Frequently Asked Questions

These are some of the frequently asked questions received fromĀ  our valued customers:

Location:

  • Indoor vs Outdoor: For outdoors, you'll need a weatherproof camera. Indoor cameras can be simpler and more discreet.
  • Lighting: Low-light cameras provide good image quality in poorly lit areas. Consider night vision or infrared capabilities if needed.

Coverage Area:

  • Wide Angle vs Telephoto: Wide angle cameras capture a larger area, while telephoto cameras zoom in for detail on distant objects.

Security Needs:

  • Wired vs Wireless: Wired cameras offer a stable connection but require installation. Wireless cameras are flexible but may have signal strength limitations.
  • Resolution: Higher resolution provides sharper images for better identification.
  • Motion Detection: This feature triggers recording only when movement is detected, saving storage space and battery life (for wireless cameras).

Here's a simplified breakdown to get you started:

  • Entry points (doors, windows): High resolution cameras with night vision for clear identification.
  • Large open areas (parking lots, yards): Wide angle cameras for broad coverage. Consider PTZ (Pan-Tilt-Zoom) cameras for adjustable viewing.
  • Low-light areas (alleyways, garages): Cameras with low-light or night vision capabilities.

For a more in-depth look, consider consulting a security professional or researching online resources based on your specific needs. Here are some helpful terms to explore:

  • Security camera types: Bullet, dome, PTZ (Pan-Tilt-Zoom)
  • Security camera features: Night vision, motion detection, resolution, weatherproofing

Yes, you can install an intruder alarm system without Rapid Response (also known as professional monitoring). These are called unmonitored alarm systems. Here's a breakdown of the pro's and con's to help you decide:

Unmonitored Systems:

  • Pros:
    • Lower cost: No monthly monitoring fees.
    • Easy DIY installation options.
    • Privacy: No third party monitoring your activity.
  • Cons:
    • Limited deterrence: Intruder may not be deterred by a siren alone.
    • Slower response time: Relies on you or your neighbors hearing the alarm.
    • No emergency dispatch: You'll need to call the police yourself during an intrusion.

Here are some additional things to consider:

  • Cellular Backup: Some unmonitored systems offer cellular backup that can send alerts to your phone, but this may come with an additional cost.
  • Local Alarms: Unmonitored systems typically rely on loud sirens to deter intruders and alert neighbors.
  • DIY vs Professional Installation: While some unmonitored systems are designed for DIY installation, consider the complexity of your needs and your comfort level with electrical wiring.

Monitored Systems:

  • Pros:
    • Professional monitoring: Trained professionals can assess the situation and dispatch emergency services if needed.
    • Stronger deterrence: Intruders are more likely to be deterred knowing authorities will be notified.
    • Faster response time: Quicker police response can potentially minimize damage and apprehend the culprit.
  • Cons:
    • Higher cost: Requires a monthly monitoring fee.
    • Installation may require a professional.

Ultimately, the decision depends on your budget, security needs, and comfort level with technology. If you prioritize low cost and privacy, an unmonitored system might be sufficient. If you value a faster response time and professional intervention, a monitored system is a better choice.

Choosing between fingerprint and card access control depends on your priorities for security and convenience. Here's a breakdown to help you decide:

Fingerprint Access Control:

Pros:

  • High Security: Fingerprints are unique to each person, making them difficult to forge.
  • Convenience: No need to carry a card, just use your fingerprint.
  • Touchless (optional): Hygienic option, especially during times of concern about germs.

Cons:

  • Cost: Fingerprint readers can be more expensive than card readers.
  • Maintenance: Readers may require cleaning to function properly.
  • Wet/Dry Fingers: Fingerprint scanners may struggle with wet, dirty, or damaged fingers.
  • Potential Errors: Readers may not recognize fingerprints perfectly, requiring multiple scans sometimes.

Card Access Control:

Pros:

  • Cost-effective: Card readers and cards are generally cheaper than fingerprint readers.
  • Durability: Cards are less susceptible to damage than fingerprints.
  • Easy Sharing: Cards can be easily shared or replaced if lost or damaged.
  • Multiple Technologies: Cards can be embedded with other functionalities (proximity, key fobs).

Cons:

  • Lower Security: Cards can be lost, stolen, or copied, granting unauthorized access.
  • Physical Contact: Requires touching the reader, which might be a concern during some health situations.

Here are some additional factors to consider:

  • Number of Users: Fingerprint systems can be slower for large numbers of users.
  • Security Level Required: High-security areas may benefit more from fingerprints.
  • User Habits: If users tend to forget or lose cards, fingerprints might be better.

In general:

  • Fingerprint systems are a good choice for high-security areas or when a touchless solution is preferred.
  • Card systems are a more economical option for wider user bases or situations where cards offer more flexibility.

Some systems even offer a hybrid solution that combines fingerprint and card readers for an extra layer of security. Ultimately, the best choice depends on your specific needs and priorities.

The maximum range for a 2-way radio depends on several factors, but in ideal conditions with no obstacles, it's typically around 6 miles (10 kilometers). Here's a breakdown of the key factors affecting range:

  • Line of Sight: 2-way radios rely on line-of-sight communication, meaning the radio waves travel in a straight line. Any obstacles like buildings, mountains, or even trees will reduce the range.
  • Radio Frequency: The frequency used by the radio can also affect range. VHF (Very High Frequency) radios generally have a longer range than UHF (Ultra High Frequency) radios in open areas.
  • Antenna Height: The higher the antenna, the greater the line of sight and therefore the range.
  • Radio Wattage: Higher wattage radios can transmit signals over longer distances. However, regulations often limit wattage for handheld radios.

Important to remember:

  • The advertised range of a radio is usually based on ideal conditions, and real-world range will be lower due to obstacles.
  • Urban environments with many buildings will have a much shorter range than open fields.
  • Radio waves cannot bend around the Earth's curvature, so the maximum range is limited by the horizon.