Electronic warfare (EW) is the use of electromagnetic energy or directed energy and integrated network functions to perform military and intelligence missions. An electronic warfare (EW) system is any configuration of EW technology designed and built to perform military or intelligence missions on one or more air, ground, sea or space platforms. These configurations usually consist of multiple EW devices and coordinating scalable subsystems, including several subsystems that house multiple devices in a single unit. The electromagnetic spectrum includes the range of all electromagnetic radiation, including Radio Waves Microwaves Infrared Rays Ultraviolet Light Visible Light X-rays And Gamma Rays EW are often wont to control the EM spectrum to detect, analyze and track potential threats, making things aware that a rustic and its allies got to prepare defensive measures before each level, diplomatic opinions and offensive plans conflict. EW has enabled Joint Electromagnetic Spectrum Operations (JEMSO), which allows our forces to use, attack and protect the EM operational environment. Electronic attacks, protection and support are important electronic warfare functions, including: Field advantages, including land, air, sea, space, cyberspace Advantage within the EW Destroy a given EW related signal Use radio waves, infrared or lasers to confuse or disable the enemy’s electronic devices Prevent the receiver from getting stuck Support and operations to reinforce detection and mitigation. Create and generate the data needed to disrupt the EW Radar that collects enemy radio signals or senses incoming missiles Electronic Warfare Threat Modeling and Simulation Training by Tonex Electronic warfare threat modeling and simulation training provides modeling and simulation of classic and new threat environments applied to the foundation of electronic warfare (EW). Learning Objectives List the basics of modern electronic warfare concepts, architecture and technology Discuss the application of electronic warfare concepts in ground, air and naval surface warfare List the function and operational sensitivity of weapon systems to EW Understand EW application modeling, simulation and network-centric architecture Describe threat modeling and simulation And More. Course Outline: What is electronic warfare Overview of EW key concepts Intelligence, surveillance, and reconnaissance (ISR) threats applied in the new EW environment Threats of modern and emerging radar systems Overview of threats to EW functions in the new environment Threats to electronic warfare capabilities EW Environment Modeling and Simulation Learn More: https://www.tonex.com/training-courses/electronic-warfare-threat-modeling-simulation-training/

1. Electronic Warfare (EW)
Threat Modeling and Simulation
Training

2. Electronic warfare (EW) is the use of electromagnetic
energy or directed energy and integrated network
functions to perform military and intelligence missions.

3. An electronic warfare (EW) system is any configuration
of EW technology designed and built to perform
military or intelligence missions on one or more air,
ground, sea or space platforms.
These configurations usually consist of multiple EW
devices and coordinating scalable subsystems, including
several subsystems that house multiple devices in a
single unit.

4. The focus of EW is that the manipulation of the
spectrum , which is that the entire distribution of
electromagnetic wave consistent with frequency or
wavelength.
Although all EW travel at the speed of sunshine in
vacuum, they travel over a good range of frequencies,
wavelengths, and photon energies.

5. The electromagnetic spectrum includes the range of all
electromagnetic radiation, including
• Radio Waves
• Microwaves
• Infrared Rays
• Ultraviolet Light
• Visible Light
• X-rays And Gamma Rays

6. EW are often wont to control the EM spectrum to
detect, analyze and track potential threats, making
things aware that a rustic and its allies got to prepare
defensive measures before each level, diplomatic
opinions and offensive plans conflict.
EW has enabled Joint Electromagnetic Spectrum
Operations (JEMSO), which allows our forces to use,
attack and protect the EM operational environment.

7. Electronic warfare can also intercept, identify and
decode the opponent's data. It can even project
directed energy to disrupt the enemy's actions.
This changes the battlefield and provides the ability to
enhance mission success and survivability at each
stage, prevent certain armed conflicts before they
begin, and/or reduce the impact and scope of ongoing
conflicts.

8. Electronic attacks, protection and support are
important electronic warfare functions, including:
• Field advantages, including land, air, sea, space,
cyberspace
• Advantage within the EW
• Destroy a given EW related signal
• Use radio waves, infrared or lasers to confuse or
disable the enemy’s electronic devices
• Prevent the receiver from getting stuck
• Support and operations to reinforce detection and
mitigation.

9. Electronic attacks, protection and support are
important electronic warfare functions, including:
• Create and generate the data needed to disrupt
the EW
• Radar that collects enemy radio signals or senses
incoming missiles

10. Electronic Warfare Threat Modeling and Simulation
Training by Tonex
Electronic warfare threat modeling and simulation
training provides modeling and simulation of classic
and new threat environments applied to the
foundation of electronic warfare (EW).

11. This course designed for military professionals, analysts,
engineers, electrical engineers, project managers,
electronic warfare technical professionals and anyone
involved in planning, analysis, modeling and
simulation of Electronic Warfare Threat in the new
environment.

12. Why Tonex?
• Since 1992, Tonex has been a leader in electronic warfare
training services.
• Tonex has developed training on ISR, microwave, radar,
electronic warfare, tactical data link, link 11, link 16, link
22, tactical laser electrical system and other innovative
training programs.
• Teachers not only have very professional knowledge in the
professional field, but also have real world experience.
• More than 20,000 developers from more than 50
countries/regions can keep up to date with the latest
information in the Tonex training category.

13. Learning Objectives
• List the basics of modern electronic warfare
concepts, architecture and technology
• Discuss the application of electronic warfare
concepts in ground, air and naval surface warfare
• List the function and operational sensitivity of
weapon systems to EW
• Understand EW application modeling, simulation
and network-centric architecture
• Describe threat modeling and simulation

14. Learning Objectives
• Discuss EW system engineering and system
engineering system (SoSE) principles
• Describe the EW threat environment
• Compare and contrast new and classic EW threat
environments

15. Audience:
• Technical personnel
• Electrical engineers, Software engineers
• System engineers, System analysts
• Cyber security professionals
• Verification and validation personnel
• Project and Program managers
• anyone involved in planning, analysis, modeling
and simulation of Electronic Warfare Threat in the
new environment.

16. Course Outline:
• What is electronic warfare
• Overview of EW key concepts
• Intelligence, surveillance, and reconnaissance (ISR)
threats applied in the new EW environment
• Threats of modern and emerging radar systems
• Overview of threats to EW functions in the new
environment
• Threats to electronic warfare capabilities
• EW Environment Modeling and Simulation

17. Workshop Topics:
• Advanced RF Electronic Warfare Threat Modeling
• Basic threat principles
• Principles on threat environment
• Principles of simulation and modeling
• Network and application reconnaissance
• Tools to model and simulate EW threats
• Tools to monitor attack traffic
• Analysis of Threat Radar Systems
• Analysis of Threat to Next Generation Weapons
• Advanced Modeling and Simulation

18. Workshop Topics:
• Software-Defined Radio (SDR) Applied
• Millimeter Signal Measurement
• Photonics in EW Applications
• New EW Approaches and Techniques Required
• Digital Communication Theory
• Legacy and New Generation Communications
Threats and Countermeasures
• ES, ELINT Threats and Countermeasures
• EO/IR Threats and Countermeasures
• EW Best Practices

19. Learn More:
Electronic Warfare Threat Modeling and Simulation Training
https://www.tonex.com/training-courses/electronic-warfare-
threat-modeling-simulation-training/