material © Cellular Tracking Technologies, 2026.