CHFI Certification: Prove Your Competence in Digital Forensics

Computer forensics is a high-growth field, with great potential for career progression. Organizations lean on digital forensic analysts to make out and reduce weaknesses to maintain their sensitive information secure. CHFI by EC-Council is one of the most sought-after digital forensic certifications. EC-Council not only evaluates the forensic expertise of the applicants through the CHFI exam, but it also gives on-demand training to the aspiring applicants. CHFI certified professionals are considered experts in executing forensic-related tasks, like evidence collection, intrusion analysis, information recovery, and audit trails maintenance.

What is CHFI Certification?

The CHFI, Computer Hacking Forensic Investigator certification is for professionals in defense and military professionals, systems administrators, legal professionals, banking, e-Business security professionals, insurance, IT managers, and government bodies and police and other law enforcement employees. The CHFI certification will assure that candidates have the essential skills to recognize an intruder's traces and correctly gather the proof needed to prosecute in the court of law. Applicants who can not attend official training must have at least two years of work experience in the Information Security domain to meet the eligibility criteria.

Importance of CHFI Certification

Once you pass your CHFI 312-49 certification exam, you may find that you are qualified for a diverse range of jobs. While your prevailing job experience might have qualified you earlier, it is essential to gain a respected certification that proves a commitment to the field, as well as providing strong proof that you have mastered definite areas in Computer forensics.

Read: CHFI Certification: How It Can Open Doors and Boost Your Computer Forensics Career

CHFI certification always helps earn immediate respect and qualify you as the professional you are to move forward smoothly and rapidly without having to prove your importance.

Possible Career Paths for CHFI

You can then move your career forward with several distinct brilliant career paths. You can work with law enforcement agencies who are starving for computer investigators. You might look for to work with an organization that finds your particular skillset important to their information technology division. Some of the job profiles that you can take into consideration might involve the following:

• Security Engineer
• Digital Forensic Analyst
• Cyber Security Malware Analyst
• Security Auditor
• Security Manager
• Penetration Tester
• Application Security Analyst
• Computer Security Incident Response & Recovery
• Forensics Cyber Weapons and Tactics Advisor

Read: Key Roles of Computer Hacking Forensic Investigator (CHFI): Briefly Explained

How to Prepare for CHFI Certification?

1. Start in Advance

EC-Council CHFI exam is nearly impossible to crack if you do last-minute cramming. Rather, you should start studying before 3-4 months to your scheduled exam date. You're going to be assessed on your skill to read a question, analyze it, and practice concepts. Although most candidates hardly run into questions that at first don't appear to relate to anything they've studied, you can be confused by them if you cram. The CHFI syllabus topics you're being examined on demand a type of understanding that can only be obtained over an organized, thorough course of study—not last-moment, frenzied reviews of study materials.

2. Design Study Schedule

To pass the CHFI exam, you need a solid grasp of the concepts and implement them. Besides, you need to practice answering CHFI test questions because the EC-Council certification exams demand you to employ analytical methods to conclude at your answers. Although there are motivated applicants who can design their study schedule effortlessly, it's more probable that you're unsure how or where to begin. Paycheques you receive after passing the CHFI exam are an excellent way to turn doubt into confidence.

To prepare for the CHFI certification exam, you can avail plenty of resources online. The cost of study material can depend on what kind of resources you choose. You can choose from books, online courses, online study guides and blogs, practice tests, and online communities.

3. Focus on Taking CHFI Practice Tests

If possible, try to take leave from your job in the last two weeks before the exam for revision and practice tests. Treat the CHFI practicetest as if they are actual exams. Don't get the practice questions in advance. Take time-bound practice tests to get a feel for the time limitations and stress of exam day. You have an average of about 1.6 minutes per CHFI question.

Although working on the areas where you scored poorly is essential, don't overlook your more vital CHFI syllabus topics. They need to stay in your mind for long.

4. Have a Game Plan to Stay Calm and Composed on Exam Day

The secret to staying focused and calm while taking the exam is to have a game plan before you sit for the exam. To avoid the last moment rush, be ready early. Don't spend too much time on one question.

For the questions that give you difficulty, first reread to understand them. Then, if you still can't conclude to the best answer, try to drop at least one and make a wise guess. Even if you don't have an idea, you should still mark an answer. That's better than leaving it blank because there is no negative marking. Whatever you do, don't frighten if you find several tricky questions in a row. It only makes things more dangerous.

Conclusion
If the world of digital forensic attracts you, if you want to help resolve crimes or discover compromised computer systems, or catch devil employees, then there is no time like the now to begin preparation for the CHFI exam.

There are plenty of job opportunities, and the salaries are usually very high with other types of jobs.

Start studying on your own, take some courses, perform practice tests, achieve your CHFI certificate, and apply for your dream job. It is an interesting and demanding field, but it will require time and effort.

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5 Most Desired Traits of a CISO

Before now, the responsibility of guaranteeing that an organization’s technology was secure fell to the Chief Information Officer (CIO) or Chief Technology Officer (CTO). However, with the evolution of cybersecurity and the mounting value for security, most businesses now have the role assigned to an individual who reports back to the board.

More recently, it has become a standard practice for businesses, administrations, and non-profits organizations to have a Chief Information Security Officer (CISO). The job description of a CISO has extended to include risks found in customer privacy, information security, and other organizational processes.

Combining the CISO function with the IT team is no longer a standard trend. It is even better to have a Certified Chief Information Security Officer (CCISO), as they can adequately balance the act of deciding what is good for the business and what’s good for security.

Whether you’re an IT professional, a cybersecurity professional, or a cybersecurity enthusiast, if you want to climb up the ladder within your field, you should learn what it takes to be a CCISO and how to land a CISO job.

What does a CISO care about?

The Chief Information Security Officer (CISO) is the high-ranking executive whose responsibility within an organization is to ensure the optimum security of the business information and data. Although, in the past, the role of a CISO has been barely demarcated, in recent times a CISO is implemented interchangeably with the function of a VP of security, CIO, CTO, and CSO. This suggests a broadened responsibility within the organization.

A CISO also supervises security technologies, oversee the incident response team, promptly administrates the creation and application of policies and procedures, and also launch suitable standards and controls. The CISO is considered the peak of the IT profession and is given a lot of importance within the IT security department.

What makes a good CISO?

A good CISO is also able to make and implement risk-based business decisions. It is not enough to make these risk-based decisions, the CISO must also be able to communicate this to the board. You need to strategize a means to demonstrate how the projected modifications will explain the cost it will invite, and better still how it will produce more effectiveness, productivity, and generate more revenue for the organization.

Most likely, the most effective way to comprehend the role of a CISO is to learn about their daily responsibilities. The control of a good CISO spread across the entire organization. The common responsibility of a CISO include the following:

◉ Cybersecurity
◉ eDiscovery, IT investigations, and digital forensics
◉ Information privacy
◉ Information security and information assurance
◉ Computer security incident response team (CSIRT)
◉ Computer emergency response team (CERT)
◉ Information risk management
◉ Disaster recovery and business continuity management
◉ Information security operations center (ISOC)
◉ Identity and access management
◉ Information technology controls for financial systems
◉ Governance risk and compliance (such as FISMA, PCI DSS, HIPAA, SOX, and GLBA)

What is the difference between a CSO and a CISO?

The role of a chief security officer differs from that of the Chief Information Security Officer. The CSO is a high-ranking executive whose responsibilities encompass the whole security requirements and challenges faced by an organization. Whereas, the CISO is saddled with the responsibility of constructing security plans alongside the organization’s objectives and security programs.

Given the ever-increasing network security threats and unique cyber-attacks, the CISO is becoming a more essential and significant position for both large and medium-sized organizations. Although most CISO has non-technical certifications, you need a security officer training and/or an equivalent certification training to have an extended technical prowess. This would place you in high demand and your compensation would rank with most C-level positions.

If you are an aspiring CISO then this session is for you:

What are the five most desired traits of a CISO?

A CISO must possess both technical and soft skills. Although some skills are more indispensable than others. Understanding how managers perceive the position of a CISO and their performances when they submit their reports back to the board will help you prepare for your journey into this field.

1. Technical Knowledge and Experience

One of the core traits of a CISO is their level of technical savviness. While business acumen is a requirement, top board members will only hire a CISO that can prove their technical prowess. This does not necessarily mean that you need the shrewdest technical skill to be able to land a CISO job. However, you need to have more than the basic knowledge about the technology and incident you want to handle. Being a certified Chief Information Security Officer (CCISO) is also a basic requirement.

Some necessary technical requirements include:

◉ A CISO should understand governance risk and compliance assessments such as SOX, PCI, GLBA, NIST, and HIPAA.
◉ Must understand, develop, and define network security architectures.
◉ They should understand protocols that can manage firewalls, intrusion discovery, and intrusion prevention.
◉ Have a sound experience with computer networking components, including DDoS and DoS mitigation approach, DNS, authentication, TCP/IP, and VPN proxy services. Communication and Diplomatic Skills.
◉ Must be able to formulate an incidence response plan.
◉ They can work with frameworks such as COBIT, ITIL, and ISO 27001/27002.
◉ Must be conversant with Windows and Unix-like operating systems. They can also handle programming languages such as Java, Python, and PHP.

2. Deft communication and diplomatic skills

The field of information communication and technology (ICT) is an interdisciplinary field that requires deft dexterities to be operative. A good CISO is an individual that acknowledges that information security is an endless business procedure, which necessitates both individual and collective inputs.

A CISO should possess first-rate communication competencies and should be able to handle diverse shareholders and other C-level experts within the company. The board wants more than an assurance that all the necessary security measures are implemented. Since they most likely won’t possess the same level of technical knowledge nor speak “infosec”, it is the responsibility of the CISO to successfully communicate the security needs and situation of the organization.

Communication to the board would include giving progress reports, asking for financial aids to ensure improved progress, guaranteeing that the organization’s data security aims and objectives are accomplished, and when necessary enlighten the board a new approach is necessary. Out of the entire communication, CISOs will conduct during their professional experience, the communication that will occur during a crisis situation or incident would be more critical.

3. Strong leadership skills

Being a CISO can be very demanding since there is no one-size-fits-all approach to security. More often than not, a smooth team effort means good security. CISOs occupy the leadership position during information security projects. They oversee the project from the innovation stage, coordination, and planning, to the implementation and administration of security programs.

CISOs realize that an enforcement obligation is required, but they naturally choose not to be perceived as the individual whose major answer is often a rebuff. The ideal strategy is to lead through influence instead of issuing strict proclamations. For instance, the CISO might launch a security officer training or a team of internal risk counselors who are readily accessible to assist other business divisions in conducting vulnerability assessments and draft functional network security policies.

Furthermore, CISOs should be able to join forces with the top executives and develop solid relationships with the many divisions within the organization. They must be able to enforce governance risk and compliance and handle all forms of regulatory requirements. This is what differentiates a control-centric relationship, which dictates commands and an influence-centric relationship, which influences others to manage the business’s information security vulnerabilities or risks.

4. Align business mission with security objectives

An impressive CISO knows that their position is not to direct the business but to permit them to execute their tasks in a rationally secure approach. CISOs are saddled with the responsibility of constantly balancing the act between what is good for business and what is good for security. Not only do CISOs need technical dexterities, but they also need to master business acumen. While it is good to have a tightly locked security network, if the business needs are ignored, the security may do more harm than good.

Great CISOs must demonstrate efficiency in security planning through their management approach, project requirements, and risk assessments, among others. Their strategic approach should align with the business mission, governmental regulations, and the expectations of the board of committee. When the CISO can see the bigger picture, their contributory position becomes significant.

5. Dedicated to self-development and security training

With the evolving environment of cybersecurity and cyber-attacks, CISO must be committed to improving their security skills and knowledge. The stakes have been raised by malicious hackers. The role of a CISO is to widen the gap between the activities of cyber-attackers and the organization’s security measures. Based on this, the CISO must continue to learn, relearn, and unlearn.

CISOs seek security officer trainings to keep abreast of cybersecurity happenings, novel compliance requirements, emerging technologies, and continuous need for developments. You need a CCISO program to turn you into a certified security expert in the field of information technology

Source: eccouncil.org

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How to Use Cyber forensics to Decode VPNs and TOR

Cyber forensics or computer forensics is an electronic discovery strategy applied to regulate and disclose digital evidence for legal purposes. Likewise, cyber forensics covers all the activities involved in making digital data fitting for insertion into a criminal investigation. Although the field of cyber forensics is still somewhat new, it is rapidly gaining traction as a feasible method of deciphering technical evidence.

Cybercrimes range from identity theft, email hacking, wired fraud, to downloading copyrighted pieces for distribution or invasion of privacy. There is a wide spectrum of cybercrimes and they are all driven by the desire to make profits from someone else’s loss, including intellectual property or private information.

Developers typically design program applications that help to capture and mitigate digital crimes. These digital tools are the heart of cyber forensics investigations.

What is TOR in cybersecurity?

Tor is a prevalent 2nd generation execution of “The Onion Routing” topology designed to offer privacy and anonymity to its users. TOR is a free and open-source application that facilitates anonymous interactions. So basically, what TOR does is to prevent you from being sloppy and making your identity and location known to others.

However, TOR doesn’t actually stop online services from uncovering when it is being accessed through its software. It secures the privacy of users, but it doesn’t conceal the fact that someone is using TOR. Some websites block or restrict certain user allowances through TOR.

Tor accomplishes user anonymity through its reputed Onion Routing, by encrypting and later randomly redirecting traffic via a network of relays. Each one of these relays implements its individual layer of encryption to ensure anonymity. Thus, its comparison to an ‘onion.’

The privacy and security afforded by TOR were initially developed to secure the interactions among journalists, government agencies, and other non-governmental establishments. TOR provides anonymity and privacy to its online users through two unique methods:

The first method depends on various encryption iterations to conceal the whole traditional IP packets.
The second method depends on superficially random network ingress points, egress points, and routing hops to lessen the capability of an external observer to recognize the end-to-end route of a traffic flow via network surveillance or network traffic analysis.

What is VPN?

A Virtual Private Network (VPN) gives your device access to a secured tunnel that helps create a secured connection to other networks through a remote server. VPNs disguise your IP address so you can access region-restricted websites and protect your browsing movements from public views while using a Wi-Fi. A number of operating systems now incorporate VPN support.

For instance, if you are in another country, your IP address will be masked so that it looks like you are browsing the internet from that location instead of your real location. Combined with encryption, VPNs affords the best solution for online anonymity and privacy. This way eavesdroppers and prying eyes can’t know or see where you are browsing from or what you are viewing

Why do you need a VPN?

You need a VPN for the following reasons:

◉ If you believe in your right to privacy and online freedom
◉ If you want to bypass certain geographic restrictions on websites
◉ If you want to bypass restrictions for streaming audio and video
◉ If you want to protect yourself against being logged while torrenting
◉ If you would like to download or seed torrents in a location where torrenting is prohibited.
◉ If you want to gain access to a business network while you are on the go
◉ If you reside in a country or city where there is stifling government surveillance or online censorship
◉ If you don’t want to be bombarded with adverts by companies that can track your browsing habits

Is it legal to use TOR browser?

Only using the TOR browser is not illegal. TOR is actually legal, but it is illegal in locations and counties that want to restrict online access or free speech. The use of TOR by ordinary and law-abiding citizens is legal in spite of its link with some illegal activities. The problem with TOR is that it is not in itself illegal, it’s just that most of its users mainly use it to hide their illegal actions.

Tor draws attention to you and just knowing that you are connected to TOR has the potential to make you a target for government surveillance. Even though your internet service providers may not be able to see what you’re viewing, they can see that you’re connected to TOR. This is enough to raise suspicions. For instance, certain government agencies in the United States, including the FBI, homeland security, and NSA invest a lot in trying to track the activities of TOR users.

Can TOR be used as a VPN?

While both TOR and VPNs have certain similarities, they aren’t the same thing. VPNs basically do the same thing that TOR does, except that VPNs only have one layer, whereas TOR has multiple layers. Similarly, TOR is no VPN and it has no in-built VPN. However, TOR can be used together with a VPN to ensure maximum security while browsing on the dark web.

How Secure is TOR and VPN?

When you consider online privacy, TOR and VPNs are the best options available. To decide which is the best online solution for you between TOR and VPNs, you need to understand their features. As effective as TOR is, it doesn’t offer the same level of the security obtainable with VPNs.

Tor is awfully slow when compared to a VPN. This is because your data is routed through multiple relays, and each relay has its own unique bandwidth. As such, you are subjected to the slowest relay on your route.

Likewise, while you are streaming high-quality videos or doing anything that requires you to use high-speed connection is not a good choice for watching high-quality streaming videos or doing anything else that requires a high-speed connection, TOR is not a good option.

Although, the good thing is you don’t necessarily have to use just one. You can merge both VPN and TOR browsers for your benefits. When you use a VPN network, your whole surfing activities would look like it is coming from the VPN server instead of your computer. There are two ways to this:

VPN over TOR

TOR over VPN

If you want to remain anonymous while traversing sites that prohibit TOR users based on company policy, or if you need to access these sites while applying Tails, you will need to send your request from somewhere different from the recognizable TOR exit relay. One method of executing this and still be able to enjoy most of the benefits that come with using TOR is to include a VPN “hop” at the end of your TOR circuit. This method allows you to first connect to the TOR network and afterward go through your VPN. With a VPN over the TOR strategy, you are protected from TOR exit nodes and your traffic will not move directly from the exit node to your final destination. Instead, it is routed from the exit node to a more secured VPN server. One of the challenges of using this method is that it is more complicated than its alternative. The reason is that you are required to configure your VPN by yourself in such a way that it works with TOR. Another challenge is that while your real activities are hidden, your service providers and consequently governmental agencies, are permitted to know that you are using TOR. On the plus side, configuring your VPN over TOR is a perfect method for sharing confidential information. Also, your actual IP address is hidden from your VPN provider when you use this method.

Using a TOR over a VPN configuration includes a VPN hop before your TOR entry relay, followed by access to the TOR network. At times, it is applied to access the TOR network from geographical locations where restrictions have been placed for TOR browsers. Although, it is generally considered that TOR bridge relays are the ideal methods for achieving this objective. Unlike the VPN over TOR configuration, this method is quite easy. What you basically have to do is to connect to your VPN and afterward you open the TOR browser. In fact, some VPNs have in-built TOR services, which makes it easy to connect to TOR without using TOR browsers. However, this method will not protect you from malicious exit nodes. Moreover, if your VPN keeps logs, this method will not mask your original IP address or conceal the fact that you’re using TOR.

Why You Need CHFI Certification

EC-Council is a globally recognized certification and training company that specializes in the fields of digital forensics, ethical hacking or anti-hacking, and penetration testing. The aim of the C|HFI certification program is to authenticate the candidate’s competences and abilities to pinpoint a perpetrator’s footprints and to accurately assemble all the relevant evidence needed to take legal actions against the intruder. Moreover, EC-Council’s CHFI program is a vendor-neutral certification that endorses individuals in the particular security field of computer forensics.

Source: eccouncil.org

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How to Set Up a Secure Digital Forensics Lab

Owing to the incessant rise of cybersecurity threats and attacks, having an effective and secure forensics laboratory is essential. There are several processes and techniques required to set up a secured forensics lab. You need to know the hardware and software tools to include in your forensics lab since no one forensics tools can do everything you want.

Moreover, the growing maturity of the science of digital forensics examiners has increased the demand for the certification and accreditation of both digital forensic examiners and forensics laboratories. It is important to note that certification and accreditation are not one and the same thing. The forensics examiner undergoes a certification program or course, while accreditation applies to the forensics lab.

With the constant debates in the United States about whether digital forensics examiners should hold a private investigator’s certificate or not, now is the best time to get certified. EC-Council offers an authentic computer hacking forensics investigator (CHFI) certification program.

What Is a Digital Forensics Lab?

A digital forensics lab, or otherwise computer forensics lab, refers to a designated location or facility where digital forensics investigations are conducted. In a computer forensics lab (CFL), the certified forensics examiner inspects intrusions, media, audio, intrusions, and any type of cybercrime evidence obtained from the crime scene.

Quality should be the foremost priority of a forensics lab and it is realized through strict observance of recognized quality standards as part of the general quality assurance procedures.  To ensure adherence to these standards, accreditation of the digital lab must be ensured.

Likewise, a sound forensics laboratory must be secured against environmental and external threats, including flood, fire hazards, and so on, through backup systems and on-site protected evidence storage meant solely for storing the evidence. The efficiency of the computer forensics examiner is determined by the way the forensics laboratory is configured.

What are the Minimum Requirements for a Computer Investigation and Forensics Lab?

The continually shifting pattern in both organized and conventional crimes, as well as all manner of trafficking, has resulted in amplified attention on the part of the international community and governmental organizations in launching or reinforcing superior forensics labs at the national and corporate levels.

The type of forensics investigation you intend to conduct and other specialized needs such as biological science/DNA, toxicology, trace evidence, firearms analysis, will determine the type of forensics equipment and tools you’ll employ. Flexibility is also a minimum requirement in driving the design and configurations of forensics laboratories.

Crime labs must be set up with the utmost flexibility to reinforce adaptability and modify or risk obsolescence in a few years. Quality forensics laboratory can be demanding in terms of cost, and the structures where these services are offered have the tendency to be costly. Therefore, cutting back on costs that would threaten the lab’s testing quality is not an option.  In addition, the CHFI should be able to choose whether the project is driven mainly by budgets or needs. Decide whether the needs of the lab will be controlled by budget, or is the budget preset and the laboratory economically limited to a specific amount at the outset?

To learn more about the requirements for computer forensics lab and investigations, sign up for our bespoke CHFI program.

What Is Needed in a Forensic Lab?

As obtainable with other fields of investigation, anti-forensics tools and facilities are needed to provide additional security. Since forensics lab plays a significant role in our justice system and key research endeavors, the equipment included in the lab is critical.

The most common instruments in forensics labs are microscopes, spectrometers, chromatographs, and fume hoods. Moreover, several standards are significant when setting up a sound digital forensics laboratory, such as Risk management (ISO 31000), Environmental management systems (ISO 14000), Information security management (ISO 27000), Occupational health and safety (OHSAS 18000), and so on.

Furthermore, higher levels of containment and ultra-clean rooms are typically required for most analytical procedures. Similarly, increased performance standards are needed for temperature, humidity, cleanliness, and vibration controls to produce a setting fit for forensics investigation.

What Qualities do You Need to be a Forensic Scientist?

The objective of a digital forensics lab is to offer professional knowledge regarding the instruments used for forensics operations. Some of the major qualities of a certified forensics examiner include:

◉ Deft technical competence

◉ Logical and independent thinking

◉ Concentration and patience

◉ Exceptional written and oral communication abilities

◉ Thorough attention to detail

◉ Sensitivity and objectivity when handling confidential information

◉ Ability to meet deadlines and work under pressure

◉ Knowledge about mobile device forensics, email crimes, cloud forensics, and operating system forensics.

What is CHFI Certification and why is it important?

Computer forensics is a niche part of cybersecurity. A Computer Hacking Forensics Investigator (CHFI) certification opens doors for an expert in the field of computer forensics. The Computer Hacking Forensics Investigator certification provided by EC-Council validates that you possess the required skills and knowledge for identifying hacking attacks, conducting analysis that enables you to mitigate impending attacks, and to properly retrieve needed evidence to support or refute a piece of criminal evidence at the court of law.

It takes a highly qualified individual, such as the certified forensics examiner or certified computer examiner, to conduct this type of investigation. To earn the official CHFI credentials, it is compulsory that you take the required ECC examination. Also, to maintain the high integrity of the exam, cut scores are set on a “per exam form” basis.

Source: eccouncil.org

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Computer Forensic Training in the Age of Intelligence

Computer forensic training exposes students to how to deal with the process of gathering cyber-crime related proofs and files and thereby analyzing them totally to uncover any possible engagement with criminal activities and deceptive moves. This is one of the fields in which the military, intelligence companies, Corporations, and law enforcement concentrate. There is a protocol in which the computer forensics training highlights. It primarily concentrates on the meticulous observation of all evidence since these findings are to be presented before the court.

Computer forensic training gears up students with a full range of computer forensics skills; Students learn to construct digital forensics toolkits. They also establish skills to track a criminal on the web, define proper evidence dealing with treatments and learn how to deal with law enforcement firms. The trainees discover to apply tested investigative techniques and are lastly awarded the Computer Hacking Forensic Investigator (CHFI) certifications. Wide arrays of techniques are used to discover information hidden in a computer system. Experts are, in some cases, utilized to assist in recuperating erased, encrypted, or harmed file information. Any or all evidence acquired can be used for discovery, depositions, or actual litigation. People who are focused on computer forensics are often referred to as a CCE or a Certified Computer Examiner. Computer system forensic training includes a training program with online examinations.

Government companies and private sector companies have seen an increased need for computer forensics in previous years. The computer-based proof is typically utilized in cases where incriminating documents are most likely to be discovered on a computer like monetary fraud, data theft, and so on. Civil cases make use of organization and personal records found on computer systems for fraud, harassment, divorce and discrimination cases, etc.

Computer forensics training and intelligence

Computer forensic cover concerns like protocols and networks and the architecture of operating systems. They also consist of crime analysis and criminal offense scene management and courtroom/expert witness skills. In order to equal the ever-changing innovation and advances, course products for computer forensic training are upgraded continuously to keep candidates updated on the most current techniques and skills in the field of forensics. Trainees are qualified for Computer Hacking Forensic Investigator (CHFI) certification.

Taking a computer forensics training will also make it possible for the individual to make the most of the increasing need for computer system forensic experts. Computers are getting more sophisticated and more vital as the years go by. Most of them have also ended up being easier to use while being top-notch. Due to this, cyber-criminal activities have also increased. Computer forensics training concentrates on equipping you with the ability to flawlessly manage tasks such as retrieving the data which have been kept in an electronic gadget or any digital media. A computer system forensics private investigator can amazingly restore the deleted files and the training nonetheless hones such skill.

More so, numerous intelligence agencies such as the military and the police field see the need to utilize computer forensics in uncovering any motives or proofs to solve the criminal offenses that they deal with. Most of the time, suspects to the crime that uses the computer data in their delinquencies are tracked down by the computer forensics analyst. Anyone who is suspected of leakage or use any of the confidential information in a business to a 3rd party can be found out with the assistance of a computer forensics analyst. The training for computer forensics prepares the students with the essential certifications required for using the methods in response to the need of the task. The field of computer forensics is, however, expanding and the more several opportunities to grab for potential specialists.

The main job of a computer forensic private investigator is to restore both the actively and accidentally erased information. More so, the training also points out the most suitable tools and software to utilize on a case to case basis.

Responsibilities of a Computer Forensic Examiner

As a forensic computer analyst, you’ll need to: offer with extremely sensitive or confidential data or images, depending on the type of case you are investigating, use a variety of forensic tools and software to extract and examine data, secure a system or gadget so it cannot be damaged, recuperate harmed, deleted or access concealed, safeguarded or encrypted files, unlock digital images that are locked to hide the identity of a location or person, examine data from smartphones and satellite navigation systems to trace individuals or places, gather info and evidence in a legally acceptable way, present findings of on-going incidents to other members in the examination group, police and clients and also keep up to date with developing cyber-crime techniques and developments within the digital forensics field.

Credential Requirement

The certification program suggests competence in forensics techniques and treatments, standards of practice, and legal and ethical principles guarantee precise, total, and reliable digital proof permissible in a law court. It also indicates the ability to use forensics to other info security disciplines, such as e-discovery, malware analysis, or incident reaction.

There are no licensure examinations to be gone through just that there are particular credentials that should be provided. But before one can certify to handle the responsibilities designated for a private investigator, he has first to undergo the extensive computer system forensics training. Among the significant qualifications that one can provide are the official education bases such as the Computer Hacking Forensic Investigator (CHFI) or Certified Threat Intelligence Analyst (CTIA) and many more.

Digital crimes are intensifying now and then, so there is the significance of computer system forensics experts in the fields of military forces, police, company corporations, and other related institutions. The purpose of the computer and digital forensics is to determine if a device was used for illegal purposes, ranging from computer hacking to storing illegal pornography or records of other illegal activity.

How do you get certified in forensic science?

The EC-Council is a well-known training and certification organization that specializes in the areas of anti-hacking, digital forensics, and penetration testing. The organization’s Computer Hacking Forensic Investigator (CHFI) certification emphasizes forensics tools, analytical techniques, and procedures involved in obtaining, maintaining, and presenting digital forensic evidence and data in a court of law.

The EC-Council offers training for this credential however allows challenging the exam without taking the course provided they have a minimum of 2 years of information security experience and paying a non-refundable $100 eligibility application cost.

The CHFI course covers a large range of topics and tools (click the exam Blueprint on the certification web page). Topics include an overview of digital forensics, in-depth coverage of the computer forensics examination process, working with a digital proof, anti-forensics, database, and cloud forensics, examining network traffic, mobile and email forensics, and principles, policies and policies. Courseware is readily available, in addition to instructor-led classroom training. The EC-Council provides many other accreditations of prospective value to readers interested in the CHFI. These include the Qualified Ethical Hacker (CEH), CEH (Practical), EC-Council Certified Security Expert (ECSA), ECSA Practical, Licensed Network Protector (CND) and Certified Penetration Tester (LPT), Qualified Application Security Engineer (CASE), and Certified Chief Information Gatekeeper (CCISO). It likewise uses qualifications in associated areas such as catastrophe healing, file encryption, and security analysis. 

Source: eccouncil.org

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Why is Digital Forensics important in Healthcare?

These days, like every other industry, the healthcare industry relies on technology such as digital forensics to run its day-to-day operations. It uses smart technology ranging from Artificial Intelligence (AI), Machine Language (ML), and the Internet of Medical Things (IoMT) to send, retrieve, store data, and provide solutions to deadly diseases. However, with the increasing volume of cyberattacks recorded on the internet, the healthcare industry is vulnerable to threats. Data and sensitive information of consumers must be kept intact.

What is healthcare information security?

Healthcare information security is technology-based or electronic health record of keeping patients’ data secured to prevent exposure to data breaches. Due to the many cases of data breaches recorded in the healthcare sector, it has become imperative that all healthcare organizations invest heavily in healthcare information security.

What are some of the common data security threats in healthcare?

Here are a few common healthcare data security threats.

Ransomware

The ransomware attack is one of the biggest data security threats targeted towards the healthcare industry lately. The goal of ransomware attackers was to hack into the computer network, take control of it, and request that a certain amount be paid before releasing back access to the organization. According to a report, NHS lost a total of £92 million to the hands of WannaCry ransomware cyber attackers. Before then, a 2016 survey showed that 88% of ransomware attacks were targeted towards the US health industry alone.

Mobile Data Access

Mobile devices in the healthcare sector are gaining traction as it makes work easier for medical staff and patients alike. However, these mobile devices use cloud services for data storage, file sharing and backup, making it more vulnerable to security breaches. Besides, stolen or lost mobile devices that fall into the hand of a hacker could result in data breaches.

Data compromise from medical staff

Medical employees working in the healthcare sector have access to many patients’ sensitive and confidential information such as credit card digits and other financial documents. An unfaithful staff could use the patient’s data to intimidate or blackmail the patient.

Why is digtal forensics important in healthcare?

Every day the world population is on the rise. All healthcare units rely on forensic cybersecurity technology, such as databases and cloud-based systems for storing healthcare data. To make sure that healthcare professionals work efficiently, it is necessary to secure the network and database from cybercriminals. Here we take a look at some crucial role of cybersecurity in the healthcare industry:

1. Protects the reputation of the healthcare industry

Patients whose sensitive data is breached from the perimeter of a healthcare organization can pursue legal justice. The cost of law proceedings can spell the end of that organization, as well as damaging its reputation. However, should there be a situation when a healthcare organization appears before the court due to data leakage, a certified digital forensics investigator can salvage the situation by investigating the data breach and bring the perpetrator to book.

2. Improves the speed and effectiveness of operation

The traditional way of handling paperwork and data makes it strenuous, complicated, and excessively slow to attend to patients’ needs. And with an increase in population, there’s an urgent need for Fastrack processes. Nowadays, a competent healthcare practitioner handles 8-12 hours shift. This is possible due to digital forensics processes that have helped many physicians handle their duty effectively and efficiently.

3. Helps with public response to a data breach

Forensics is something that organizations are now including, in addition to hiring a PR firm, setting up helplines, etc. By understanding how the breach happened, an organization can say, with confidence, that it won’t happen again. It is an integral part of an organization’s response to a data breach.

Source: eccouncil.org

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The Role of IOCs in Threat Intelligence Data Collection

As digital technology continues to evolve in nearly every business today, threat intelligence data collection has garnered a lot of attention, helping companies to make an informed decision about their network security. With frequently reported cases of revolutionary cyber threats to business organizations, risk management executives need to incorporate real-time cyber threat intelligence to fight attacks and address system vulnerabilities. Threat intelligence analysts rely on accurate data collected on IOCs to effectively carry out their roles and responsibilities on the security system.

What is threat intelligence in cybersecurity?

Threat or information security intelligence in cybersecurity is the knowledge of collecting and analyzing data to use them to understand and prevent cyber attacks. It also outlines the security vulnerabilities in your system that need to get fixed to protect your sensitive data from the paws of cybercriminals. This kind of detailed and strategic cyber threat intelligence presents a clear roadmap for your IT security team to enhance your security posture.

What does threat intelligence data do? Why is it important?

Nowadays, organizations collect and analyze a massive amount of data across multiple security systems. On top of that, there are limited professionals available to handle the stream of data, increasing the burden on a few data analysts available. Threat intelligence provides the solution to data collection issues and treating them all.  Some of the best threat intelligence solutions utilize the latest Machine Learning (ML) tools to automate everything right from data collection, processing, and loading it into your application database. ML tools help in organizing data collected from various sources and try to match a common point between these data. The tools feed in the Indicators of Compromise (IoC), Indicators of Attack (IoA) along with the tactics of threat actors to get an optimal result.

Why is cyber threat intelligence important?

There are tons of advanced and sophisticated cyber threats trying to outsmart the security system of vulnerable organizations. Cyber threat intelligence will provide an overview of your attacker, allowing you to work at mitigating the threats and forestall future attacks proactively. In the context of cyber intelligence analysis, IoC plays a defining role in determining the characteristics, motives, and the tactics behind an upcoming attack. The IT security team can zero-in on the specific set of data out the large chunks of data on the ground. This data condensation lessens the burden on the security team as they don’t need to deal with a massive chunk of data. According to security experts, even though not all cyberattacks are related to each other, but most of them are just a variant of one or the other. Threat hunters and analysts during threat analysis on a compromised system look for suspicious URLs, IP addresses that helped in bypassing network security.

Threat intelligence helps in analyzing these IoC’s and provides a detailed picture of how to safeguard your system against these kinds of threats in the future.

How do you use cyber threat intelligence?

Organizations are using cuber threat intelligence to accomplish the following:

Predict: The best threat intelligence program handled by experienced and skilled professionals can primarily help organizations to mitigate any kind of cyber threats in the future.

Prevent: Businesses mostly rely on threat intelligence reports not only to predict any impending attacks but also to stop them in the first place. These cyberthreat programs can utilize malware and virus signatures to detect and prevent virus attacks.

Detect: Threat intelligence cybersecurity programs help organizations detect attacks in the future and detect any anomalies or vulnerabilities that exist currently.

Respond: With all data on your hand, including the motive, tactics, and the threat actors involved in the impending attacks, you can plan your next move easily. Threat intelligence reports help organizations to respond to attacks in the best way possible by enhancing their security posture.

Source: eccouncil.org

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How to Use Artificial Intelligence for Threat Intelligence

Artificial intelligence in cybersecurity is an advancement in technology, especially where cyber threats are constantly becoming an issue. Going by the complexity and volume of cyberattacks, combining AI and cybersecurity will together change the game of how organizations are defending against network vulnerabilities.

What is Threat Intelligence?

Threat intelligence, according to Gartner, “is evidence-based knowledge, including context, mechanisms, indicators, implications and actionable advice, about an existing or emerging menace or hazard to assets that can be used to inform decisions regarding the subject’s response to that menace or hazard.”

Like all intelligence, threat intelligence is an upgrade to cyber threat information. A cyber threat analyst can get all information he needs to stay ahead of threats, instantly, and accurately.

How Can Artificial Intelligence Help Threat Intelligence?

According to Norton, the global cost to recover from a security breach is $3.86 million, and it takes more than 190 days to also recover from a security breach.

AI can help manage cyber-risks. For instance, it can help organizations avoid the excess time it takes to recover from a security breach and help prevent financial losses.

Besides that, there are other roles of AI and Machine Learning in security intelligence:

Faster Response Times

Artificial Intelligence can process lots of unstructured information with high efficiency. Additionally, AI can also monitor and learn behaviors faster, thus ensuring more rapid response time, making it easy to prevent any form of cyber threat.

AI can determine threat patterns by leveraging threat intelligence feeds, vulnerability information, device event logs, and contextual data—allowing for proactive and systematic security insights.

Risks of AI in Threat Intelligence

While AI provides lots of benefits for cyber intelligence, security firms should be aware of the risks they’ll probably have to deal with. Take, for instance, hackers are using AI tools to breach users’ data. Because artificial intelligence can be “taught,” hackers can manipulate their way by creating their programs for malicious purposes.

Malware attacks integrated into the AI system have proved effective in some cases. For instance, pairing polymorphic malware with artificial intelligence allows a program to change its code very quickly, making the same program vulnerable. Hackers can also use artificial intelligence to send phishing emails and learn the type of language that works in campaigns that generate clicks. Despite the security risks involved, AI will always identify frequent incidents and solve them.

The Future of AI In Threat Intelligence

Artificial Intelligence has virtually impacted all major modern industries – more specifically in data-driven models, which often fall into the category of deep learning or machine language. As it were, many organizations are focusing on network security, being fully aware of the risks involved in minor or high cyber-attacks. It is also important to note that many organizations are spending billions of dollars collectively on AI services. As a result, it is most likely that there are yet things to be discovered, especially in the cyber threat intelligence space.

As it stands, all AI research efforts are focused on building a specialized Artificial intelligence that can help identify threats faster than before. Security firms should be able to manage and respond to cyber-attacks through advanced cyber threat intelligence program. At the moment, using firewall systems and managing backups require security experts, but it is expected that artificial intelligence will change this traditional method in the future.

Despite the advancement in AI technology, loopholes still exist. Hackers are working hard to beat the way AI works, which is why it takes longer to detect a security breach. It is expected that human programmers will continue to work on deploying new countermeasures to protect data breach, completely independent of human errors.

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What do you need to apply for a SOC Analyst job?

Given the growing number of cyberattacks, many organizations prioritizing hiring a SOC Analyst. Generally, though, the cybersecurity industry depends on the strength of a diverse field of security teams and analysts working together, including technical, legal, finance specialists, and beyond, to keep an organization’s digital propriety and data secure. But most importantly, SOC Analysts are in the first line of defense, without which other security operatives cannot function, exposing the organization to constant attack. Therefore, An SOC Analyst plays a particularly important role in ensuring that cyber threats are solved and prevent future incidents from attacking the security network of the organization.

The growing number of security issues has increased the demand for SOC Analysts in different areas. The career path of becoming a SOC Analyst requires gathering sufficient knowledge and skills in critical security-related areas to be able to counter all forms of threats at any given time. So, we now take a look at some of the things that make a SOC Analyst a crucial part of every IT organization.

Who is a SOC Analyst?

SOC stands for Security Operations Center, which represents the team comprising of multiple analysts working together on security issues. They are cybersecurity professionals that help in monitoring a company’s network for malicious activities. The SOC Analyst is the job title given to a skilled and knowledgeable cyber/network security analyst who analysis, monitors and responds to and incidents. It is possible to have a single cybersecurity analyst in a company, but SOC Analysts form part of a large security team. They work hand-in-hand with other departments of an organization to fight against hacks, and their job is to ensure sensitive information is secured.

What does a SOC Analyst do?

The job role and responsibilities of SOC Analysts require great attention to detail and general awareness for all things cyber. Overall, their responsibility is to ensure that an organization is safe from security breaches. They are always vigilant and belligerent to filter out cyber-attacks and mitigate risks before they occur. It is essential to know that when a security incident occurs, SOC Analysts are the first to counter these attacks and make sure an organization is safe.

In addition to the above, as a SOC Analyst, your sole responsibilities are:

◉ Analyze the root cause of a security breach
◉ Fight and monitor suspicious cybersecurity threats in an organization
◉ Access security systems and put up improvements to a network.
◉ Document security incidents for a security response plan
◉ Perform risk examinations, vulnerability testing, security analyses.
◉ Execute security audits, internal and external
◉ Ensure security systems in an organization are up-to-date.
◉ Manage security plans with important vendors.

What skills do you need to be a SOC Analyst?

SOC jobs are in high demand, but each organization has its preferred degree, work experience, and skill requirements for its candidates. However, most companies do require that SOC candidates possess a CSA certification and, or a bachelor’s degree in computer science or any relevant field. Also, candidates should have undergone CSA training and have at least one year of IT work experience.

Some other SOC Analyst skill requirements are:

◉ Knowledgeable in all security policies

◉ Ability to teach and educate network users on security risks and protocols.

◉ Noting security areas that need improvements

◉ Troubleshooting and problem-solving skills

Technical knowledge requirements for a SOC position are:

◉ SQL

◉ CEH, SCA, Security+, CISSP, and CEH certifications

◉ Firewall detection and prevention protocols

◉ C, C++, C#, Java or PHP programming languages

◉ Antivirus and antimalware

Source: eccouncil.org

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Incident response Guidebook: Averting a DoS attack

Does your organization have an incident response plan in place in the event an attack occurs? These days, businesses of all levels need to be concerned about security attacks. Cyber attackers are devising new creative techniques and methods, making it arduous to prevent. And DoS attack is one of the most common attacks used by cybercriminals to perpetuate their activities.

What is a DoS attack?

DoS or Denial of Service attack occurs when a legitimate user fails to access devices, information sources, and various other network resources because of a nasty cyber-attack. The attack can impact websites, emails, online accounts, and other services that are dependent on the affected network or computer. A DoS floods the network or host with traffic until the target can respond. At other times, it just crashes and keeps away the rightful user away from accessing his information. Apart from the resources becoming inaccessible, an organization can also lose money due to a DoS attack. That if how severe an attack of DoS caliber is!

Why do attackers use DoS attacks?

DoS affect several organizations over the internet, and it can hinder regular business operation. However, there are ways to prevent it. To mitigate the risk, the first thing you need to identify is why a DoS attack can happen. Here are some of the common reasons this could occur.

◈ Extortion: The hacker can disrupt the services to profit from it by asking for a payment to restore normalcy.

◈ Competitive Businesses: Cyber-criminals are also known to offer their service to businesses that want to rattle their competitors’ operations.

◈ Fights Between Online Individuals and Groups: At times, online rival gangs can use DoS attacks to pull apart each other’s operations and infrastructure. This can cause legitimate businesses to be held in the crossfire.

◈ Self-Induced: Service disruptions and downtime can be due to a non-harmful action made by the organization’s employees mistakenly.

◈ No Reason: At times, several DoS victims fail to learn the apparent reason behind the attack.

How Does DoS attack Work?

Typically, the DoS attack takes advantage of an inherent vulnerability in by understanding how a computer network communicates. There are two methods of DoS attacks, flooding, and crashing services. The recent attack occurs when a system experiences heavy traffic that becomes difficult for the server to buffer. This eventually slows down the system. The next attack exploits the vulnerabilities causing the service or the target system to crash.

How Do You Stop a DoS attack?

Here are a few steps that will help in preventing a DoS attack.

1. Add DoS prevention to your response plan

DoS attacks are deliberately targeted towards unwitting businesses, and it occurs daily. For this reason, you must incorporate DoS mitigation into your cyber incidence response plan to prepare and be on the defensive side of a possible attack.

2. Think like attackers

As you’re planning on developing a DoS mitigation into your response plan, it is good to prepare and think like an attacker. Most times, DoS attackers would change attack routes once they notice you’re blocking their efforts. Therefore, ensure you protect all infrastructures against vulnerabilities and think ahead of attackers.

3. Improve on bandwidth capacity

To make the organization’s infrastructure DoS resistant, you need to make sure you have enough bandwidth. This helps in handling the increased traffic.

4. Spread data across several networks

Spread your server across several data centers and make sure it has a sound traffic balancing system to distribute traffic. This will keep the attacker away from launching a successful DoS attack.

5. Deploy DoS solution ahead of time

Emergency DoS prevention solution is typically deployed within an hour or less. Sometimes, it could take longer to deploy a DoS mitigation solution. Because of this, it is best to have it prepared right before any attack befall.

Cyber incident response plan for a DoS attack

To handle a DoS attack, you can follow these tips.

◉ Sometimes, it may be too late for your security staff to recognize an attack in the traffic log stop the damage. Hence, it would be best to look for tools that are going to automate the entire process and let you know when an incident is taking place.

◉ If there is a DoS attack, it might not be safe to use the company’s networks. However, this can be a problem if the data violation plan is a file that you have saved on the hard drive, and you can only access it through the company’s intranet. So, create a jump bag that will contain a laptop with the required forensic software, USB drives, a contact list of the team members, and tools for detecting, containing, eradicating, and recovering from the incident.

◉ Another necessary cybersecurity incident response is to check if any employee is using a technology or cloud service that the IT team is not aware of. If so, your plan needs to be to respond to the security threats caused by them.

When there is an attack, make sure you don’t forget about the other assets, hosts, and services that present in your network.

Source: eccouncil.org

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Incident response: How to use OSINT

Open-Source Intelligence (OSINT) is vital to understand incident response in today’s cyber world. It is a combination of any proper threat intelligence operation, providing useful information about a particular threat and risk. We will take a detailed look at some OSINT tools available in the cybersecurity industry.

What are Open Source Intelligence Tools?

Cybersecurity experts use open-source intelligence tools in the inspection phase of an incident response plan to gather information from hundreds of websites in minutes. OSINT tools use AI features to collect multiple information from public sources about all related information and can be used later.

With OSINT tools, the investigation phase becomes streamlined. It is essential to know that OSINT tools effectively decreases the number of permutations and combinations concerning the data gathered from publicly available sources. OSINT is used to discover cyber-attacks such as phishing and ransomware.

7 OSINT Tools for Cyber Incident Response

Maltego

Maltego is one of the most powerful OSINT frameworks used by security professionals and digital forensics investigators to collect useful information. Maltego can quickly gather information from various public sources, using various transforms to create graphical results. However, these transforms are in-built and are customizable. Maltego’s investigator helps in gathering specific information such as social networking activity, websites, and email addresses associated with the user account.

Shodan

Shodan is an acronym for Sentient Hyper Optimized Data Access Network. Like, Google, the Shodan tool is the search engine for cyber-attackers. Shodan doesn’t show results like regular search engines; it presents results that only cybersecurity experts understand. Shodan is a vital tool for an incident response plan; it allows cybersecurity experts to see all devices connected to a particular network, helping them to detect and test them for vulnerability purposes.

Metagoofil

Metagoofil is also a handy tool for any incident response procedure. It is an excellent gathering tool used to extract metadata from the target. It is compatible with lots of file types such as pdf, doc, and ppt. This OSINT tool can also be used to mine MAC addresses from these file types. Metagoofil is also used to get a fair idea to an attacker of the type of operating system and network that was used.

The Harvester

Harvester is an OSINT tool used to get the email and domain-related information. It is used to gather information and it is pre-bundled in Kali.

Recon-ng

Recon-ng is an important OSINT tool to gather information from the target; it is also pre-bundled in Kali. Recon-ng has different modules in its framework to extract information. All you need to do is to include your preferred domains in its workspace and use the modules.

Social Engineer Toolkit

Social Engineer Toolkit is an OSINT tool used for online social engineering attacks. This OSINT tool is also be used to perform various cyber-attacks such as website-attack vectors and spear phishing. Social-Engineer Toolkit power lies in the modular approach – those who have used Metasploit will know how powerful modular tools are. Social-Engineer Toolkit can execute client-side attacks. You can also enter an executable and send it to the preferred target.

Recorded Future

Recorded Future is an open-source tool powered by AI used to trend predictions and massive data analysis. It uses AI algorithms to make future predictions.

Source: eccouncil.org

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The Growing Importance of Hands-on Training in Network Security

In today’s digital era, everything is linked with technology in one way or the other. Digital (or IT) skills like network security training have found its root in many established industries including education, healthcare, manufacturing, and much more. However, each of these industries is experiencing incessant security threats and data breaches. As a result, these corporations are willing to spend the cash to enhance their security network to prevent all sorts of threats, known or unknown, which is why cybersecurity professionals have become an integral part of every modern organization. The dwindling number of cybersecurity professionals requires that organizations and individuals hunt for hands-on network security training to create new talents in the cybersecurity space.

Why hands-on network security training is important

If you want to master your skills in something, especially in the field of cybersecurity, then just relying on books and lectures won’t help in a big way. Granted, cybersecurity professionals can learn and understand what knowledge is, but it becomes an entirely new task when it comes to how to implement what they’ve learned. Hands-on experience introduces you to the actual playing field where you get to practice what you’re learning. More so, learning pace and knowledge assimilation vary from person to person. For instance, some might be quite excellent at visual learning, while others might gain knowledge only by performing the job themselves. Irrespective of an individual’s preferred mode of learning, hands-on training can foster essential skills such as implementation/configuration, tackling issues under a given scenario or a threat landscape, responding to an incident, identifying flaws, critical thinking, strategic planning, empowerment, presence and leadership, just to name a few.

What is the main purpose of security awareness training?

The main purpose of security awareness training is to develop essential competencies and introduce network security professionals to new techniques and methods to tackle possible security issues. By conducting a training program regularly, an organization can ensure that they have a well-trained team that can handle security concerns the right way. Many organizations are spending huge money to beef their network security. Network professionals undergo online network security courses to enhance their networking skills. But a single click of a malicious URL or a malware download can bring the whole network down in.

Why is network security important?

A robust network security system will lessen the risk of businesses falling victim to a cyber-attack or a mailicous campaign. Hackers and cybercriminals are always pulling out new techniques to exploit the vulnerabilities in a network. Hence, a good network security helps protect your network from harmful spyware, while keeping attackers away from accessing sensitive data. While security breaches vary in terms of damage. Even a minor breach into your system can result in minimal data loss and cost you a lot to restore it. There are several online education websites conducting network security certification courses to boost your networking skills. Pre-emptive network security not only provides a secure environment for people to carry out their daily tasks but also prevents unauthorized access to critical data. Securing a network is not an easy task. You need to close all possible holes in the system, all devices connected along with every other software and application running in the network. Large corporations and government agencies employ highly-skilled and experienced network security professionals with network certification on his belt to manage security protocols and data protection. Organizations also seek the help of third parties to carry out a complete security assessment to identify vulnerabilities in the system.

How does hands-on network security training help?

If you are looking to build a career out of security training, you need to get the right kind of training that will help you understand it. While network security training is available through various online courses, not all of them will provide you a clear understanding of the concept.

EC-Council’s hands-on network security courses online or in-person will provide you with:

◉ Administering and troubleshooting network issues

◉ Planning and implementing the required network security measures

◉ Monitoring the networking continuously for security breaches

◉ Responding to network security incident

◉ Formatting security guidelines and policies for the network

◉ Training others to practice basic security protocols

Source: eccouncil.org

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