How A GPS Tracker Works

GPS tracking devices can be used to track people, vehicles and other assets, anywhere on Earth. Currently, there are 27 satellites orbiting the earth, 24 are operational, the other three will become operational if one of the satellites happen to fail. At any given time there are at least three satellites that are visible in the sky from a location. These satellites then triangulate on the position of the GPS tracking device. By continuing to triangulate the coordinates at regular intervals, the satellites can determine the speed of an object, the distance traveled and how long it has been stationary.
There are two main types of GPS tracking systems currently on the market today. They are classified as Passive and Active/Live (real-time) Tracking.
KJB Security's passive GPS tracking devices include the I Trail historical tracker.
US Fleet Tracking's active GPS tracking systems include the PT-X5 real-time GPS tracker and the OBD-X5 tracker.
Not all GPS tracking devices are created equal. When considering the purchase of a GPS tracking unit, comparisons should be made based on accuracy, sensitivity, frequency of sampling points, power sources, reliability, and the software that translates the data into an understandable, easy-to-use format.

GPS Tracking Accuracy

All Us Fleet Tracking GPS tracking devices, whether they are active or passive, provide locations that are accurate within 2.5 meters (or roughly 7 feet).

GPS Tracking Sensitivity

Since GPS Tracking for many users is covert in nature, the tracking device needs to be manufactured in a way that maximizes GPS reception. Most traditional GPS devices need a clear view of the sky and will lose GPS reception if placed in some concealed positions. The Us Fleet Tracking line of GPS tracking devices have been designed with that concern in mind. They are sensitive enough that they can be hidden in covert locations while retaining and maintaing good reception.

GPS Tracking Frequency of Sampling Points

The KJB Security passive I Trail GPS Tracking device capture and store GPS signals including time, position, and speed once every second. Competing products capture data once every five (5) to ten (10) seconds per sampling. The second-by-second data represents a better flow of information that can be used to generate greater and more detailed reports.

GPS Tracking Power Sources

Since the majority of GPS tracking customers prefer portability from their units, it is critical for the devices to be able to manage power efficiently. All of Us Fleet Tracking's devices provide a minimum of 20 hours of wheels in motion tracking. Internal sensors put the device into sleep mode when the vehicle is not in motion, which helps in extending battery life. Users of the device can expect to receive days or even weeks of tracking ability. Results will vary based on the number of hours in motion per day.

GPS Tracking Reliability

All Us Fleet Tracking products go through extensive pre-development research and testing to ensure that our customers are purchasing products that are at the forefront of GPS tracking technology. These strict requirements have helped in establishing Us Fleet Tracking as an industry leader, making our GPS tracking solutions the systems of choice, regardless of customer type.

GPS Tracking Software

Us Fleet Tracking's vehicle tracking software offers three ways to view and evaluate tracking data in a user-friendly package that will appeal to both novices and advanced computer users.

• Digital street map: Gives a historical, moment-by-moment replay. Shows when and where the vehicle traveled. Screen shows animated tools, including speedometer, clock with second hand and compass.
• Google Earth satellite map: Accurately displays the driving path and stops on a satellite image.
• Text activity report: Gives a daily summary, divides driving activity into segments with detailed descriptions including starting address, departure time, time en route, arrival time, miles traveled and how long the vehicle stayed at each location.

The significance of second by second data is critical in providing a comprehensive, fluid replay of any and all historical tracking data. Any device providing less than second by second recording falls short of these expectations. As an example, Kjb Security Product's Passive GPS Tracking devices are able to record 3,600 positions per driving hour whereas competing devices recording every 5 seconds, which only provides 720 positions per driving hour.

How to find a good Private Investigator

A good private investigator is essential for a number of jobs, and there are several qualities that a professional should have.

Need For A Good Private Investigator

Private detectives are often used by lawyers, and they can research material that is used in a criminal defense case. Police departments have teams of detectives, but a defense lawyer needs a way to research a case on their own.
Detectives are also useful in a divorce and come in handy in a number of specialized situations. Finding an exceptional detective is made easy when shoppers rely on some of the following attributes that should be found in a good private investigator.

Powers of Observation and Concentration

Detectives often have to follow people and need to pay attention to their activities. For this reason, it is essential to find a professional who is astute and catches on very quickly.
This trait is essential and will help investigators find out more about the person or subject that they are investigating. Investigators often have to look past the obvious in order to find the missing link. This is essential when it comes to finding reclusive people.

Communication and Listening Skills

Investigators need to be able to listen closely to their clients, and they must communicate their findings. Searching for a detective that has these attributes will make it easy to retain the right professional.
There are plenty of times when these skills come in handy. Most detectives get paid a good hourly rate, and communication that is short and effective is the key to finding a great investigator at an economical price.

Ability to Keep Secrets

Lots of detectives work in secretive areas, and they may find out a number of disturbing or illegal things about the people who they watch. Privacy is crucial for most people, and clients should be sure that their detective has the discretion to keep everything to themselves.
Most detectives usually operate according to the code of silence, but it is imperative to make sure of this. Communicating this issue from the onset will assist in the selection process.
Imagine if your detective tells your wife you paid him to follow her. This could lead to a disaster, and this is why it is imperative to find a detective who can keep a secret.

Master of Technology

There are plenty of innovations in technology that can be used by investigators to make their jobs more efficient.
Finding a detective that has and knows how to use GPS systems is essential. Chips can now be left on cars, and they will transmit detailed reports as to the vehicle’s whereabouts. This makes it easy to follow anyone and see where they go.
Technology can also be used to perform skip tracing and find missing people. This is the same type of software that is used by professional collection agents. It can provide names and addresses and often tracks people down through third parties. This is the most economical way to find anyone who has dropped off the grid.
Surveillance cameras are another essential component of the job. The latest recording devices can do audio and video, and they are easy to hide in any location. Their data can be downloaded to a computer, and the entire system is incredibly sneaky. This is a great way to track anyone through their entire days.

Organization and Analytical Skills

Often, investigators use their analytical powers to help them break open hard to crack cases.
For instance, cheating spouses usually work hard to disguise their activities. They may buy another cell phone, and they keep their private conversations to this line. They sneak around and meet in out of the way places, and they work hard not to be seen.
Detectives need to be able to see through the smoke and mirrors and track people using their intuition.

Finding an Exceptionally Good Private Investigator
There are many detectives that have some or a combination of these traits. They are often effective at many jobs, but there are times when a person really needs the best.
Detectives should be able to integrate all of the above qualities, and it is ideal when they have a good team to work with. This makes it easy for them to track multiple people at the same time and finish any job quickly.
Divorces, legal proceedings and other issues often cause people to need to learn more about a person. Trusting a good private investigator is the best way for anyone to track someone down or find out some secrets.
Most people have secrets, but a good private investigator can find them out. There are several qualities that the consummate professional should have, and intelligence and analytical ability are two traits that come in handy.

How a Bug Detector Works

Bug detectors are RF (radio frequency) finders. Bug detectors will respond to any wireless device within its range.  This make searching for a bug difficult but not impossible.

Lets first look at what ranges a Bug detector will cover. Many detectors cover from 50MHz - 6.0GHz. This covers the normal frequencies that wireless devices use.
50 MHZ (megahertz) is the low end of the scale this is where you will find most voice transmitters. As you move up the scale to the GHZ (gigahertz) you get into the wireless camera frequencies.
MHz and GHz are just frequency denominators IE: 1000 MHZ is equal to 1 GHZ so a 2.4 GIG camera can also be considered to be a 2400 MHZ and a 5.8 GHZ can be a 5800 MHZ.
This is not to be confused with say a 10 meter radio that runs around 29.0 (lower than the range) or 27.0 (cb radio).

Between 50 and 6000 MHz are where most spy devices are located. The federal government uses between 406- 420 MHZ ( approx).

The process for locating bugs is simple but time consuming. You need to be aware of all the wireless devices you possess. This can include but is not limited to,
Baby monitors 900 - 1200 MHZ (many others)
Wireless Routers 802.11 -(close to 2.4 GHZ)
Cordless phones 5.8-6 GHZ
Some Cell Phones (approx) 900MHz
Wireless Keyboards and Mice
Wireless speakers
There are many other wireless devices that can set off a bug detector so everything that you know to be wireless needs to be turned off, so you can avoid false signals. Other things to keep in mind are that your neighbours may have wireless devices such as routers and cordless phones.

So to start the process turn off everything that you know is wireless. The simple conclusion here is that what ever else you find is a bug or a wireless camera but that is not always true. You need to take interference into account. There is RF everywhere and our bug detectors are sensitive enough to pick it up. RF is generated by microwaves TVs high power lines ans so on.  Di you ever walk under a high power line , like the big towers that run through the US. The feeling you get is RF so much rf that you can feel it. An experiment we used to do is hold a florescet bulb under the power line and it will light up. The RF activates the gas in the tube causing light.

How do you know if you find a bug? Well if you cant use the sensitivity setting on a detector to tune out the alarm . Then you start looking for devices. Bug detectors will not just light up and point to the bug, it is a process. If you get a reading from a solid wall go to the other side of that wall and make sure that ther are no other wireless devices in the area r that the house or apartment next door does not have a wireless router.

Remember that who ever put the bug is had to have access for a certain amount of time, you must take into account wether they had time to open a wall and then repair it so well that you cant tell. Look for more obvious places like in or around cluttered areas or under furniture. that is a much more likely location.

The Reasons and Advantages of a Nanny Cam

The nanny camera used at homes can be very helpful and advantageous. Let us see the importance of nanny cams that are used at home to monitor nanny’s activities. Now, let us see the activities and benefits of these nanny spy cams.
These cameras are quite and cannot be found easily. Several house owners rely on this camera to check and know their nanny. The nanny camera can be easily hidden from any external place.
Do you know how good and trustworthy your nanny is? Here is a small device that can be used to monitor all the activities of your nanny. With this device, you can find out how well your children are taken care by the nanny.
These cameras can be installed in every room. This will help you monitor the activities of these homes. The spy camera can be directly installed to your desktop or laptop. This allows you to monitor all the activities from your work place as well.
The nanny spy cameras can be used to find out the activities and happenings at your home when you are away. Your son might say “no parties” when you leave home for an official meeting. In most cases, children do conduct parties whenever their parents are not home. In that case, you can find out what your son or daughter does when

What is 960H Resolution

960H is the new analog technology allow cameras and DVRs to capture up to 700TVL, the highest TVL available to date. 960H represents the number of horizontal pixels in the CCD image sensor. 960H is the highest resolution available for analog CCTV and provides a 30% increase in resolution in comparison to D1. The greater the resolution, the higher the definition of the video image. 960H enables the CCTV camera to obtain high resolutions of up to 700 TVL. A 960H DVR must complement the 960H camera to realize the high resolution video.
With previous D1 DVRs, although you may have a 650TVL analog camera, you can only record at D1 resolution which can clearly discern only up to 540TVL. With the new 960H DVR, not only can it capture high-resolution 700TVL cameras, but it can also enhance the recording quality of the existing cameras as its full resolution of up to 700TVL will be realized.
Some of the key points of 960H

• an increase in the number of pixels of nearly 30% resulting in significantly enhanced picture detail
• 700TVL highest resolution currently available in Analog
• Backward compatible with D1 cameras and DVRs
• Easily replaces existing analog installations
• Cost increase is minimal (5% to 10%)