DEIMOSGPS and Jamming

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GPS technology has revolutionized modern technology and thus also warfare. It is now regularly depended on for accurate positioning, targeting and ommunications. GPS has become an important part of the daily lives of many people. Businesses use GPS tracking and GPS navigation to find destinations, avoid traffic ongestion, improve fuel mileage, and even to save money. Individuals use it for over road and pedestrian guidance — even in out-of-the-way locations, and the military uses it to assure accurate targeting while avoiding civilian casualties whenever possible. The creation of new systems provides increase competition, greater accuracy, and more stability for civilians and businesses that depend on these positioning services.

GPS is the frequency range that is used by navigational satellites to track the location of land, water and air vehicles which have GPS tracking device installed onboard. GPS frequency range has five bands but only three of them are intended for civil usage – L1, L2 and L5. While GPS is the most widespread tracking frequency spectrum (developed and commonly used in the USA), there are also many other satellite navigation systems: Russian GLONASS, European Galileo, Chinese Compass and Japanese QZSS. Depending on what part of the world you are, any of them might be used or even few of them simultaneously.

There are four main systems to be considered namely:• Global positioning system (GPS) is the USA’s

satellite navigation system. It has very high accuracy, able to get up-to-date information regardless of the current weather condition. It is one of the oldest navigation systems, originally being introduced in 1973. Until it became public in the 2000s, GPS was used primarily for the U.S. Department of Defense.

• GLONASS is an acronym, which stands for Globalnaya Navigazionnaya Sputnikovaya Sistema, or Global Navigation Satellite System. GLONASS is Russia’s version of GPS (Global Positioning System). A-GLONASS, Assisted GLONASS is very similar to GLONASS but A-

GLONASS brings more features for smartphones. It brings features such as turn by turn navigation, real time traffic data and more. It uses the cell towers near your location to lock your location quickly with the help from your data connection. A-GLONASS also enhances the performance in chip-sets that come with GLONASS support.

• The BeiDou Navigation Satellite System (BDS, Chinese satellite navigation system. It consists of two separate satellite constellations – a limited test system that has been operating since 2000, and a full-scale global navigation system that is currently under construction.

• Europeans, uninterested in being dependent upon American systems began developing their own system. Galileo intends to offer basic navigation free of charge and offers both horizontal and vertical positioning accurate to within one meter. The positioning services are more accurate at higher latitudes with Galileo than with any other positioning services. Current estimates have Galileo offering limited service by 2015 assuming the EU managed to work out frequency issues with the Beidou. Once operational, Galileo will be available to users worldwide, though the EU will pay for it. The expectation is that dual signal devices will be priced within 20 percent of the price of single signal GPS receivers. The belief is that providing two signals will create greater, more reliable accuracy for all users.

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India begins development of its own GPS system for navigation and real-time positioning. Currently, the United State’s Global Positioning System (GPS) is ahead as far as satellite transmissions, accuracy, and reliability for GPS tracking and navigation. However, India is on board to establish its own satellite system, called the Satellite Based Navigation System (SBNS) to provide navigation and real-time positioning to users throughout the nation. The first of India’s satellites will be the Indian Regional Navigation Satellite System (IRNSS). Launched July 1, 2013, IRNSS-1A was the first satellite in the IRNSS. It is one of the seven satellites to constitute the IRNSS space segment. India officials have stated that they plan to have all 7 satellites launched in 18 months, with service on all 7 between 2015 and 2016.

While the value of GPS is unquestionable, the increasing availability of jamming technology is proving problematic. GPS signals are transmitted on published radio frequencies from satellites that orbit 20,000 km above the earth. The GPS transmit levels from the satellites are extremely low power, and are only about 50 x 10-18 W by the time they reach the surface of the Earth. This fundamental weakness makes the signals vulnerable to both accidental and deliberate interference. Although illegal, devices that jam GPS signals are easy to obtain. Simple models that plug into 12-volt car receptacle connectors can be purchased for as little as $30 online and can render GPS systems inoperable for miles around.

Jamming and interference, whether intentional or unintentional, can seriously degrade GPS position, navigation and time availability - even to the point of total solution denial. Jammers create excessive noise, overpowering the low power GPS signals and saturating the electronics in a GPS receiver front end. Methods are needed to suppress this interference so the GPS receiver continues to operate.

Anti-GPS jamming equipment is designed for size and weight constrained applications such as small airborne and ground unmanned platforms, where it is preferable to mount the antenna electronics inside the vehicle.Location tracking these days might be not only helpful but also it can violate privacy rights because many law enforcement agencies in different countries practice warrantless tracking. Tracking devices are placed under vehicles and monitor locations at will, because privacy laws are incomplete in those countries. To help manage this situation there are GPS jammers to be used. Those devices can prevent GPS satellite tracking systems of any country from finding out where you are. The only exception is Iridium satellite network but we have a special device for it.

Aside from GPS trackers there is another thing that is even closer to you then your car. It is your smartphone. As a rule all modern smartphones have embedded GPS module. This module can grant law enforcement agencies access to your geolocation data, and while it also can be granted without a warrant, governmental employees can track your movements in the same way they track vehicles with GPS tracking devices. But you can use our products from this category to protect your privacy and keep information about your location and movement through the day safe from strangers.

Mobile phone jammers can normally work with:• CDMA450• GPS L1, L2, L3, L4, L5• Lojack (173Mhz)• Wi-Fi/Bluetooth• 2.4Ghz wireless camera• 3G• 4G Wimax/ 4G LTE• CDMA800• GSM 850• GSM1900• GSM900• GSM1800• Remote controls (315Mhz, 433Mhz, 868Mhz)• SAT Sattellite Phones 1520-1670MHz• UHF(420-480Mhz) and VHF(130-180Mhz)• Low frequencies: 130-205MHz, 205-275MHz, 275-

345MHz,345-415MHz, 425-500MHz, 850-965MHz

Absolutely safeguarded against:• GoBandit Live camera• Navizon Indoor Triangulation System• CalAmp LMU-2600• TP-LINK Mini Pocket Router• F-BOMB• Wolfhound cell phone trackers• Glympse• FinFisher FinSpy Mobile• Oregon Scientific ATC Beats WiFi Sports camera• HawkEye 5300• Sony SmartWatch• Verint Analytics And Communications Solutions• Dropcam HD WiFi monitoring camera• Electric Imp• PlayRobot• Transparency Grenade• EyeRing• Eye-Fi• Lytro camera• Spektrum DSM• Spektrum DSM2• FreedomPop• Utimaco DRS• Google Wi-Spy• Amped Wireless High Power Wireless-N 600mW Pro

Smart Repeater• Brookstone Rover Spy Tank• Pebble and Twine• Scan & Target Scan Surveillance• Samsung DV300F• Draganflyer X6• GoPro WiFi BacPac and Remote• WiFi Hotspot Cufflinks• Trendnet web cameras• Internet Of Things• Packet Forensics• FleetMatics• Parrot AR.Drone 2.0• Stingray• Stingray II• TELEMATICS• Pong Research Case• Motorola PDA MC-75• Telesoft Technologies HINTON Abis Probe• Bluetooth SIG• Cambridge Consultants small cell tower• Rosum ALLOY• Blackline GPS Javelin• Broadcom BCM4752• Elusiv Tracking Systems • Mushroom Networks ThirdEye• TV White Space• Sprint 3G/4G Plug-in-connect• Texas Instruments WiLink 8.0• RF Design u-blox

UAV GPS Jamming is normally capable to jam most frequently used commercial drones frequencies. We configured this jammer with one simple idea - to give the opportunity to the owner of this device to make sure that if any remote controlled aircraft is flying within the jamming radius of Drone Killer 6 - this UAV will be fully disabled.

• 433MHz 20W• 868-912MHz 25 W• 2400-2500MHz 20W (WiFi 11.b,g & Bluetooth)• 1227MHz 15W (GPS L2)• 1570-1620MHz 40W (GPS L1 + GLONAS L1)• 5.8GHz 2.0W (WiFi 11.a)

Total output power is around 120W which will make the jamming range to be around 300-600 meters. The power and radius of each antenna/frequency can be manually adjusted from MAX to 0 (OFF). Jamming frequencies: Remote controls, GPS L1, L2, WIFI, Bluetooth, 5.8GHz. Cooling system: Inernal fan system prevent jammer from overheating. Power supply: AC110 or 220-240V /DC 27VList of drones Drone Killer 6 can fully disable/jam:

• Camera drones: DJI Phantom 4, DJI Phantom 3, DJI Inspire 1, Yuneec Q500 4K, Yuneec Typhoon H 4k, 3DR Solo, Parrot Bebop

• Racing drones: TBS Vendetta, IRC Vortex 250 Pro, IRC Vortex 285, Lumenier QAV250, Eachine Racer 250 RTF

• Toy Drones: Soma X5C, Hubsan X4, Blade Nano QX, LaTrax Alias, Parrot AR Drone 2, Proto X

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