Today's IT-intensive world has given us two main takeaways: we need ways to take tidal waves of data and turn them into something that organizations can use to make informed decisions. We need to keep that data and the networks it resides on safe.
And thus, we have the fields of data science and cyber security, respectively. So, which is a better career choice? Well, if you tackle the cyber security vs. data science career debate in terms of which is more in demand, you won’t get far. Both fields are much in need.
The best way to resolve the data science vs. cyber security career question is to take a comprehensive look at both fields and make an informed choice. Actually, you are about to engage in a kind of data science activity: you're about to collect information and process it into a form that helps you make a knowledgeable choice!
Let’s kick off the cyber security vs. data science comparison with some definitions.
What Is Cyber Security?
Cyber security is the discipline of protecting data, devices, and networks from unlawful use or unauthorized access while ensuring and maintaining the availability, confidentiality, and integrity of information.
Cyber security is typically broken down into five distinct fields:
- Application security
- Cloud security
- Critical infrastructure security
- Internet of Things (IoT) security
- Network security
Cyber security professional duties include:
- Implementing firewalls to system networks
- Determining and implementing required access authorizations
- Securing the organization’s Information Technology infrastructure
- Monitoring the network for signs of cyberattacks and other unauthorized access
- Eliminating potential threats or attempted breaches
- Identifying cyberattackers
- Help create the organization’s security policies and ensure the company’s employees are aware of them
What Is Data Science?
Data science combines domain expertise, programming skills, and the knowledge of mathematics and statistics to derive actionable, meaningful insights from vast quantities of unstructured data, also known as Big Data.
Data scientists typically employ algorithms, processes, scientific methods, tools, techniques, and systems to carry out their data processing tasks, and apply the resulting insights across various domains.
Data Scientist duties include:
- Assessing quality of data sets
- Building machine learning (ML) algorithms
- Cleansing unstructured data
- Collaborating with other teams in the organization
- Combining models through ensemble modeling
- Creating data visualizations to better present information
- Developing and maintaining all databases
- Designing data modeling processes
- Preparing reports for executives, stakeholders, and project teams
- Proposing solutions to the executive teams
How Are Cyber Security and Data Science Interrelated?
Cyber security and data science have a fundamental connection because the latter requires the defenses and protection that the former provides. Data scientists need clean, uncompromised data to get their findings and ensure that their resulting processed information is secured. So, the field of data science turns to cyber security to help protect the information no matter what shape it's in.
So, cyber security vs. data science may not be the best approach — this is also a symbiotic relationship, as we are about to see below!
A Word About Cybersecurity Data Science
The term “cyber security data science” covers situations where data is collected from selected cyber security sources and is analyzed to provide the most timely and up-to-date data-driven patterns, providing more effective security solutions.
The concept of cyber security data science makes the computing process more intelligent and actionable, especially when compared to the more traditional approaches found in the cyber security domain.
So, while data science relies on cyber security for data integrity and protection, the field of cyber security relies on data science to gather meaningful, actionable information to help better secure systems, networks, and data.
And there’s an added wrinkle to this relationship. Advances in Artificial Intelligence and Machine Learning are redefining how cyber security works. Both AI and ML have enormous potential to derive new insights from data, adding an element of speed and accuracy that humans can’t duplicate. Additionally, AI and ML are better suited to handle the dull, repetitive data-gathering tasks, freeing up human brains to tackle more challenging and engaging problems.
What Are the Differences Between Cyber Security and Data Science?
Although we have seen how data science and cyber security share an affinity, there are significant differences between the two disciplines. Here is a breakdown of their differences, illustrated conveniently side by side in chart form.
Cyber Security vs. Data Science
Cyber security experts create robust and effective security systems to maintain the integrity and security of organizational data, networks, systems, etc.
Data science experts extract valuable information from vast amounts of raw data to construct models and draw actionable insights.
Cyber security professionals act as information gatekeepers, protecting networks and the data stored on them, auditing policies, monitoring security infrastructure, etc.
Data science professionals function as data analysis conductors, model builders, prescriptive analytics, machine learning experts, etc.
Cyber security requires a creative problem-solving, incident response, intrusion detection, and a solid and consistent interest in keeping current with the latest trends and upskilling.
Data science professionals must be skilled in tools like the Python programming language and SQL. They should also grasp Artificial Intelligence and Machine Learning techniques, plus an interest in mathematics and statistics.
Cyber security professionals can take on the job roles of cyber security analyst, network engineer, systems engineer, cryptographer, ethical hackers, etc.
Data science-related occupations include data analyst, data scientist, data architect, machine learning engineer, data engineer, etc.
Cyber security professionals should have a degree in computer engineering, computer science, or information security. Additionally, they need relevant certifications like CISA, CISSP, CEH, etc.
Aspiring data scientists require more formal education than their cyber security counterparts. They must have a bachelor’s as well as a master’s degree in Data Science.
The Significance and Uses of Cyber Security
Cybercrime is on the rise, and the media is filled with stories about data breaches, identity theft, cyberattacks, and online fraud. Consequently, cyber security is a critical element across diverse sectors of the world, including government agencies, the military, corporations, financial institutions, and healthcare providers, to name a few. Whether within an organization or connected to the rest of the world, data-sharing networks need a robust cyber security system in place. This need has been one of the driving forces behind corporations' training of security professionals in-house. Here are some of the more popular uses of cyber security:
- Data Security: Vast amounts of organizational data are stored and accessible online, making the information vulnerable to many threats. Implementing the best cyber security practices ensures that sensitive and confidential organizational data remains safe and protected.
- Cyberattack Loss Mitigation: According to Cybercrime Magazine, global cybercrime costs will grow by 15 percent annually between the period of 2020 and 2025, reaching $10.5 trillion by 2025, an increase from $3 trillion USD in 2015! This alarming figure, and similar data, lead to customers losing their trust and businesses losing their reputation. However, robust and effective cyber security measures coupled with strong network security are the only way to mitigate these losses. That's why organizations worldwide hire more security experts at more significant salaries.
- Digitization Support: Digitization has brought almost every customer online, which means anyone could theoretically access it. As a result, cyber security has become a greater priority for many businesses and organizations. Unfortunately, it's a tradeoff; companies have brought in digitization to make their customers' lives easier but have increased the risk of privacy loss. This situation has further boosted the need for better cyber security.
The Significance and Uses of Data Science
We live, work, and play in the Information Age, and data is the main currency. However, we also live in a time when businesses are more competitive and constantly seek ways of cutting costs and mitigating risks to prosper and beat the competition.
That's why data science is so vital to today's commercial world. The best choices, the most excellent chances of success, are the informed choices. Data science provides that information, putting it to uses like:
- Analyzing Trends: Organizations use trend analysis to set realistic and appropriate goals. Data scientists use the data they have processed to recommend suitable courses of action to find practical solutions to business issues.
- Making Better Decisions: Data science better equips the leadership of businesses and organizations to make sound, data-driven business decisions. As a result, many organizations actively recruit data scientists using the lure of excellent salaries and generous benefits.
- Identifying Opportunities: Data science helps companies identify potentially profitable opportunities by analyzing the historical data about customers, products, services, and more. Data scientist contributions can be purposed to help businesses explore new growth options.
- Understanding Consumer Behavior: Data science is the foundation of corporate marketing and product strategy. Data scientists study consumer-related data to gather insights about consumer behavior and use these observations to assist management in strategizing and making informed decisions.
Cyber Security vs. Data Science Career Paths and Growth
Cyber security and data science offer incredible opportunities for a career-minded individual who wants to get involved in a couple of the more exciting and active IT fields. Both fields' career paths follow similar trajectories.
Cyber security experts typically start with a bachelor’s degree in cyber security, computer science, information technology, or a related field. In addition, cyber security hopefuls should have skills in core topics like programming, cloud computing, and networks and systems administration.
After graduation, the aspiring cyber security expert signs on with a company in an entry-level role. Once they have gained experience in the field, typically after a few years, it’s time to try for a senior position, which typically requires a master’s degree and certification in several different cyber security-related disciplines.
Cyber security experts typically follow career paths like:
- Chief Information Security Officer
- IT Security Consultant
- Security Analyst
- Security Architect
- Penetration Tester
- Ethical Hacker
As the earlier chart shows, data scientists require more formal education than cyber security experts. In fact, cyber security experts don’t necessarily need a master’s or even a bachelor's degree, although those resources make matters easier.
Most data science positions require a bachelor's degree in data science, computer science, or another related field of study. After several years in an entry-level position, the ambitious data science should pursue a master’s degree in Data Science, supplemented by a few appropriate certifications, and try for a senior data analyst position.
Data science experts typically follow career paths such as:
- Data Engineer
- Machine Learning Engineer
- Marketing Manager
- Product Manager
- Data Leader
What Are Salary Expectations Like for Cyber Security vs. Data Science Professionals?
Glassdoor shows that cyber security experts in the United States can earn a yearly average of $94,794, while in India, a similar position fetch an annual average of ₹110,597.
Over in the realm of data science, Indeed indicates that US-based data scientists earn an average of $124,074 per year, while their counterparts in India make a yearly average of ₹830,319.
These figures tend to fluctuate often, depending on demand, who is hiring, and geographical area.
So, What’s the Next Step?
The fields of data science and cyber security share a common element for success on their respective career paths: certification. Fortunately, Simplilearn is a one-stop resource covering both areas and smooths the road to professional success.
Simplilearn offers a range of Data Science and Business Analytics courses that equip aspiring data scientists with everything they need to improve their skillset and increase their value to a prospective employer.
Similarly, Simplilearn provides a Cyber Security Expert Master’s program that provides cyber security professionals with an impressive range of foundational, intermediate, and advanced security skills delivered via industry-leading certification courses such as cyber security courses in india, CompTIA Security+, CEH, CISM, CISSP, and CCSP.
Regardless of which profession you choose to pursue, Simplilearn is ready to help you make your career dreams come true. So visit Simplilearn today and start turning your IT hopes into reality.