An embedded system is a microprocessor-based computer hardware system with software designed to perform dedicated functions, either as an independent system or as a part of a large system. The core is an integrated circuit designed to perform real-time operation calculations. Embedded systems use tailored operating systems or language platforms, especially where a real-time operating environment must be provided. With higher-level chip functions (such as those in SoCs), designers increasingly decide that systems are usually fast enough and can withstand subtle changes in response time, so real-time methods are suitable. In these cases, a streamlined version of the Linux operating system is usually deployed Ways to prevent cyber-attacks on embedded systems: Expect firmware to be updated regularly integration with third-party security management systems Secure communication Limit access to embedded systems to a need-to-use basis Tonex offers "Cybersecurity Applied to Embedded Systems, Cybersecurity Training" Learn about the basics of embedded systems and network security applications to illustrate unique vulnerabilities that are commonly exploited. Methods and techniques to consider cyber security measures in the entire system life cycle and acquisition process. Learn About: Risk assessment methodologies Failure analysis and using defensive tools to mitigate cyber risk and vulnerabilities Weapon systems, missiles, smart weapons Network Enabled Weapons (NEW) UAVs, Communications systems Industrial control systems medical devices, robotics, smart grid SCADA, Intelligent Electronic Devices (IED), PLCs Learning Objectives: Examining how to fit cybersecurity in embedded systems Fundamentals of cybersecurity Fundamentals of Embedded Systems Fundamentals of embedded system product design cycle, project management, design for production, V&V and O&M Embedded Systems Security Requirements Fundamentals of hardware and firmware analysis and design in embedded design Vulnerabilities in embedded systems Embedded hardware and firmware analysis Foundation knowledge of cyber security threats, risks, mitigation strategies applied to embedded systems And many more.. Audience Product/process designers and engineers Developers working with embedded systems Information security professionals Application developers Course Outline Cybersecurity 101 Introduction to Embedded Systems Embedded System Vulnerability Analysis Exploiting Real Time Operating Systems Securing Embedded Systems Interfaces and Protocols Cybersecurity Attacks and Best Mitigation Practices for Embedded Systems Case Study and Workshop Learn More: https://www.tonex.com/cybersecurity-applied-to-embedded-systems-cybersecurity-training/

1. Cybersecurity Training

2. An embedded system is a microprocessor-
based computer hardware system with
software designed to perform dedicated
functions, either as an independent
system or as a part of a large system. The
core is an integrated circuit designed to
perform real-time operation calculations.
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3. Embedded systems use tailored operating systems or
language platforms, especially where a real-time operating
environment must be provided. With higher-level chip
functions (such as those in SoCs), designers increasingly
decide that systems are usually fast enough and can
withstand subtle changes in response time, so real-time
methods are suitable. In these cases, a streamlined version
of the Linux operating system is usually deployed
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4. Embedded systems are designed to
perform one or more specialized
functions. However, due to their small size
and limited computing resources, they
may pose security challenges to designers
and developers. Embedded systems exist
in consumer electronics, process control
systems, airplanes, in-vehicle systems and
many other applications, so they need to
be very reliable.
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5. The firmware in the embedded system may be difficult to
update. In the past, the life cycle of embedded systems
was designed to be 15 years or more. However, 5G and the
Internet of Things (IoT) have changed this approach.
The nature of embedded systems is changing, and the
number of possible attack vectors is growing exponentially.
Today, embedded systems in smart devices can be hacked
to control everything from smart thermostats to industrial
control systems.
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6. While attacking embedded systems, only a small loophole
can be exploited. Organizations must carefully consider
and be prepared to prevent all possible vulnerabilities. Just
ignore a loophole and the attacker can find it, take control,
steal your secrets and create loopholes that can be used
by others anytime, anywhere.
The same cybercriminal may use the original compromised
device to move from one exploited subsystem to another,
thereby further damaging your network, mission, and
reputation.
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7. Embedded system security does not require an end-to-end
approach, which must include addressing security issues
during the design phase. Security considerations should
include the cost of attacks on embedded systems, the cost
of attacks and the number of possible attack vectors.
As a result, engineers of embedded systems be liable to
focus on easy-to-understand functions rather than strict
security requirements.
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8. There is no more important issue than the Department of
Defense (DoD). Many DoD systems require the use of
embedded computing.
The Department of Defense has some of the most
demanding applications in terms of throughput and SWaP,
it no longer drives the development of processor
technology. Therefore, security technology must be
compatible with embedded systems using commercial off-
the-shelf (COTS) processes or hardware platforms that can
be easily adopted by the Department of Defense.
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9. Ways to prevent cyber-attacks on
embedded systems:
• Expect firmware to be updated regularly
• integration with third-party security
management systems
• Secure communication
• Limit access to embedded systems to a
need-to-use basis
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10. Tonex offers "Cybersecurity Applied to
Embedded Systems, Cybersecurity Training"
Learn about the basics of embedded
systems and network security applications
to illustrate unique vulnerabilities that are
commonly exploited. Methods and
techniques to consider cyber security
measures in the entire system life cycle and
acquisition process.
TONEX Technology and Management
Training Courses and Seminars

11. The secure embedded system
includes many processes, methods
and technologies that can seamlessly
integrate network security into the
embedded system software. Adding
security components to an
embedded system may hinder the
function of the system and affect the
real-time performance of mission-
critical systems.
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12. System engineers, developers, and
analysts need a well-defined method
to simultaneously design embedded
functions and network security. Secure
embedded systems may use security
coprocessors to encrypt to ensure
system confidentiality and integrity
while maintaining functionality.
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13. Learn About:
• Risk assessment methodologies
• Failure analysis and using defensive tools to mitigate
cyber risk and vulnerabilities
• Weapon systems, missiles, smart weapons
• Network Enabled Weapons (NEW)
• UAVs, Communications systems
• Industrial control systems
• medical devices, robotics, smart grid
• SCADA, Intelligent Electronic Devices (IED), PLCs
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14. Learning Objectives:
• Examining how to fit cybersecurity in embedded systems
• Fundamentals of cybersecurity
• Fundamentals of Embedded Systems
• Fundamentals of embedded system product design
cycle, project management, design for production, V&V
and O&M
• Embedded Systems Security Requirements
• Fundamentals of hardware and firmware analysis and
design in embedded design
• Vulnerabilities in embedded systems
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15. Learning Objectives:
• Embedded hardware and firmware analysis
• Foundation knowledge of cyber security threats, risks,
mitigation strategies applied to embedded systems
• Exploitable vulnerabilities in embedded systems and
technologies and strategies for systems engineering
embedded systems
• Communication protocols, wired and wireless
networks, information and network attacks and their
impact on embedded devices
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16. Audience
• Product/process designers and
engineers
• Developers working
with embedded systems
• Information security professionals
• Application developers
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17. Course Outline
• Cybersecurity 101
• Introduction to Embedded Systems
• Embedded System Vulnerability Analysis
• Exploiting Real Time Operating Systems
• Securing Embedded Systems Interfaces and Protocols
• Cybersecurity Attacks and Best Mitigation Practices for
Embedded Systems
• Case Study and Workshop
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18. Additionally, Tonex offers nearly three dozen more courses
in Cybersecurity Foundation. This includes cutting edge
courses like:
• Cybersecurity Fundamentals
• Electric Grid Cybersecurity Master Certification
• Network Security Training
• Software Security Training
• ICS Cybersecurity Training
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19. Learn More:
Course Link:
https://www.tonex.com/cybersecurity-
applied-to-embedded-systems-
cybersecurity-training/
Or
Call Us Today: +1-972-665-9786
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