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1. What is the difference between Information Security and Cyber Security? How are they the same?

Both the fields of cybersecurity and information security specialize in securing information.Information security covers all types of information, the field focuses on security policies and practices that apply to physical and digital records. Cybersecurity focuses on data stored in computer systems and networks accessible via the internet.

2. What are the emerging trends and threats in the field of information security, and how can organizations prepare for them?

AI and Machine Learning in Cyberattacks: As AI and machine learning become more sophisticated, cybercriminals are leveraging these technologies to develop more advanced and targeted attacks. To prepare for these attacks, organizations should conduct a comprehensive risk assessment to identify potential vulnerabilities, threats, and the potential impact of cyberattacks on your organization's systems, data, and operations.

3. How can organizations balance the need for information security with the need for employee access and productivity?

Implement Access Controls: Employ access control measures such as role-based access control (RBAC) and least privilege principle to ensure that employees only have access to the resources and data necessary for their roles. This minimizes the risk of unauthorized access while allowing employees to perform their duties efficiently.

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Information Security vs. Cybersecurity: What's the Difference?

In 2022, phishing attacks grew by 48%, ransomware attacks shot up 41%, and health care data breaches cost an estimated $10 million per incident. It's no surprise why companies around the world spent over $71 billion on IT security.

In today's digital world, information security is more important than ever. Professionals with an education in cybersecurity are in high demand. But what's the difference between information security and cybersecurity? And how do professionals launch careers in cybersecurity?

What is Information Security? ¶

Individuals, governments, and businesses all want to keep their information secure. The field of information security, also called infosec, protects information from unauthorized access. That can mean protecting the confidentiality of information, making data available to authorized users, and preventing data corruption.

Because information security covers all types of information, the field focuses on security policies and practices that apply to physical and digital records. Cybersecurity, in contrast, focuses on data stored in computer systems and networks accessible via the internet. The information security field includes specializations such as information assurance, end-point security, and physical security. Cybersecurity is considered a subfield of information security.

What is Cybersecurity? ¶

It's hard to overstate the importance of cybersecurity in the digital age. The field of cybersecurity protects computer systems and networks from unauthorized access, activities, and damage. In contrast to information security, cybersecurity emphasizes protecting technologies that grant access to information. For example, cybersecurity specialists implement security technology and test defenses to stop cyberattacks. These efforts prevent cyberattacks that lead to data breaches, which can put people's personal information at risk and threaten organizations and government agencies. In addition to focusing on protection, cybersecurity also investigates breaches to develop ways to prevent further attacks. This field includes specializations such as cloud security, critical infrastructure protection, and mobile security.

Comparing Cybersecurity and Information Security ¶

Both the fields of cybersecurity and information security specialize in securing information. However, the two fields have different scopes, security methods, and career requirements.

Primary Focus ¶

The primary focus of both cybersecurity and information security is protecting sensitive information. However, each field has its own clearly defined scope of concern and practice.

Information security protects a variety of types of information. This includes digital data, physical records, and intellectual property (IP). Cybersecurity is a subfield of information security that protects computer systems and networks from cyberattacks.

While cybersecurity covers all internet-connected devices, systems, and technologies, information security also includes offline information.

Security Methods ¶

As a result of their different focus areas, information security and cybersecurity use different security methods. For example, the field of information security includes securing access to physical archives and creating confidentiality rules for IP.

Cybersecurity, on the other hand, emphasizes network and computer system security. Specialists in cybersecurity protect information from threats like ransomware, malware, and phishing scams. Security methods include firewalls, penetration testing, and intrusion detection.

A majority of data breaches involve a human element, such as an email recipient clicking on a spam link or an employee unknowingly giving cyberattackers access to secure networks. As a result, training users on threats and on security procedures such as multi-factor authentication is also an important security practice for cybersecurity.

Career Preparation ¶

Preparing for careers in information security vs. cybersecurity can look similar. While many professionals in these two fields major in similar subjects, advancing in these two career paths often requires specialist training.

Both career paths benefit from information technology and cybersecurity courses. Information security professionals may also study information systems, information assurance, and IP management. Advanced training in defensive cybersecurity technologies and network security design helps cybersecurity professionals advance.

Careers in Information Security vs. Cybersecurity ¶

Both cybersecurity and information security offer a strong career outlook. Information security analysts, including cybersecurity specialists, report a median pay of $102,600 per year, according to May 2021 data from the U.S. Bureau of Labor Statistics. Managerial titles such as cybersecurity manager or information security manager come with a median annual salary of $159,010, according to BLS reporting.

Information security and cybersecurity careers also show strong demand. Analyst roles are projected to grow 35% from 2021-2031, while manager roles are projected to see 16% job growth. In particular, there is an ongoing shortage of qualified cybersecurity personnel across public and private sectors, according to the 2020 (ISC)2 Cybersecurity Workforce Study, which suggests there will be a wealth of opportunities for qualified professionals.

Education Requirements for Information Security vs. Cybersecurity Careers ¶

Working in information security or cybersecurity typically requires at least a bachelor's degree. The most common majors include information technology, computer science, cybersecurity, and information security.

Professionals who want to work in cybersecurity benefit from specialized coursework that covers systems security, information systems assurance, and network security. Technical training in penetration testing, white hat hacking, and security auditing benefit prospective cybersecurity specialists. Industry certifications such as the CompTIA Security+ credential can also help professionals break into these growing fields or advance their careers.

In addition, a master's in cybersecurity is increasingly a must-have degree for professionals who want to maximize their earning potential, advance more quickly, or work on the cutting-edge of this rapidly evolving field.

Job Titles in Information Security vs. Cybersecurity ¶

Many information security and cybersecurity careers include descriptors like analyst, engineer, or tester. However, the job titles in these two fields differ. Professionals considering careers in either field can look for the following keywords and phrases.

Common job titles in information security include:

Information Security Analyst

Information Security Engineer

Network Administrator

Information Security Manager

Common job titles in cybersecurity include:

Cybersecurity Analyst

Cybersecurity Engineer

Penetration Tester

Cryptographer

Cybersecurity Manager

Experienced professionals in cybersecurity or information security can often move between the two fields.

Build Advanced Skills With a Master's in Cyber Security from The University of Tulsa ¶

As the frequency and cost of data breaches and cyberattacks continue to grow, cybersecurity professionals are in high demand. With a master's degree, you can strengthen your technical skills or move into leadership roles. Most importantly, a master's degree can position aspiring cybersecurity professionals to have a bigger impact on preventing crime and protecting corporate, government, and personal assets.

The online M.S. in Cyber Security program at The University of Tulsa offers two tracks: a technical track to gain advanced cybersecurity skills and a leadership track to take on decision-making responsibilities. You can also study fintech security, cybersecurity policy, and blockchain security at TU.

Contact TU to learn more about how to earn your cybersecurity master's degree online in as little as 20 months.
Recommended Readings 4 High-Level Cybersecurity Careers - And How to Prepare for Them 8 Myths About Cybersecurity Careers What Cybersecurity Professionals Really Need to Know About Programming Sources: CompTIA, "Top 50 Cybersecurity Statistics, Figures and Facts"Forbes, "Information Security Vs. Cybersecurity: What's The Difference?"Indeed, "Information Security vs. Cybersecurity: What Are the Differences?"(ISC)2 Cybersecurity Workforce Study, 2020 National Institute of Standards and Technology, "Cybersecurity"National Institute of Standards and Technology, "Information Security"U.S. Bureau of Labor Statistics, "Computer and Information Systems Managers"U.S. Bureau of Labor Statistics, "Information Security Analyst"

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Information Security vs. Cybersecurity: What's the Difference? | The University of Tulsa

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What's the difference between information security vs. cybersecurity? Learn about the goals, security methods, and career prep for these in-demand fields.

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https://www.youtube.com/watch?v=E6S3-XGrZAE

The types of hackers vary significantly in terms of their goals. White-hat hackers operate legally, working to enhance cybersecurity and protect information. These type of hackers are usually operating for a good cause. Gray-hat hackers operate in a gray area, they don't necessarily have bad intentions but they do exploit vulnerabilities without explicit permission, risking legal repercussions. Black-hat hackers are malicious. They operate to exploit vulnerabilities, for personal gain, such as money, or harm. These types of hackers are criminals and can face serious legal consequences.

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Hacker Types: Black Hat, White Hat, and Gray Hat Hackers

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What are the three main types of hackers?

Hackers fall into three general categories: black hat hackers, white hat hackers, and gray hat hackers. Although hackers are often associated with exploiting vulnerabilities to gain unauthorized access to computers, systems, or networks, not all hacking is malicious or illegal.

This Article Contains:

In its purest sense, hacking is simply the application of computer skills to solve a particular problem. There are many different types of hackers, and a lot of hacking activities are beneficial, because they uncover programming weaknesses that help developers improve software products.

Here are the three hacking hat types explained:

Black hat hackers

Black hat hackers are cybercriminals that illegally crack systems with malicious intent. Seeking to gain unauthorized access to computer systems is the definition of black hat hacking. Once a black hat hacker finds a security vulnerability, they try to exploit it, often by implanting a virus or other type of malware such as a trojan.

Ransomware attacks are another favored ploy that black hat hackers use to extort financial gains or breach data systems.

Black hat hackers are also referred to as malicious hackers, unethical hackers, and crackers.

White hat hackers

White hat hackers, also known as ethical security hackers, identify and fix vulnerabilities. Hacking into systems with the permission of the organizations they hack into, white hat hackers try to uncover system weaknesses in order to fix them and help strengthen overall internet security.

Many cybersecurity leaders started out as white hat hackers, but the vital role played by ethical hacking is still widely misunderstood, as made clear by a recent ethical hacking case in Germany.

White hat hackers working on a team can be referred to as sneakers, hacker clubs, red teams, or tiger teams.

Gray hat hackers

Gray hat hackers may not have the criminal or malicious intent of a black hat hacker, but they also don't have the prior knowledge or consent of those whose systems they hack into. Nevertheless, when gray hat hackers uncover weaknesses such as zero-day vulnerabilities, they report them rather than fully exploiting them. But gray hat hackers may demand payment in exchange for providing full details of what they uncovered.

What's the difference between white, black, and gray hat hackers?

The main difference between white, black, and gray hat hackers is the motivation or intent that each type of hacker has when they break into computer systems. White hat hackers probe cybersecurity weaknesses to help organizations develop stronger security; black hat hackers are motivated by malicious intent; and Gray hat hackers operate in the nebulous area in between - they're not malicious, but they're not always ethical either.
White, black, and gray hat hackers have different motivations when breaking into systems.
Other types of hackers

Although nearly all hackers fall into one of the three categories (black hat, white hat, or gray hat), there are other types and sub-types of hackers.

Hacker type

Threat level

Description

Blue hat hackers

There are two types of blue hat hackers: security experts and revenge seekers. The former are non-malicious and employed by companies to help improve their security systems by conducting penetration tests. The latter are experienced hackers that use their skills for personal revenge against an individual or organization - without much care for money or fame.

Purple hat hackers

Purple hat hackers train their skills by hacking their own computer as an exercise. This entails using one PC to hack another PC that they own, then assessing their hacking techniques. Because purple hat hackers are practicing in a controlled environment for learning purposes, they pose little threat to anyone outside of themselves.

Red hat hackers

Also known as vigilante hackers, red hat hackers are motivated by a desire to fight back against black hat hackers, but they do this by infiltrating black hat communities on the dark web and launching hacking attacks against their networks and devices. Unlike white hat hackers, red hat hackers are not opposed to aggressive tactics, like destroying computing resources.

Green hat hackers

Green hat hackers are "green" in the sense that they're inexperienced and may lack the technical skills of more experienced hackers. At this amateur level, they may not intentionally want to cause harm, but may accidentally do so. Green hat hackers may rely on phishing and other social engineering techniques to bypass security systems.

Hacktivists

Hacktivists are activists that engage in "ethical hacking." Primarily, these hackers gain unauthorized access into systems of governments or organizations and expose secrets. Though hacktivists are motivated by what they consider just causes or values, the fallout of their attacks can still harm those who do not align with their ideologies.

Script kiddies (amateur hackers)

"Script kiddies" is slang for amateur hackers who lack the technical skills needed to create their own hacking programs or conduct sophisticated attacks, such as SQL injections, so they use scripts created by others. Despite being novices, script kiddies are still dangerous - especially since they often don't fully understand the damage they can do with the pre-created programs they use.

Whistleblowers

Whistleblowers do damage to the organizations they work for by leaking sensitive data. The specific motivation can vary widely, but typically they seek to expose the illegal or unethical activity of their targets. Some aim to expose financial fraud, workplace violations, or harassment. Others tackle government corruption.

Because their cause may not always align with others, whistleblowers are often controversial figures. Some deem them heroes, while others consider them public enemies.

Botnet hackers

Botnet hackers turn scores of infected devices into malware-laden zombies, which they control remotely and use to infect other devices. With a large enough botnet, these attackers can send large-scale spam and malware campaigns, or carry-out devastating DDoS attacks. Using a mirai botnet, hackers can seize control of a network of smart devices.

Cryptohackers

Cryptohackers steal cryptocurrency by manipulating crypto coin exchanges or DAOs. Coin exchanges operate like marketplaces, where coin holders can buy, sell, or exchange their crypto for other currencies. Cryptohackers use phishing schemes to lure their victims into scam coin exchanges and use software tools to steal digital currency.

Cryptojackers

Mining cryptocurrency is lucrative, but the process is time-consuming and expensive because it requires lots of computing power. Cryptojackers bypass the costs of crypto mining by infecting unsuspecting devices to perform complex mining processes, which then send the product (cryptocurrency) back to the hacker.

Cyberterrorists

Cyberterrorists use hacking to disrupt a country's infrastructure or networks to advance an ideology. They can use computer hacking to burden critical systems, like electricity, finance, and transportation networks. Cyberterrorism can also be used to spread fear, misinformation, or propaganda. These attackers often finance their agenda by extorting large sums of cryptocurrency.

Elite hackers

As the name suggests, elite hackers are the top-tier of hackers. They usually have years of hacking experience behind their skills and expertise. Often switching between white and black hat hacking, elite hackers are innovators that both spot cyberattacks before others and create the latest cybersecurity threats.

Gaming hackers

Gaming hackers target online gamers' login credentials, payment details, and other account information, or use DDoS attacks to shut down their accounts. Credits accumulated by professional gamers for in-game features and gear are a form of currency - and therefore, a sought-after prize for gaming hackers. Considering the prize pool for some eSports can be in the millions, this form of cyberattack is big business.

Malicious insiders

Like a whistleblower, malicious insiders operate from within an organization - but their goal is personally motivated. These hackers often have a personal vendetta against their target and aim to get revenge by exposing organizational data or attacking their network. Motivations can vary from not getting an expected raise to proving flaws in network security.

State-sponsored hackers

State-sponsored hackers are employed by governments to hack the systems of rival governments. Like soldiers in digital warfare, these hackers may be required to monitor for incoming threats or to steal confidential information. Though technically illegal, state-sponsored hackers act with a degree of impunity since they operate on behalf of their government.

Ways to protect against hackers

Prevention is key for staying safe from hackers. Here are some tried and tested ways to help protect against hackers:

Download files only from trusted sources: Hackers use file downloads from websites and emails as one of their main methods for infecting devices with malware. Don't click downloads, links, and attachments from unfamiliar or suspicious sources.

Use antivirus software: Standard-issue antivirus like Windows Defender may not be enough to detect and remove the very latest malware threats. Use the best antivirus software to help ensure your device is protected, and watch out for signs of phone hacking.

Install a VPN: The best internet security software should include a VPN, which hides your true IP address and encrypts your internet connection to prevent hackers locating you or intercepting your data. For maximum protection, complement a VPN with a firewall.

Create strong passwords and enable 2FA: Strong passwords and two-factor authentication (2FA) will make it much harder for hackers to crack into your accounts and profiles using brute force attacks and other methods.

Avoid public Wi-Fi: Public Wi-Fi is often unsecured, making it easier for hackers to exploit and leech user data, or gain back-door access to devices. If you must use public Wi-Fi, always connect via a VPN, and protect yourself with one of the best security apps for iPhone or Android.

Install updates regularly: Hackers are always discovering new exploits to attack your devices and program. Regularly installing updates will help ensure that you're protected against the latest hacker threats.

Backup important files: If a computer hacking episode requires you to reformat your system, you'll have to part with all your files and data. Having a backup of your important files enables you to pick up where you left off.

Keep your digital life safe from hackers

Despite the best efforts of white hats, malicious hackers are always finding new weaknesses to exploit. That's why having an extra layer of protection that defends against all kinds of online threats is so important.

Avast One is comprehensive cybersecurity protection that's built on top of an award-winning threat detection network. With automatic updates to help you stay ahead of hackers and heuristic malware detection to identify new and emerging threats, Avast One offers unparalleled online security.

Secure your digital life against intruders with a firewall, built-in VPN, password protection, and other advanced privacy features. Install Avast One today.

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Hacker Types: Black Hat, White Hat, and Gray Hat Hackers

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Learn the difference between black hat, white hat, and gray hat hackers, as well as other hacker types including green, blue, red, and more.

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Government Agencies and Policy for Cyber Security

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Government Agencies and Policy for Cyber Security

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CISA role is that they guard critical infrastructure by assessing risks, providing guidance, and coordinating incident response efforts with stakeholders. It also works with government, private sectors, and international partners to share enhance cybersecurity measures and threat intelligence. The National Cyber Incident Response Plan (NCIRP) establishes frameworks for coordinated response efforts, fostering collaboration among federal agencies, state and local governments, and private sector entities. Other sectors can learn clear roles, information sharing, and regular exercises to bolster cybersecurity resilience across sectors from the NCIRP plan.

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Government Agencies and Policy for Cybersecurity Video

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Government Agencies and Policy for Cybersecurity Video