Understanding the Phases of the Penetration Testing Process

Penetration testing is the process of identifying the security vulnerabilities in a system or network and trying to exploit them. The results of penetration tests play a vital role in finding and patching security flaws.

In this article, we’ll discuss the responsibilities of a penetration tester and outline the five penetration testing phases, in addition to looking at some popular penetration testing tools that can be used to examine systems for vulnerabilities.

Responsibilities of a Penetration Tester

A penetration tester is responsible for finding security vulnerabilities, including determining which penetration testing method (Gupta, 2021) is best suited to the situation. This is a challenging task that requires advanced skills and knowledge.

A penetration tester needs to be familiar with different hacking techniques and have in-depth network security knowledge. They must also know how to use various tools to assess the target system’s security posture.

The Five Phases of Penetration Testing

There are five penetration testing stages: reconnaissance, scanning, vulnerability assessment, exploitation, and reporting. Let’s take a closer look at each of these phases.

Reconnaissance

The first phase of penetration testing is reconnaissance. In this phase, the tester gathers as much information about the target system as possible. This includes information about the network topology, operating systems and applications, user accounts, and other relevant information. The goal is to gather as much data as possible so that the tester can plan an effective attack strategy.

Scanning

Once all the relevant data has been gathered in the reconnaissance phase, it’s time to move on to scanning. In this phase, the tester uses various tools to identify open ports and check network traffic on the target system. Since open ports are potential entry points for attackers, the goal of this phase is to find as many as possible so that the tester can take advantage of them in the next phase.

Vulnerability Assessment

The third phase of the penetration testing process is vulnerability assessment. The tester scans all the data gathered in the reconnaissance and scanning phases to identify potential vulnerabilities and determine whether they can be exploited.

Exploitation

Once a vulnerability has been identified, it’s time for exploitation. The tester attempts to exploit the vulnerability and access the target system. This is typically done using a tool like Metasploit to simulate real-world attacks.

Reporting

Once the exploitation phase is complete, the tester prepares a report documenting all of the penetration test’s findings. This report can be used to fix any vulnerabilities found in the system and improve the organization’s security posture.

Popular Penetration Testing Tools

There are many different penetration testing tools available, and each has its strengths and weaknesses. Some of the most popular include:

◉ Nmap. Nmap is a powerful network scanning tool that can scan for open ports and services. It also includes features for identifying vulnerable applications.

◉ Metasploit. Metasploit is a vulnerability exploitation tool. It includes a library of exploits for a variety of programs and operating systems, as well as an easy wizard that can assist penetration testers in capitalizing on known vulnerabilities.

◉ Wireshark. Wireshark is a network analysis tool that can capture packet data from a network and decode it into readable form. This can be useful for identifying malicious traffic or sensitive information being transmitted over a network.

◉ Burp Suite. Burp Suite is an all-in-one web application security testing tool. It can scan websites for vulnerabilities, manipulate requests and responses, and intercept traffic between the client and server.

These are just a few of the many penetration testing tools available (Aboagye, 2021). As a penetration tester, it’s essential to be familiar with as many of them as possible so that you can choose the right tool for the job.

Common Penetration Testing Mistakes

As with any activity, people make some common mistakes when performing penetration testing. Some of the most common include:

◉ Failing to plan. Planning is essential for any penetration test. Without a plan, the tester will miss important targets and waste time gathering irrelevant data.

◉ Not knowing your tools. Knowing which tools to use and how to use them is essential for any penetration tester. Using the wrong tool for the job can lead to wasted time and false positives.

◉ Testing too early. Testing too early in the process can lead to inaccurate results. The tester needs to understand the environment and the vulnerabilities that exist to perform a good test.

◉ Relying on automation. Automated tools can be a great time saver, but they should never be relied on exclusively. Automated tools can miss things that human testers would easily find, so it’s essential to always manually review the results of an automated scan.

These are just a few of the many mistakes people make when performing penetration testing. Knowing what they are can help you avoid them and improve your chances of success.

The Benefits of Penetration Testing

There are many benefits to performing penetration testing. Some of the key ones include:

◉ Helping with compliance. Many organizations must undergo periodic penetration tests to comply with regulations (Graham, 2021) like the Payment Card Industry Data Security Standard (PCI DSS) and the Health Insurance Portability and Accountability Act (HIPAA). Performing their own tests can help organizations save money and ensure that all relevant vulnerabilities are identified and fixed.

◉ Identifying vulnerabilities. One of the main benefits of penetration testing is finding vulnerabilities in systems. These problems can then be addressed before hackers exploit them.

◉ Improving security posture. Penetration testing can help improve an organization’s security posture. Through identifying and fixing vulnerabilities, a system becomes less susceptible to attack.

◉ Keeps cybersecurity professionals up to date. To be a successful penetration tester, keeping up with the latest trends and techniques is essential. Conducting regular penetration testing can also be beneficial for cybersecurity professionals because it allows them to stay current on the latest cyberthreats and how to defend against them.

Understand the Basics of Penetration Testing

Penetration testing is a critical part of information security, and as more organizations move to cloud-based models and adopt new technologies, the need for penetration testers will only increase. By identifying and fixing vulnerabilities, penetration testers can improve the security of organizations’ systems and protect their data from hackers.

If you’re a cybersecurity professional, it’s essential to be familiar with the basics of penetration testing. EC-Council’s Certified Penetration Testing Professional (C|PENT) program is one of the most popular and widely recognized certifications in the field. The certification covers the fundamentals of penetration testing, including planning, reconnaissance, scanning, exploitation, and report generation.

Source: eccouncil.org

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A Complete Career Guide for Computer Forensics: Steps to Success

If you’re looking to join an in-demand career field, a position in digital forensics might be just what you’re looking for. Cybersecurity Ventures predicts that, by 2025, global cybercrime damages will exceed $10.5 trillion annually (Morgan, 2020).

There’s already high demand for cybersecurity professionals, and this need is only expected to grow. Read on to learn more about increasing concerns over cybersecurity, how digital forensics professionals are working to combat cybercrime, and how to get started in the computer forensics industry.

The Cyber Forensics Industry Continues to Grow

As cybercriminals and malicious hackers continue to attack data systems in their searches for sensitive information, the need for computer forensics professionals will continue to rise. While the need for computer forensics professionals is evident, understanding what digital forensics is all about may not be as straightforward. Below, we’ll cover the ins and outs of digital forensics and explain the role of cyber forensics experts.

What Is the Role of a Cyber Forensic Investigator?

So what is digital forensics all about? Digital forensics, also referred to as computer forensics or cyber forensics, is the process of gathering evidence in the form of digital data during cybercrime cases. The primary role of computer forensics professionals is to track, locate, and extract various data needed during criminal investigations.

What Skills Do Cyber Forensics Experts Need?

Digital forensics experts are typically expected to have the following skills: 

◉ Excellent communication and problem-solving abilities

◉ Capability to think analytically and critically

◉ Understanding of ethical and legal issues related to data and data acquisition

◉ Knowledge of how to use file recovery programs and encryption-decoding software to search hard drives for deleted files

◉ Ability to gather information from network servers, databases, smartphones, tablets, and other digital devices

◉ Openness to continuously learning new things to keep up with changing technologies

What Are the Career Choices in Digital Forensics?

Digital forensics is a career field with a high expected job growth rate. The market for forensic science technicians is expected to grow by 16.9% between 2016 and 2026, with digital computer forensics accounting for much of this increase (Sokanu, 2016).  There are numerous job positions and specializations to choose from within the digital forensics industry, including: 

◉ Information security analyst

◉ Computer systems analyst

◉ Malware analyst 

◉ Information technology auditor 

◉ Computer forensic analyst 

◉ Security consultant

How to Become a Digital Forensic Investigator

There are several ways to enter the exciting field of digital forensics and become a cyber forensics expert. One great option is to obtain a leading digital forensics certification like EC-Council’s Computer Hacking Forensic Investigator (C|HFI). The C|HFI is designed by industry experts to train upcoming cyber forensics professionals in today’s most job-relevant skills, including:

◉ Complex investigation practices

◉ Investigation and preservation of digital and non-digital evidence of a cyberattack

◉ How to utilize threat intelligence to anticipate and alert security teams to imminent cyberattacks

◉ Specialized forensics proficiency in emerging areas like the Internet of Things (IoT), dark web, the cloud (including Microsoft Azure and Amazon Web Services Cloud), networks, mobile devices, and more

Source: eccouncil.org

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What Is Incident Management and What Are Its Advantages?

What Is Incident Management and What Are Its Advantages?

Business owners are always looking for ways to keep their company safe from unforeseen security incidents, which can cause significant losses. One way to do this is by implementing an incident management process.

What is incident management, and why do organizations need it? This article will explore the roles and responsibilities of an incident management team and the tools they can use to respond swiftly and effectively to security incidents.

What Is Incident Management?

Incident management is the process used by cybersecurity, DevOps, and IT professionals to identify and respond to incidents in their organization. Cybersecurity incidents can be anything from a server outage to a data breach to something as simple as an employee misconfiguring a firewall.

Cybersecurity incident management aims to minimize the impact of these incidents on business operations and prevent them from happening again. To do this, incident managers must first identify the cause of the incident and take steps to fix it. They also need to ensure that the proper procedures are in place to prevent incidents from recurring (Bisson, 2021).

What Are the Benefits of an Incident Management Plan?

There are many benefits to implementing an effective incident management process.

◉ Reduced downtime. By quickly identifying and resolving incidents, businesses can minimize the downtime their employees experience. This is especially important for companies that rely on technology to do their work.

◉ Improved customer service. If an incident affects customers, companies must resolve the issue as soon as possible. Incident management can help businesses do this properly and efficiently.

◉ Prevention of future incidents. By identifying the root cause of incidents and fixing them, companies can prevent the same types of incidents from happening again.

◉ Improved communication. One of the critical purposes of incident management is to enhance communication between different departments and teams within an organization. Good communication prevents duplication of efforts and ensures that everyone is on the same page when responding to incidents.

What Are the Roles and Responsibilities of an Incident Management Team?

An effective incident management team has several key roles and responsibilities (Chai & Lewis, 2020).

◉ Identifying incidents. The first step in resolving an incident is identifying that it has occurred. Incident managers must be able to promptly locate any issue that could impact business operations.

◉ Resolving incidents. Once an incident has been identified, it is up to the incident manager to fix it as quickly as possible. This often includes working with other departments to get things back up and running.

◉ Reporting incidents. Incident managers must provide regular reports on all happenings in their organization. This helps prevent future incidents and keeps everyone up to date on the latest information.

◉ Training employees. One of the critical responsibilities of an incident manager is training staff on how to respond to different types of incidents. This includes teaching them about the procedures that have been put in place and helping them understand the impact that an incident can have on business operations.

What Are Some Standard Tools Used by Incident Management Teams?

Incident management teams use several tools and technologies to help them respond appropriately to incidents. Some of the most common tools include:

◉ Intrusion detection systems. These systems detect and react to security incidents. They often have features such as real-time alerts and reporting.

◉ Netflow analyzers. These tools help incident managers understand the traffic flowing in and out of their network. This information can identify malicious activity and quickly respond to incidents.

◉ Vulnerability scanners. These scanners help identify vulnerabilities in an organization’s systems and networks. This information can be used to fix the vulnerabilities and prevent future incidents.

◉ Availability monitoring. This type of monitoring helps incident managers track the availability of critical systems and applications. This information can be used to quickly identify and resolve incidents affecting business operations.

◉ Web proxies. A web proxy is a server positioned between the client and the target server. It intercepts all requests from the client and forwards them to the target server. This can be used to monitor traffic and block access to specific websites.

◉ Security information and event management (SIEM) tools. SIEM tools collect and analyze incident security data across an organization. This can help incident managers quickly identify and mitigate any potential threats.

◉ Threat intelligence. Threat intelligence is information about current or emerging threats that can impact an organization. It can be leveraged to help incident managers stay ahead of any potential attacks and protect their business.

How to Create an Effective Incident Management Plan

An effective incident management plan is key to ensuring that your organization can adequately respond to any incidents that occur. Here are some tips for creating effective incident response strategies (Griffin, 2021).

◉ Define the roles and responsibilities of the team. Ensure everyone on the team knows their role and what they need to do to resolve an incident.

◉ Establish procedures. Make sure that you have clear procedures for responding to different types of security incidents. This will help ensure that everyone is on the same page when resolving an incident.

◉ Train employees. Train security and other staff to recognize and respond to various incidents. This will help get the business back up and running with as little downtime as possible.

◉ Create a communication plan. Make sure you have a communication plan and incident response policy in place for sharing information about incidents with employees, customers, and partners.

◉ Test your plan. Testing your plan regularly ensures that it runs smoothly, functions effectively, and is updated to account for new developments in business operations and cybersecurity.

The Growing Demand for In-House Incident Management Teams

As businesses become more aware of the dangers of security incidents, the demand for in-house incident management teams is growing. In-house teams can help organizations promptly respond to any incidents and protect their business from potential attacks—for example, by creating an organization-wide incident response policy.

In response to this growing need, leading cybersecurity education providers like EC-Council have developed specialized incident management training programs. EC-Council’s Certified Incident Handler (E|CIH) program is one of the most popular and well-recognized incident response certifications in the cybersecurity industry.

The accredited E|CIH program covers response procedures for a wide range of security incidents, including malware, email, network, cloud, and web application attacks. If you are a leader looking to strengthen your in-house incident management team or a cybersecurity professional looking to enhance your incident handling skills, the E|CIH is an excellent place to start.

Protect Your Organization with an Incident Handling Certification

Incident management is a critical component of any successful business. By establishing a dedicated incident handling team and implementing an effective incident response plan, you can protect your organization from the impact of cyberattacks.

If you are a cybersecurity professional, consider specializing in incident management to take advantage of the growing demand for these teams.

Source: eccouncil.org

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Understanding and Preventing Social Engineering Attacks

According to PurpleSec (2021), 98% of cyberattacks rely on social engineering. The same report indicates that new employees are the most susceptible: 60% of IT professionals cited recent hires as at high risk of falling for social engineering tactics.

Social engineering attacks use deception, coercion, or other interpersonal methods to achieve an illegitimate or fraudulent outcome. As Jenny Radcliffe, founder and director of social engineering cybersecurity firm Human-Centered Security, says: “Criminals use the fear, the uncertainty, and the doubt—or FUD, as we call it in the business—to create this atmosphere of uncertainty in people’s heads” (Tanium, 2020, para. 11).

Read More: EC-Council Certified Chief Information Security Officer (CCISO)

In this article, we’ll cover the top social engineering attack methods and explain how to defend against them.

Social Engineering Attack Patterns

Social engineering attacks all follow a broadly similar pattern. First, the hacker identifies a target and determines their approach. They then engage the target and build trust. Next, they launch the attack. Finally, once the hacker has what they want, they remove the traces of their attack.

CNN ran an experiment to prove how easy it is to pull off these types of attacks (O’Sullivan, 2019). In the experiment, a hacker successfully obtained a CNN tech reporter’s home address and cell phone number by calling a furniture store where the reporter had recently purchased an item. She got the name of the store from a tweet where the reporter had shared information about his latest purchase.

Spear Phishing

Between March 1 and March 23, 2020, Barracuda Sentinel researchers identified 467,825 spear-phishing email attacks (“Coronavirus-related spear phishing,” 2020). Spear phishing targets specific individuals with malicious attacks that exploit the target’s trust to get them to divulge sensitive information.

A spear-phishing attack starts with investigation. The goal is to gather enough information about the target to fool them into believing the attacker is a trusted person or entity. Attackers often pose as a friend, coworker, or supervisor.

In spear-phishing attacks, hackers send emails that appear to come from a trustworthy source, such as a bank or favorite retailer. The email encourages the recipient to follow a link that enables the hacker to obtain sensitive information, like usernames, passwords, and credit card numbers.

Why Spear Phishing Works

Spear phishing uses the element of trust. People let their guard down when they trust someone. Cybercriminals use this technique because it is an easy way to convince a target to carry out a desired action.

How To Avoid This Type of Social Engineering Attack

One of the easiest ways to stop phishing attacks, including spear phishing, is to carefully check the sender’s email address. Phishing emails that might at first appear to come from a well-known business often have slight spelling variations that are difficult to detect without paying close attention.

It’s also a good idea to check the subject line of the email. Phishing emails often attempt to create a sense of fear or urgency to get the recipient’s attention. Words such as “Important,” “Urgent,” or “Account Past Due” are all red flags.

Baiting

Baiting is a type of social engineering attack in which the cybercriminal lures the target by using a reward as bait. The goal is to gain confidential information or access to a company’s internal network by offering the target something they can’t refuse—for example, a free download or participation in a contest to win money.

Why Baiting Works

Humans are curious by nature. Cybercriminals know this and construct offers that seem too good to be true. If the offer is compelling enough, the target is more likely to divulge sensitive information.

How To Avoid This Type of Social Engineering Attack

Be wary of emails, links, posts, and advertisements. If something looks suspicious, don’t click on it. Likewise, don’t respond to emails that request sensitive information to be provided via email, and before sending personal information online, check the URL. Cybercriminals are good at making sites appear legitimate, so look for slight misspellings or a different domain, such as .net instead of .com.

Quid Pro Quo

In a quid pro quo attack, also known as “gift exchange,” the attacker tries to get a favor from the target in return for something desirable. Similar to baiting, a quid pro quo attack involves a cybercriminal offering to do something that benefits the target but requires the target to perform an action in exchange.

Read More: 312-50: Certified Ethical Hacker (CEH)

For example, the attacker may call several extensions at a company and pretend to be calling back about a technical support issue. When they identify someone with an existing support issue, they pretend to help the target. However, they instruct the target to perform actions that (unbeknownst to them) will compromise their machine.

Why Quid Pro Quo Attacks Work

People fall for quid pro quo attacks because they believe the task they’re being asked to perform is small and insignificant. These tasks could range from giving out their email address to accepting software upgrades. Attackers are more successful in getting the information or access they want if they make requests that don’t require a significant commitment from the target.

Quid Pro Quo Attack Prevention

As a rule, don’t provide sensitive information unless you initiated the exchange. Verify the company by calling back on a publicly posted phone number. If something seems suspicious, hang up the phone.

Source: eccouncil.org

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Incident Management in Cyber Security

Introduction:

In the field of cybersecurity, incident management can be defined as the process of identifying, managing, recording, and analyzing the security threats and incidents related to cybersecurity in the real world. This is a very important step after a cyber disaster or before a cyber disaster takes place in an IT infrastructure. This process includes knowledge and experience. Good incident management can reduce the adverse effects of cyber destruction and can prevent a cyber-attack from taking place. It can prevent the compromising of a large number of data leaks. An organization without a good incident response plan can become a victim of a cyber-attack in which the data of the organization can be compromised at large.

There is a five-step process for incident management in cybersecurity given by the ISO/IEC Standard 27035. They are as follows.

Step-1 :

The process of incident management starts with an alert that reports an incident that took place. Then comes the engagement of the incident response team (IRT). Prepare for handling incidents.

Step-2 :

Identification of potential security incidents by monitoring and report all incidents.

Step-3 :

Assessment of identified incidents to determine the appropriate next steps for mitigating the risk.

Step-4 :

Respond to the incident by containing, investigating, and resolving it (based on the outcome of step 3).

Step-5 :

Learn and document key takeaways from every incident.

Some tips for security incident management :

◉ Each and every organization needs to have a good and matured plan for the security incident management process, implementing the best process is very useful to make a comprehensive security incident management plan.

◉ Create a security incident management plan with supporting policies including proper guidance on how incidents are detected, reported, assessed, and responded. It should have a checklist ready. The checklist will be containing actions based on the threat. The security incident management plan has to be continuously updated with security incident management procedures as necessary, particularly with lessons learned from prior incidents.

◉ Creating an Incident Response Team (IRT) which will work on clearly defined roles and responsibilities. The IRT will also include functional roles like finance, legal, communication, and operations.

◉ Always create regular training and mock drills for security incident management procedures. This improves the functionality of the IRT and also keep them on their toes.

◉ Always perform a post-incident analysis after any security incident to learn from any success and failure and make necessary adjustments to the program and incident management processes when needed.

Necessary part of incident response :

Always make a habit of collecting evidence and analyze forensics which is a necessary part of incident response. For these circumstances, the following things are needed.

1. A well-defined policy to collect evidence to ensure that it is correct and very much sufficient to make it admissible in the Court of Law.

2. It is also importantly needed to have the ability to employ forensics as needed for analysis, reporting, and investigation.

3. The personnel of the IRT must be trained in cyber forensics, functional techniques and would also have some knowledge in the legal and governance.

Note –

A strong incident management process is very much important in order to reduce the recovery costs, potential liabilities and most importantly reducing the damage to the victim (both at personal level and organizational level).

Source: geeksforgeeks.org

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The Top Five Job Roles for Certified Cybersecurity Technicians

Cyberattacks increased by 50% globally between 2020 and 2021 alone (Check Point, 2022). As a result, demand is rising throughout the United States and internationally for cybersecurity professionals with the breadth of training and experience necessary to handle these growing cyberthreats. This represents an attractive and rewarding opportunity for anyone interested in starting a career in the fast-growing field of cybersecurity: In the United States, available information security analyst positions are expected to increase by 33% between 2020 and 2030 (Bureau of Labor Statistics, 2022), and the average salary for a cybersecurity technician is USD 82,541 (ZipRecruiter, 2022).

EC-Council’s Certified Cybersecurity Technician (C|CT) is a baseline cybersecurity certification program that teaches learners the fundamental techniques and knowledge necessary for starting or advancing a career in information security. In the C|CT course, learners develop a comprehensive understanding of cybersecurity that prepares them to succeed in their future endeavors in the industry, including gaining attractive employment opportunities and achieving additional accreditation in their chosen specializations.

Top Job Roles and Responsibilities for Certified Cybersecurity Technicians

EC-Council’s C|CT certification provides participants with strong foundational skills in cybersecurity, including ethical hacking, Internet of Things (IoT) security, and application security. This means that C|CT-certified professionals have the option to pursue a wide range of roles and responsibilities depending on which cybersecurity niche most interests them.

1. Security Operations Center Analyst

Security operations center (SOC) analysts play an essential role in frontline IT security teams. SOC analysts are responsible for reporting malicious activity and implementing security protocols or changes to defend against cyberattacks. SOC analysts earn USD 86,528 per year on average in the United States (Indeed, 2022a).

The responsibilities of a SOC analyst include:

◉ Analyzing potential and incoming threats

◉ Analyzing network vulnerabilities

◉ Investigating and reporting on information security issues and trends

◉ Searching for and responding to newly discovered hardware and software vulnerabilities

◉ Creating disaster recovery plans

2. Network Engineer

Network engineers set up and maintain computer systems throughout an organization. Their goal is to ensure that all hardware is optimized and maintained to ensure the integrity of the network and the organization’s infrastructure, including working with cybersecurity teams to ensure that networks are adequately protected. Cybersecurity professionals in this position are responsible for designing and maintaining network infrastructure, installing firewalls, and providing support and troubleshooting to security teams and clients. The average network engineer in the United States earns USD 90,379 per year (Indeed, 2022b).

The responsibilities of a network engineer include:

◉ Developing and establishing the network environment

◉ Designing and implementing new solutions to improve network resilience

◉ Troubleshooting network errors and outages

◉ Scheduling network upgrades

◉ Securing networks by establishing and maintaining policies

◉ Creating and supporting firewalls

◉ Providing remote support to cybersecurity teams and customers

3. IT Manager

IT managers ensure that all employees in an organization have the appropriate IT hardware and software to do their jobs effectively and safely. They may also coordinate with other departments, such as HR or finance, to ensure all data is secured. This requires a robust understanding of cybersecurity, which students are taught in the C|CT certification course. The average salary for an IT manager in the United States is USD 89,111 per year (PayScale, 2022).

The responsibilities of an IT manager include:

◉ Managing and coordinating IT staff

◉ Managing and evaluating electronic and data operations

◉ Managing computer systems and IT equipment within the organization

4. Ethical Hacker

An ethical hacker identifies security vulnerabilities by testing an organization’s security and network infrastructure using the same techniques and approaches that a malicious hacker would. Ethical hackers may attempt to hack into an organization’s networks, web servers, and applications, in addition to testing for susceptibility to social engineering tactics. The results of an ethical hacker’s tests allow an organization to amend any vulnerabilities relating to current security threats the organization is likely to face. In the United States, the average ethical hacker earns an annual salary of USD 102,764 (Salary.com, 2022).

An ethical hacker’s responsibilities include:

◉ Determining the initial scope of the assessment

◉ Attempting to hack into the organization’s network (with the organization’s consent)

◉ Reporting all security breaches and vulnerabilities to the organization

5. Cybersecurity Technician/Cybersecurity Engineer

EC-Council’s C|CT certification also prepares students for careers as cybersecurity technicians or cybersecurity engineers. Cybersecurity engineers use their technical IT knowledge, combined with penetration testing, ethical hacking, and other skills, to strengthen an organization’s network security. A cybersecurity technician’s role typically involves designing information security plans and working with other departments within the organization to execute those plans. The average salaries for cybersecurity technicians and cybersecurity engineers in the United States are USD 82,541 and 120,455, respectively (ZipRecruiter, 2022a, 2022b).

Other typical responsibilities for a cybersecurity technician or engineer include:

◉ Troubleshooting security issues

◉ Responding to security breaches

◉ Communicating security protocols to other departments

◉ Identifying network vulnerabilities using penetration testing and ethical hacking techniques

Source: eccouncil.org

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The Top 10 Qualities of a Successful CISO

A successful chief information security officer (CISO) needs to wear many hats. CISOs need to manage risk, protect their company’s data, and oversee its security infrastructure. But that’s not all: A successful CISO also needs to have certain qualities that set them apart from other leaders in the field. This article will outline the top 10 qualities a successful CISO needs to have.

What Is a CISO?

A CISO is a senior executive responsible for developing and implementing an organization’s information security program (Gupta, 2021). These programs are designed to protect a company’s data from unauthorized access or theft. A CISO’s responsibilities include managing risk and ensuring compliance with applicable laws, regulations, and standards.

Read More: EC-Council Certified Chief Information Security Officer (CCISO)

Qualities of a Successful CISO

Though the specific qualities of a successful CISO may vary depending on the organization, there are several key characteristics that all CISOs should possess. These qualities allow them to excel in their role and protect their organization’s data and systems. Let’s take a look at some of these qualities.

1. They have a technical background.

CISOs must have a solid technical background and understand how technology can be used to protect data, networks, and systems. They should also be familiar with current threats and vulnerabilities, as this enables them to design and implement a security infrastructure that is effective and up to date.

2. They’re good communicators.

CISOs are good communicators and can clearly convey security concerns to senior management and other stakeholders. They also know how to translate complex security concepts into language that non-technical personnel can understand.

Communication skills can be learned through public speaking courses, writing workshops, and practice (Dagostino, 2021).

3. They’re organized.

Organizational skills—in particular, the ability to manage multiple projects simultaneously—are essential for CISOs. A CISO needs to have a clear vision for their security program and the ability to implement it on schedule. The capability to set and meet deadlines is crucial, since many security projects require quick turnarounds.

The best way for CISOs to improve their organizational skills is to create a system that works for them and stick to it. This may include using a task manager, calendar, or planner.

4. They can manage people effectively.

CISOs are highly skilled at managing and motivating teams of security professionals as well as engaging other members of the organization. They understand the importance of creating a positive work environment and providing adequate resources for their team.

There are many ways to manage and lead people. Some methods include providing clear direction, setting expectations, and being supportive. Leadership skills can be learned through books, online resources, and mentorship programs.

5. They’re ethical.

A CISO is ethical and follows best practices for information security. They also understand the importance of data privacy, including protecting the privacy of their organization’s employees as well as customers and clients.

There are many rules and regulations in the realm of information security. Industry compliance requirements and standards can provide excellent guidance on ethical behavior. A CISO can stay updated on these regulations by reading industry news, attending conferences, and networking with other professionals.

6. They’re proactive.

A successful CISO is proactive and takes steps to prevent cyberattacks before they happen (Dontov, 2021). They also make sure to keep themselves up to date on current threats and vulnerabilities and take appropriate action.

Being proactive means being prepared for potential threats and having a plan to deal with them. This can be done by regularly updating the organization’s security infrastructure, conducting risk assessments, and training employees to spot common cyberthreats, such as phishing attempts.

7. They’re resourceful.

Knowing how to get the most out of limited resources is necessary for any CISO. A good CISO understands that not all organizations have the same budget for security and is able to prioritize according to their company’s needs.

This quality can be developed by understanding how to use various security tools effectively, including incorporating open-source software and free online resources when appropriate.

8. They’re innovators.

A good CISO is innovative and always looking for new ways to improve their organization’s security posture. They are willing to experiment with new technologies (though always maintaining a careful balance with potential security risks).

Innovation can be fostered by attending conferences, reading industry news, and networking with other professionals. It can also be encouraged at the organizational level by allowing employees to explore their creativity and experiment with new ideas.

9. They think strategically.

CISOs think strategically about the security of their organization. They understand the importance of aligning their security needs and requirements with their company’s business goals and ensure that security decisions are consistent with the organization’s overall operations and vision.

This quality can be developed by taking courses in strategic planning, business administration, and information security. It is also essential for CISOs to understand the distinctions between various types of cyberthreats and how different cyberattacks can impact the organization.

10. They can successfully manage risk.

Assessing and mitigating risks to the organization is a key skill that all CISOs should have. A CISO understands how to balance the need for security with the need for business continuity, making risk management a critical skill for CISOs. As a CISO becomes more experienced, they will be better able to identify and handle risks. A successful CISO can manage crisis situations, stays calm under pressure, and has experience dealing with data breaches, system outages, and other emergencies.

This experience can be gained by working in various industries, testing security tools, and participating in risk management forums. Once a CISO becomes more familiar with the types of risks their organization faces, they can develop risk management strategies that meet their company’s specific needs.

Source: eccouncil.org

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