Shiningintl is the Leader in Airspace Security, we provide the leading high technology navigation spoofing system and GPS spoofer ssytem , the world’s Most Advanced anti-drone system, here are the frequently asked questions and answers about Shiningintl advanced GPS GNSS spoofing system solution:
1. Does the shiningintl GPS spoofer system require an alert from an anti-drone sensor?
A: no need, the Shiningintl company spoofer will change the navigation signal after it turn on , it doesn’t require any alert and anti-drone sensor, no whether there is drone or not.
2. Does the Shiningintl spoofer need to know the accurate real-time drone location?
A: no need Drone Tracking, the Shiningintl spoofer will receive the local navigation signal information and get the location information then, it can replace the true signal with a fake one and no need the drone location information.
3. What is the effective range against DJI Matrice 4DT drones and Autel EVO Max 4T?
A: that depends on the GNSS spoofer power rate, the drones will take the navigation signal as the input, when the Shiningintl spoofer signal cover the area of the drones, it will decoy the drones.
4. What is the spoofing method? For example: Single-point spoofing (the spoofer transmits its own location), points on a circle in some diameter, etc.
A: there are many spoofing modes in Shiningintl spoofer Counter-Drone system, for example, the Shiningintl C-UAS (Counter-Unmanned Aircraft Systems) circle movement, line movement, none fly zone, force to land , It can carry out navigation decoy for UAV relying on satellite navigation and positioning system, and realize UAV forced landing, course guidance, prohibition of take-off, navigation satellite signal interference and other objectives
5. What is the actual effect on the drone? Land in-place, hover, the wind effect (flying back uncontrolled and very fast), landing in a requested point, etc.
A: yes, it depends on how you want it to be, there are many working mode setting in this Shiningintl drone defeat system as mentioned above.
6. If the drone flies towards the spoofer with a speed of 20 m/s, and only when it is 300 meters away from the spoofer, the spoofing is activated, and assuming the drone was locked to GNSS satellites, how long does it take for the drone to react to the spoofing (to accept the spoofed signal)?
A: the Shiningintl anti-drone spoofer system boot up needs some time, about 60 seconds to boot up, and then sync the navigation signal less than 180s, after that, the system can process Drone Incursion all the time.
so you should keep the spoofer in working status instead of just turn it on hurriedly, the spoofer can continuouly work as you want it to do.
7. Which constellations (GPS, BEIDOU, Galileo, GLONASS, …) in GNSS L1, L2, and L5 are being spoofed, and which are being jammed? If jammed – with what output power?
A: Shiningintl navigation deception solution has supported all navigation system ,they are GPS, BEIDOU, Galileo, GLONASS, QZSS, IRNSS, 1.2G and 1.6G channels, we have 4 bands board, 6 bands board, 13 bands board, 22 bands board, the clients can choose the board to cover the channels you wanted.
8. Can the user of the spoofer select the effect on the drone? For example, choose between the wind effect or land or fly and land to a requested point?
A: yes, the user can choose how to handle the drone. but to land to a requested point, it needs to detect the drone location at first, so it need to add drone detection module into the system. Shiningintl navigation anti-drone spoofer system provides API development, the clients can integrate the spoofer system with other detection system or other function platform.
9. Bands: Do you have examples for drones that are not spoofed by 4 channels, but spoofed by 6/13/22?
A: The navigation receiver module on drones initially supported only four frequency bands: GPS L1C/A, GLONASS L1, BDS B1I, and Galileo E1. In recent years, navigation receivers have gradually begun supporting more frequency bands, not limited to the conventional four channels. Different brands and models drones may have varying combinations, making it difficult to ensure that spoofing effects remain consistently effective when limited to just four frequency bands. For example, the most widely used u-blox receivers have the following common model support configurations:
ublox m8 series: GPS L1C/A, GLONASS L1, BDS B1I, Galileo E1
ublox m9n series: GPS L1C/A, GLONASS L1, BDS B1I, Galileo E1,
ublox f9p series: GPS L1C/A, L2C, L5, GALONASS L1, L2, BDS B1I, B2a, Galileo E1, E5a,
ublox f10 series: GPS L1C/A, L5, BDS B1C, B2a, Galileo E1B/C, E5a
More frequency points can cover more potential combinations. However, it is difficult to gather specific information on which model of drone will use which brand of receiver. In Shiningintl spoofing system, we support different level boards to meet those scenarios, 4 band spoofer board, 6 bands spoofer board, 13 bands board and full channels 22 bands board, so normally we don’t do that kind of models information collection, the receiver normally use the common channel as ublox, when the spoofer covers all channels, then all drones will work.. the clients can choose different board according their budgets and requirements
10. How is “prohibition of take-off” implemented? How is course guidance implemented?
A: In Shiningintl anti-drone navigation spoofer system, when the location is set to none fly zone, the drones can’t take off, and course guidance means the spoofer can plan the circle movement or line movement,
11. how to immplement wind effect? Regarding the wind effect, I mean:
The drone is flying towards the spoofer. Then, spoofing is activated. As a result, the drone flies uncontrolled in the opposite direction: farther from the spoofer. Like someone turned on a very strong wind source from the spoofer towards the drone.
A:the spoofer don’t know the exact position and direction of the drone, so the spoofer can’t do that in your description. it has to detect the locatioin of the drone and and direction at first, our solution support API interface, you can integrate the spoofer with detector in your system.
so hope you to test our system at first, and then we can do more development for you or support you to develop your products. thanks.
12.How long does it take for the spoofing to succeed?
A: when the spoofer sync with the satellite, the drone will react in about 10s.
13. does Shiningintl navigation anti-drone spoofer solution support API development? Can I have my own GUI interface?
A: Yes, Shiningintl navigation decoying system software support Chinese and English, we also have our own SDK API disclose, the clients can develop their application GUI based on our API to control the system.
14.what is the distance of this navigation decoying system? How can I get the distance to reach long enough?
A: The area coverage of shiningintl decoying system depends on the PA( power amplifier) power rate and the antenna direction, the longer distance, the higher power rate needed. A 5W PA can cover 5 kilometers radium area, 20W power rate PA can support 15 kilometers radius.
15. What is max output Power of your spoofer card?
A: we have different anti-drone spoofer board, take our 6 bands board for example, it has max 15dbm output. For more details , please contact Shiningintl sales representatives. more products information here
16.does your GPS spoofing system support one button launch function?
A: Yes, Shiningintl Drone Defender system has the function of one button launch, the shiningintl navigation spoofing board has an interface for that easy operation, when that interface has high voltage, it launch the system, when the interface is low voltage, turn off the decoying function.
17.does the shiningintl counter drone GNSS spoofing system support spoofing mode and jamming mode?
A: Yes, the shiningintl counter-drone GNSS spoofing system has 2 working modes: 1.spoofing mode: in this mode, the spoofing system will replace the original GPS navigation system signal, make the drone use the fake navigation signals, it called “spoofing”, 2. jamming mode: in jamming mode, the anti-drone system will jamme the GPS signal channels with interference noise, make the navigation signals unusable, the drones can’t identify useful GNSS signals, comparing to the “spoofing” mode.