Signal jamming is based on the concept of generating a signal of the same frequency (also called noise) to overpower and destruct the user signal, which a mobile service provider allocates to end-users. The manufacturing of a signal jammer device requires the use of discrete components such as capacitors, resistors, inductors, and transistors. 

PART 01: Executive summary ..5

PART 02: Scope of the report ...16

PART 03: Research Methodology.21

PART 04: Introduction.24

Key market highlights 24

Jamming in radar applications 27

PART 05: Market landscape.28

Market overview 28

Market size and forecast 28

Five forces analysis 30

PART 06: Market segmentation by application...31

Military and defense application 31

Home security 33

PART 07: Geographical segmentation..36

Americas 37

EMEA 38

APAC 39

PART 08: Key leading countries...40

PART 09: Market drivers ...41

Regular investments in military expenses 41

Increased use of UAVs in restricted areas 41

Need to curb the use of unauthorized electronic gadgets in exam halls and large gatherings 42

PART 10: Impact of drivers ..43

PART 11: Market challenges...44

Development of handheld tactical solutions 44

Legal issues with cellular phone jammers 44

Blocking coverage in the desired areas through central server 46

Small and cheap signal jammer devices creating threats to society 47

Availability of signal jammer detectors 48

PART 12: Impact of drivers and challenges ..49

PART 13: Market trends .50

Ease of building software reprogrammable radios and related systems 50

Consistent investment to meet next generation capabilities 51

Increasing dependency of businesses on GPS-based applications 51

PART 14: Vendor landscape...52

Competitive scenario 52

Key vendor analysis 53

Other prominent vendors 56

PART 15: Appendix...61

List of abbreviations 61

PART 16: Explore Technavio..63