Anti-Jamming Market - Forecast(2024 - 2030)

Anti-Jamming Market Report Overview

The Anti-Jamming Market  size is analyzed to grow at a CAGR of 12.99% during the forecast 2022-2027 to reach $6.8 billion by 2027. Anti-Jamming technology is used to protect global positioning system (GPS) receivers against interference and intentional jamming. GPS receivers are protected from interference and intentional jamming by Anti-Jamming. The GPS signal is feeble by the time it reaches the earth's surface and is vulnerable to being overwhelmed by higher power radio frequency (RF) energy. Anti-Jamming is protection against radio signal jamming. Jamming detection and cancellation techniques are also employed to defeat hostile jammers by making their signals appear noisy, hence removing their potential to disrupt or block broadcasts. GPS Anti-Jamming has long been a primary concern for military users. Controlled Reception Pattern Antennas (CRPAs) have dominated military anti-jam systems; however, they are expensive, power-intensive, and fundamentally limited in the number of spatial nulls that may be created. To detect the presence of a hostile jammer, the nulling technique is used. The method employs strong adaptive antenna systems for GPS receivers to track hostile jamming. The growing demand from various verticals to eliminate GPS jamming in order to receive proper signals is propelling the growth of the Anti-Jamming Market. Furthermore, the expanding use of GPS Anti-Jamming systems across the military, as military activity is constantly dependent on satellite services to get correct communication, position, and timing has resulted in increased use of the jammer, resulting in growth in the Anti-Jamming Market.

Report Coverage

The report: “Anti-Jamming Industry Outlook – Forecast (2022-2027)”, by IndustryARC covers an in-depth analysis of the following segments of the Anti-Jamming industry.

By Receiver Type: Military & Government Grade, Commercial Transportation Grade.
By Technology: Nulling Techniques, Civilian Techniques, Beam Steering Techniques.
By Application: Flight Control, Defense, Surveillance and Reconnaissance, Navigation, Position, and Timing, Casualty Evacuation, Others.
By End-User: Military, Civilian.
By Geography: North America, South America, Europe, APAC, and RoW.

Key Takeaways

Anti-Jamming Market Share, By Region, 2021 (%)

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Anti-Jamming Market Segment Analysis – By Technology

By Technology, Anti-Jamming Market has been segmented into Nulling Techniques, Civilian Techniques, and Beam Steering Techniques. The Nulling Techniques segment is expected to grow at the fastest CAGR of 8.4% during the forecast period. The most prevalent Anti-Jamming technology used to combat GPS jamming threats is nulling. Most GPS receivers include an antenna array with a maximum of seven receiving elements organized in a geometrically symmetrical arrangement. When jamming interference is identified, a portion of the pattern is reduced so that noise or jamming signals from a certain direction no longer interfere with the system. The GPS receiver loses its capacity to receive satellite signals for navigation when a nulling pattern is enabled, which is a significant disadvantage of nulling. GPS Anti-Jamming technology is used in Nulling System to protect GPS receivers against intervention and intentional jamming. GPS Anti-Jamming systems use power minimization to limit the effect of interference and jamming on GPS receivers, ensuring proper operation. These devices employ digital filtering technologies to enhance GPS receivers' capacity to lock or weaken GPS signals produced by external noise interferences from other electrical devices or GPS jammers. In October 2021, Septentrio NV collaborated with ArduSimple. The company integrated its components into ArduSimple's evaluation kits. These new collaborations make triple-band RTK available as a plug-and-play solution for popular development platforms such as Arduino, STM Nucleo, Raspberry Pi, Ardupilot, and Nvidia Jetson.

Anti-Jamming Market Segment Analysis – By End-User

By End-User, Anti-Jamming Market has been segmented into Military and Civilian. During the forecast period, the Military segment is expected to grow at the fastest CAGR of 12.6% in the Anti-Jamming Market. In the military, GPS technology is used to run missile systems, unmanned aerial vehicle (UAV) payloads, soldier radios, and other applications, which will increase the demand for anti-jamming technology. The ubiquity of GPS technology, as well as the demand for superior military navigation systems, is pushing GPS design innovation, lowering size and weight while increasing precision. Furthermore, the growing demand for GPS technology, as well as the increased jamming difficulties in airborne and unmanned vehicles, are expected to drive the anti-jamming technology market. The military is increasingly reliant on GPS-enabled technology to accomplish mission-critical activities efficiently. GPS-enabled devices not only provide tracking and navigation, but also precise digital mapping. GPS systems gather data from GPS satellites and utilize it to determine the geographic location of a device. GPS systems can be utilized for a wide range of functions like target acquisition, search and rescue, command and control, and more. Several countries are developing unmanned vehicles with GPS-enabled devices to do specialized jobs with high efficiency and precision. These unmanned vehicles can withstand hazardous conditions and dangerous chemicals in conflict zones. In November 2021, FlightAware, a digital aviation startup that produces aircraft tracking and data platforms, was bought by Collins Aerospace. Furthermore, the company was chosen in October 2020 to deliver anti-jam technology for manned and unmanned ground vehicles.. This will help to boost the growth of the military end-user segment and eventually help to boost the Anti-Jamming Market growth.

Anti-Jamming Market Share Segment Analysis - Geography

By Geography, Anti-Jamming Market has been segmented into North America, Europe, APAC, South America, and RoW. In 2021, APAC accounted for the largest market share of 35% in the Anti-Jamming Market. The Asia Pacific region is home to some of the world's fastest-rising economies, as well as technologically advanced economies. Furthermore, regional tensions among numerous nations with some of the greatest defense budgets are fueling the region's demand for anti-jamming equipment. China and India spend the most on defense in the area. Due to an increase in the frequency of military attacks in the province, which has led to countries upgrading their surveillance and other capabilities, China will experience rapid growth throughout the predicted period. The substantial military or defense expenditure will assist the government in strengthening its borders and anti-jamming equipment capabilities. Furthermore, increased military and defence spending in China has spurred demand for anti-jamming technology solutions throughout APAC. Other factors driving the Chinese Anti-Jamming Equipment Market include technological advances to strengthen overall GPS infrastructure and a surge in demand for unmanned airborne vehicles and systems. Japan has a large economy both in the area and globally. Furthermore, the country's defence spending has grown significantly in recent years. The country's draught defence budget for 2022 is JPY 5.4 trillion (USD 47.2 billion). As the defense budget increased, the government expanded its defensive capabilities while installing additional anti-jamming equipment for the country's security.

Anti-Jamming Market Drivers

Increased Demand For GPS Technology In Military Applications Is Set To Drive The Anti-Jamming Market:

The increasing prevalence of GPS technology, as well as the desire for superior military navigation systems, are pushing GPS design innovation, with the goal of reducing size and weight while increasing precision. GPS is such a basic concept that it is so frequently used. Each GPS satellite serves as an extremely accurate clock, communicating the precise time at its location. The satellites also report the orbital positions of all other GPS satellites. Once the GPS receiver has the satellite's location and time, the exact distance to the satellite may be calculated. By comparing the timings of at least three satellites, a receiver may establish its own location on the Earth's surface. Armed forces throughout the world are aggressively investing in new aircraft and unmanned aerial vehicles. The majority of the aircraft use GNSS (GPS) and TACAN positioning and navigation systems, with the majority of the segment's revenue coming from the modernization of the existing fleet of aircraft with new and accurate positioning and navigation systems. For example, In May 2022, the United States Air Force announced that its fighter aircraft will be outfitted with next-generation GPS receivers to improve the accuracy of navigation and positioning measurements. As part of this project, the US Air Force Life Cycle Management Center picked Rockwell Collins to offer its latest-generation Digital GPS Anti-Jam Receiver (DIGAR) for the F-16 fleet. The F-16 fleet will be the first to obtain the most recent version of the receiver, and once that is completed, the other aircraft will be outfitted with contemporary GPS receivers as well. The military is increasingly reliant on GPS-enabled technology to accomplish mission-critical activities efficiently. GPS-enabled devices not only provide tracking and navigation, but also precise digital mapping. GPS systems gather data from GPS satellites and utilize it to determine the geographic location of a device. This is expected to boost the market growth.

Growing demand for UAVs and unmanned systems Will Positively Impact Market Growth in The Future:

Anti-jamming systems are becoming essential for a variety of applications. Unmanned vehicles, automated robotic platforms, time synchronization systems, and numerous special and military vehicles have all put their ability to receive GNSS signals in danger. The fast development of jammers, combined with industrial noise, increased the necessity for interference immunity for dependable operation. Because practically all network devices are integrated in settings, wireless networks play a critical role in sustaining continuous connectivity and services in the modern era. Wireless networks, by definition, are particularly vulnerable to attacks from any technology, such as jamming. In this regard, anti-jamming technology has been introduced to improve network quality in wireless communication. According to an FAA drone forecast (2020-2040), there will be 1.6 million drones in the air by 2024, Commercial drone sales alone in the US are expected to reach 1.2 million by 2024. The increasing commercial use of drones may present a promising financial opportunity for GPS manufacturers. Simultaneously, they are vulnerable to jammers and hence represent a big opportunity for the Anti-Jamming Market.

Anti-Jamming Market Challenges

Incompatibility of Older GPS Receivers with Newer Technologies and GPS spoofing attacks May Limit the Market Growth 

New GPS anti-jamming solutions, such as beamforming technology, are incompatible with older GPS receivers. Based on the direction of the jamming signals, the beamformer recognizes, selects, and downlinks signals from four satellites and gives four anti-jam solutions in the form of algorithms. It can only interface with a normal GPS receiver that has one input and produces four outputs directed at four selected satellites from the GPS receiver. This is one of the factors limiting the Anti-Jamming Market. A GPS spoofing attack is carried out by tricking a GPS receiver by broadcasting erroneous signals that are meant to look like a set of regular GPS signals. It is also possible to accomplish this by rebroadcasting the original signals that were recorded elsewhere or at other times. These signals can be altered to fool the receiver and enable position monitoring. This is expected to hamper the market growth. Bjorn Bergman, a data analyst, identified nine ships sending false GPS signals from Point Reyes, California, just north of San Francisco. In reality, the ships were thousands of kilometres distant in places like the Norwegian Sea, the Eastern Mediterranean, and the Nigerian coast. Bergman reported his findings at the annual meeting of the Resilient Navigation and Timing Foundation on May 5, 2020.

Anti-jamming Market Landscape

Technology launches, acquisitions, Partnerships and R&D activities are key strategies adopted by players in Anti-Jamming Market. In 2021, the market Anti-Jamming Market share has been fragmented by several companies. Anti-jamming top 10 companies include

1. Raytheon Technologies Corp
2. Hexagon
3. Thales Group
4. L3Harris Technologies
5. BAE Systems (UK)
6. Mayflower Communications
7. infinDome
8. Lockheed Martin Corp
9. Israel Aerospace Industries Ltd.
10. FURUNO ELECTRIC CO., LTD

Recent Developments

• In January 2022, South Korea agreed to sell midrange surface-to-air missiles to the United Arab Emirates, marking the Asian country's largest-ever military sale deal.
• In November 2021, Collins Aerospace acquired FlightAware, a digital aviation startup that operates aircraft tracking and data services. Furthermore, in October 2020, the company was chosen to deliver anti-jam technology for human and unmanned ground vehicles to combat.
• In October 2021, Septentrio NV partnered with ArduSimple. The company integrated its components into ArduSimple's evaluation kits. These new collaborations provide triple-band RTK to the most popular development platforms, including Arduino, STM Nucleo, Raspberry Pi, Ardupilot, and Nvidia Jetson.

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