One of the questions cybersecurity professionals hear all the time is some variation of:
“My kid wants to work in cybersecurity. Where should they start?”
Or maybe it is a friend, nephew, coworker, neighbor, or somebody’s teenager who spends suspicious amounts of time taking computers apart.
It sounds like an easy question.
It is not.
“Cybersecurity” is an enormous field. Asking where someone should start in cyber is a little like asking where somebody should start in medicine. Do they want to be a surgeon? A nurse? A pharmacist? A researcher? An EMT?
There is no single front door.
And I think we sometimes make a mistake when we immediately answer with a shopping list:
Learn networking
Learn Linux
Learn Python
Get Security+
Build a lab
Learn cloud
Learn Active Directory
Those things can absolutely matter.
But they may not be the best place to begin.
The first thing I usually want to know is:
What part of this actually interests you?
Find the Thing That Makes You Ask Another Question
The best starting point is often whatever makes someone curious enough to keep digging without being told to.
Maybe they get a phishing message and immediately want to know:
How did they fake that?
Maybe they hear about a ransomware attack and wonder:
How did the attackers get in?
Maybe they enjoy puzzles and start becoming interested in malware analysis.
Maybe they discover that information scattered across the public internet can be assembled into an astonishingly detailed picture of someone and fall headfirst into OSINT.
Maybe they love networks.
Maybe they love programming.
Maybe they want to take systems apart just to figure out how they work.
Maybe they are fascinated by reconstructing an incident after something has gone wrong.
Maybe the technical side does not grab them at all, but understanding how people make decisions does. There is plenty of room in cybersecurity for people interested in security awareness, social engineering, risk, governance, policy, privacy, training, and communication.
Cybersecurity contains a lot of rabbit holes.
The trick is finding the rabbit hole you actually want to fall into.
Passion Is Useful Fuel
There will eventually be fundamentals that almost everyone in cybersecurity benefits from learning.
Networking matters.
Operating systems matter.
Identity and authentication matter.
Understanding logs matters.
Knowing a little scripting can save an enormous amount of repetitive work.
But I would rather see someone learn those things because they have discovered a reason to care about them.
Suppose somebody becomes fascinated with penetration testing.
Pretty quickly they will encounter networking.
Suddenly ports, protocols, DNS, routing, and firewalls are not abstract textbook material anymore. They are pieces of a puzzle the person is already trying to solve.
Someone interested in digital forensics will discover filesystems, timestamps, logs, memory, and operating system internals.
Someone interested in OSINT will start learning about metadata, search techniques, domains, social media, geolocation, and how much information people unknowingly make public.
The fundamentals are still there.
The difference is that now they have a purpose.
That matters.
If you begin someone’s cybersecurity journey with six months of material they find painfully boring because somebody declared it the “proper” path, you may convince them they hate cybersecurity before they ever discover the part they would have loved.
Sample the Field Before Choosing a Lane
For somebody who genuinely has no idea what interests them yet, I would not tell them to immediately pick a certification.
I would tell them to sample things.
Try a little OSINT.
Try a beginner capture-the-flag challenge.
Build a virtual machine.
Install Linux.
Look at network traffic.
Read about a real breach.
Examine a phishing email.
Try a basic home lab.
Watch someone walk through a forensic investigation.
Learn what a SOC analyst actually does.
Learn what penetration testing actually involves, not just what television thinks it involves.
Read about governance and risk.
Look at cloud security.
Try some scripting.
You are not trying to become an expert in all of those things.
You are looking for the moment when your brain says:
“Wait. That’s interesting.”
Pay attention to that moment.
Then go farther.
Cybersecurity Is More Than Hacking
This is another misconception worth getting rid of early.
Cybersecurity is not synonymous with hacking.
There are people in this field who spend their days:
- Investigating security alerts
- Responding to incidents
- Analyzing malware
- Managing vulnerabilities
- Designing secure networks
- Protecting cloud environments
- Managing identities and access
- Performing penetration tests
- Investigating fraud
- Gathering threat intelligence
- Conducting digital forensics
- Reviewing risk
- Writing policy
- Teaching users
- Building security tools
- Reviewing software
- Protecting industrial systems
- Performing OSINT
- Helping executives understand security risk
Some cybersecurity jobs are deeply technical.
Some involve far more writing and communication than command lines.
Some involve both.
There is room for many different kinds of brains in this field.
Your Background May Be More Useful Than You Think
Another common misconception is that somebody has to begin with the perfect cybersecurity résumé.
They do not.
People arrive in cyber from everywhere.
Help desk experience teaches troubleshooting.
Networking teaches how systems communicate.
Programming teaches how applications behave.
Military experience may bring planning, discipline, and experience operating under pressure.
Teaching can translate beautifully into security awareness.
Accounting can be useful in fraud investigation and risk.
Customer service can create somebody who is unusually good at communicating technical issues to people who do not speak fluent nerd.
The path does not have to be neat.
In fact, unusual experience can become a strength.
Cybersecurity often rewards people who look at a problem differently.
Build Things, Break Things, Fix Things
Once somebody discovers an area that interests them, I am a big believer in doing things rather than only reading about them.
Build a lab.
Use virtual machines.
Create accounts.
Configure permissions.
Set up a firewall.
Generate logs.
Break something.
Figure out why it broke.
Fix it.
Then break it differently.
That cycle is enormously valuable.
There is a huge difference between knowing the definition of a firewall rule and spending an hour wondering why your own firewall has apparently developed a personal grudge against you.
The second experience tends to stick.
Just keep experimentation inside systems you own or have explicit permission to test.
Curiosity is valuable.
Unauthorized curiosity can become a conversation with people carrying badges.
Certifications Are Tools, Not Destinations
Certifications can be useful.
They can provide structure.
They can help establish baseline knowledge.
They can sometimes help get a résumé through an automated screening process.
But I would not make certification collecting the purpose of the journey.
A certification should support what you are learning.
It should not become the entire definition of what you know.
If you are studying networking, build a network.
If you are studying Linux, use Linux.
If you are studying security monitoring, look at logs.
If you are learning about vulnerabilities, build an environment where you can safely see them in action.
Turn vocabulary into experience whenever possible.
Learn to Explain What You Know
One of the most valuable cybersecurity skills has very little to do with hacking.
Learn how to explain complicated things to ordinary humans.
Eventually somebody will ask:
“What does this mean for us?”
Being able to translate a deeply technical problem into an understandable explanation is enormously valuable.
Cybersecurity ultimately exists to protect people, information, organizations, and systems.
If nobody understands why a risk matters, even excellent technical work can disappear into a report nobody reads.
Communication is a security skill.
You Will Never Know Everything
This field changes constantly.
New technologies appear.
Old vulnerabilities come back wearing different hats.
Threats evolve.
Tools change.
Entire platforms rise and fall.
Nobody knows everything.
The important skill is not memorizing the entire field.
It is becoming comfortable encountering something you do not understand and figuring out how to learn it.
That is one of the reasons curiosity matters so much.
Curiosity keeps working long after the textbook becomes outdated.
So Where Should They Start?
When somebody asks me:
“My kid wants to get into cybersecurity. Where should they start?”
My answer is increasingly simple:
Find something in cybersecurity that genuinely interests them and let them chase it.
Expose them to several areas.
Watch for the thing that catches.
When they start asking their own questions, you have probably found the right direction.
The networking, operating systems, scripting, labs, certifications, and other fundamentals can grow around that interest.
Do not start by trying to manufacture a cybersecurity professional.
Start by feeding curiosity.
The rest has somewhere to grow from.
Where POPCyber Goes From Here
The Build a Cyber Career section of POPCyber will explore different areas of the field so people can figure out what might interest them before committing to a particular path.
We will dig into topics such as:
- What different cybersecurity jobs actually do
- Home labs
- OSINT
- Networking
- Linux
- Defensive security
- Penetration testing
- Digital forensics
- Security operations
- Certifications
- Government, contractor, and private-sector careers
- Building experience before landing the first cyber job
- Résumés and interviews
- Continuing education
- Finding the part of cybersecurity that does not feel like homework
You do not need to know exactly where you are going yet.
Find the part that makes you want to know more.
Start there.
Author’s note: I am a federal employee working in the energy sector. The opinions and experiences expressed here are my own. I do not speak for my employer, any federal agency, or the United States government.