This course teaches you how to write powerful offensive security tools to simulate advanced cyber-attacks. The Kill Chain is completely covered. You will be able to design, manage, and execute Red Team Operations against hard targets once certified.

"There is no patch for human stupidity. The Red Team knows that."

Red team operations can be used in a variety of different ways, depending on the specific needs of the organization. Some common purposes of red team operations include:

• Identifying vulnerabilities and weaknesses in an organization's security posture
• Testing the effectiveness of security controls and countermeasures
• Assessing the preparedness of an organization for a cyber attack
• Training employees on how to identify and respond to cyber threats

A cyber red teamer needs to be able to think outside the box and be creative in order to identify potential vulnerabilities and exploits. They must also be proficient in a variety of programming languages and have extensive knowledge of network protocols and systems. Red teamers must also be able to communicate effectively with other members of the team, as well as with customers and management.

The MRT certification provides a comprehensive training experience that teaches the technical and leadership skills to successfully plan and execute offensive cyber operations. The course curriculum covers a wide range of topics, from network and system security vulnerabilities to tactics and techniques for conducting cyber operations. In addition, the course includes extensive hands-on training in the use of offensive cyber tools.

The MCSI Red Teaming certification will equip you with the skillset necessary to carry out the following tasks:

• Perform security research and come up with new attack techniques and tactics
• Write and maintain your own attack toolkits
• Think outside the box and come up with new attack vectors and approaches
• Design, propose, and safely execute multifaceted Red Team operations

This certification will provide you with the skills and knowledge you need to succeed in your offensive security career.

Hackers are often stereotyped as being young, impoverished, and uneducated individuals. However, this could not be further from the truth. Many hackers are very well-educated and highly skilled in their field. In fact, there is a very large and lucrative market for their skills.

According to a recent report, the average salary for a Red Teamer with 5-10 years of experience is $116,000. Professionals with more than 10 years of experience can make up to $192,000 per year. This is a very lucrative career path and one that is in high demand.

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MCSI does really go above and beyond to help its top students land jobs and advance their careers:

MCSI is one of the most respected and trusted names in cyber security education and training. Our certifications teach critical skills, knowledge and abilities needed to advance a career in cyber security. Our courses are comprehensive and up-to-date, and our instructors are experienced professionals who are dedicated to helping students learn. MCSI provides the real-world skills and knowledge you need to protect any organization from cyber threats.

• Write custom malware for unconventional Red Teaming operations against Windows environments

  One of the main reasons Red Teams write their own custom malware is to evade detection by security products. By creating their own unique malware, they can stay ahead of the curve and avoid being flagged by security products. Additionally, custom malware can be used for more targeted attacks, which can be more difficult to detect.

  Ransomware

  A ransomware simulation is a type of attack that is designed to test the security of an organization's systems by simulating a real-world ransomware attack. Ransomware is a type of malware that encrypts the victim's files and demands a ransom payment in order to decrypt them.

  Espionage Toolkits

  Red teams are often employed by organizations to help them find vulnerabilities in their systems. By simulating a cyber espionage attack, a red team can help an organization identify any potential weak points that could be exploited by an actual attacker. Additionally, by practicing responding to a cyber espionage attack, an organization can improve their chances of successfully defending against such an attack if it ever happens.

  Wipers

  A red team would want to write and use a wiper for a few reasons. One, wipers are extremely effective at destroying data and making it difficult or impossible to recover. Two, they can be used to sow chaos and confusion among an organization's ranks. And three, they can be used as a diversionary tactic to draw attention away from more important activities. All of these reasons make wipers an extremely valuable tool in the arsenal of a red team.

  Multi-Staged Malware Infections

  There are a few reasons why a red team would want to use multi-staged malware infections. One reason is that a multi-stage malware infection can help to ensure that the infected system remains under the attacker's control. By using multiple stages, the attacker can install backdoors and other malware components that provide continued access to the system even if the initial infection is discovered and removed.

  Another reason to use multi-stage malware infections is to make it more difficult for security analysts and defenders to identify and mitigate.

  File-less malware

  File-less malware is a type of malware that does not use files to infect a system. Instead, it uses legitimate system tools and processes to execute malicious code. This makes it difficult for traditional security solutions to detect and protect against.

• Use unconventional Red Team tactics and strategies

  Red Teams often use unconventional tactics and strategies to achieve their goals. Some of these tactics include using social engineering, using zero-days, and using deception.

  Blackmail Simulations

  In business, blackmail is not that uncommon. A red team would want to do a blackmail simulation against business employees in order to understand how the employees would respond to a blackmail attempt. The red team would also want to understand how the employees would communicate with one another and with outside entities.

  Living-Off-the-Land

  Living-Off-the-Land (LOL) is a technique used by Red Teaming operations in order to reduce the visibility of their presence and movements on the target networks. By using native operating system tools and utilities, as well as publicly available information, Red Team members can move around the network undetected and gather information about the environment.

  Camouflage

  Camouflage is a Red Team cyber tactic used to look and appear like a normal user on the network. By appearing as a normal user, the attacker can fly under the radar and evade detection. Additionally, camouflage can be used to gather information about the network and users on the network.

  Deterrence

  One of the most common tactics employed by Red Teams is deterrence. The goal of deterrence is to convince the target organization that stopping the Red Team will be too costly, risky, or ineffective to pursue. Red Teams can use a number of methods to create a credible deterrence posture, including demonstrating the ability to breach defenses, exposing sensitive data, or launching a simulated attack.

  Diversions

  One common tactic used by red teams is to create diversions. This can involve anything from creating a false emergency to spreading disinformation. By creating a diversion, the team can distract the target organization and buy themselves time to carry out their real mission.

  A well-executed diversion can be very effective in throwing the target off balance. It can also cause them to waste resources chasing down false leads. In some cases, the defenders may even completely lose focus on the original incident.

• Have a wide arsenal of known techniques for every stage of the attack chain

  The MITRE matrix is a tool that helps Red Teams plan their operations. The matrix provides a breakdown of the different areas that need to be considered when planning a Red Team attack. This information can help Red Teams tailor their attacks to be more effective.

  Initial Access

  In the initial access phase, the red team is attempting to get a foothold into the target network. They will typically use a variety of techniques to get inside, such as social engineering, spear phishing, and malware. Once they have a foothold, they can begin to explore the network and look for vulnerabilities that they can exploit.

  Execution

  Red teamers will often execute malicious code on a target machine in order to gain access to sensitive information. Once the code is executed, it will give the red teamer access to the target machine and all of its data. Execution refers to the tools and techniques they use to execute code.

  Persistence

  Persistence is the ability for an attacker to maintain access to a compromised system for an extended period of time. This can be done through a number of methods, such as installing backdoors, using stolen credentials, or compromising other systems within the network. By maintaining access, the attacker can continue to gather information or launch further attacks against the organization.

  Defence Evasion

  In a red teaming operation, defence evasion are techniques used to evade, avoid and frustrate the cyber defenders. This can be done through the use of deception or by actively hindering the defender's ability to collect information. The goal is to make it more difficult for the defenders to understand the red team's activities.

  Credential Access

  Credential access is a critical step during a red team operation. The goal is to gain access to as many systems and user accounts as possible in order to increase the scope of the attack and increase the chances of achieving the mission objectives. Various methods can be used to obtain credentials, such as exploit vulnerabilities, social engineering, or brute force attacks. Once credentials are obtained, they can be used to access additional systems and user accounts, as well as to gather sensitive information.

  Asset Discovery

  Asset Discovery is a process that is used during Red Teaming Operations in order to identify and map out all of the assets that are present on the target network. This includes identifying devices, servers, applications, and any other type of asset that may be present. Asset Discovery can be performed manually or using automated tools, and is an essential part of any Red Teaming operation.

  Lateral Movement

  Lateral movement is the ability of an attacker to move through a compromised network to other systems or networks. Attackers use lateral movement to gain access to additional systems and data, and to expand their control of the network. Lateral movement can be accomplished through various means, including exploiting vulnerabilities, using stolen credentials, and using malware.

  Data Collection

  The data collection process in Red Teaming Operations is the method by which data is gathered from various compromised machines, sources and consolidated for use in further analysis. Data can be collected from a variety of sources, including both internal and external networks, systems, and data stores.

  Exfiltration

  Red Teaming Operations often requires the attacker to exfiltrate data from the target environment. Exfiltration is the process of transferring data out of a network or system, and it can be done in a number of ways.

  Command and Control

  Command and Control (C2) is the means by which a cyber operator communicates with and controls their compromised target. In a Red Teaming operation, C2 is often used to issue commands to the target system and to extract or upload data.

• Write custom attack tools in some of the following programming languages

  As a red team operator, you need to be able to write software in order to be able to effectively execute your attacks. This includes being able to write exploits, malware, and custom scripts. By being able to write your own tools, you'll be able to customized your attacks and evade detection. Additionally, being able to write software will allow you to better understand the artifacts you leave behind and increase the chances of your attacks being successful.

  C and C++

  Malware authors write malware in C/C++ because it's a very flexible language and it has direct API access to the Windows subsystem. This enables them to create powerful and sophisticated malware that can evade detection and infect systems. Additionally, C/C++ is easy to learn, which makes it an attractive choice for malicious actors.

  Golang

  There are a few reasons why malware authors might write malware in Golang. For one, Golang is a relatively new language, and may be less likely to be detected by security tools. Additionally, Golang has features that make it well-suited for malicious purposes, such as its ability to create executables that are difficult to reverse-engineer. Finally, Golang is easy to learn, which may make it a popular choice for malware authors who are not experienced in coding.

  Python

  Python has become a popular language for malware authors for a variety of reasons. First, Python is easy to learn, making it a good choice for novice programmers. Python code is also relatively easy to read and understand. Additionally, Python provides a wide range of libraries and modules that allow malware authors to easily perform complex tasks such as network communication, file system access, and password cracking.

• Write Red Teaming proposals and reports that delight customers