Most of us barely think about CAPTCHAs anymore.

Click the box. Find the traffic lights. Match the motorcycles. Prove you’re human. Continue to the website.

That familiarity is exactly what cybercriminals are exploiting.

A growing type of cyberattack uses fake CAPTCHA and verification pages to trick people into running malicious commands on their own computers. The technique is commonly called ClickFix, and it turns one of the internet’s most familiar security checks into a surprisingly effective way to install malware.

The attack can be convincing because nothing initially appears to be a traditional malware infection. You may not download a suspicious attachment or knowingly install an application.

Instead, the website tells you that one small additional step is necessary to prove you’re human or fix a problem.

It might tell you to press Windows + R, paste something into the Run window, and press Enter.

Or it may tell you to open PowerShell, Windows Terminal, or Terminal on a Mac and paste a command.

If a website asks you to do any of those things, stop.

A legitimate CAPTCHA does not need you to run commands on your computer.

And following those instructions could give an attacker exactly what they need.

What Is a Fake CAPTCHA Attack?

A CAPTCHA—short for Completely Automated Public Turing test to tell Computers and Humans Apart—is intended to distinguish real people from automated bots.

You’ve probably completed hundreds of them.

A legitimate CAPTCHA might ask you to:

• Check an “I’m not a robot” box.
• Select certain objects from several images.
• Enter displayed characters
• Complete another simple browser-based verification.

The important part is that the verification happens inside your browser.

Fake CAPTCHA attacks mimic this familiar process but eventually ask you to perform actions outside the normal webpage.

For example, you might see instructions similar to:

1. Press Windows + R
2. Press Ctrl + V
3. Press Enter

The page may claim these steps complete a security verification.

They don’t.

The attack may have already placed a malicious command into your computer’s clipboard. When you press Ctrl+V, you paste that command into Windows.

Pressing Enter executes it.

In effect, the attacker has convinced you to launch the attack on their behalf.

Why Is It Called ClickFix?

ClickFix is a social-engineering technique that tricks someone into “fixing” an imaginary problem by executing attacker-provided instructions.

The lure isn’t always a CAPTCHA.

Attackers can present fake:

• Browser errors
• Software update messages
• Document-loading errors
• Video-player problems
• Cloudflare verification pages
• Google verification pages
• Security warnings
• File-download instructions
• “Verify you’re human” prompts.

The message changes, but the psychological trick remains the same:

Something isn’t working. Follow these simple instructions to fix it.

That is what makes ClickFix different from many traditional malware attacks.

The criminal isn’t necessarily exploiting a vulnerability in your operating system.

They’re exploiting your willingness to solve the problem.

How a ClickFix Attack Works

A typical attack can happen in just a few steps.

Step 1: You Reach a Malicious or Compromised Website

You might arrive via a phishing email, a malicious advertisement, a search result, a social media link, a compromised legitimate website, or another redirect.

This is important because the website itself may not appear suspicious at first glance.

Cybercriminals increasingly compromise legitimate websites and inject malicious code into them. You can therefore encounter a fake CAPTCHA while visiting a site you wouldn’t normally consider dangerous.

Step 2: A Familiar Verification Screen Appears

The website displays something resembling a legitimate CAPTCHA or security verification.

Attackers frequently imitate trusted brands and services such as Cloudflare or Google.

The objective is simple: make the request feel routine.

Step 3: The Website Places a Command in Your Clipboard

In some ClickFix attacks, clicking the verification button silently copies a malicious command to your clipboard.

You don’t necessarily see what was copied.

The page then provides instructions on how to paste it elsewhere.

Step 4: You’re Told to Open a System Tool

On Windows, that might be:

• Windows Run
• PowerShell
• Windows Terminal
• Command Prompt

On macOS, attackers may instruct victims to open Terminal.

This is the critical warning sign.

A webpage should not need you to open an operating-system command interface to prove that you’re human.

Step 5: You Paste and Execute the Command

The pasted command can connect to attacker-controlled infrastructure, download additional code, and execute malware.

Because you initiated the command, the activity may look different from a conventional malicious file that was simply downloaded and opened.

Attackers may also use legitimate tools already installed with the operating system—sometimes called “living off the land”—to execute parts of the attack.

Step 6: Malware Is Installed

What happens next depends on the campaign.

Researchers have observed ClickFix attacks distributing information stealers, remote-access tools, loaders, and other malware.

The objective may include stealing:

• Email passwords
• Banking credentials
• Browser passwords
• Authentication cookies
• Cryptocurrency wallet information
• Personal files
• Business credentials
• Other sensitive information stored on the computer

Some malware can also grant attackers remote access or enable them to install additional malicious software later.

This Isn’t Just a Windows Problem

Early ClickFix campaigns became particularly recognizable because of instructions telling Windows users to press Windows + R.

Unfortunately, the technique has evolved.

Microsoft has documented attacks that instead instruct victims to use Windows Terminal or PowerShell.

In August 2026, Microsoft researchers described a campaign they called TerminalFix, a ClickFix variant that used compromised websites and fake Cloudflare CAPTCHA overlays. Instead of directing victims to the traditional Windows Run dialog, the campaign instructs them to execute malicious commands through Windows Terminal or PowerShell.

Mac users aren’t immune either.

Microsoft has also tracked ClickFix campaigns targeting macOS systems. In those attacks, victims can be directed to open Terminal and execute commands that ultimately install information-stealing malware.

Some attackers have become sophisticated enough to determine what type of computer you’re using before displaying the attack.

A Windows user might receive one lure.

A Mac user might receive another.

A security researcher or automated scanning system might see an apparently harmless webpage instead.

That makes these campaigns considerably more difficult to identify and shut down.

Why Fake CAPTCHAs Are So Effective

The attack works because cybercriminals are exploiting habit and trust, not just technology.

We’ve been trained for years to respond to interruptions online.

Accept the cookie notice.

Confirm you’re human.

Allow the browser check.

Sign in again.

Complete the CAPTCHA.

Click Continue.

Most of these actions are legitimate, so another verification request doesn’t necessarily trigger suspicion.

Attackers add another powerful psychological element: momentum.

You were trying to accomplish something when the verification appeared. Maybe you were downloading a file, reading an article, watching a video, or opening a document.

You want to continue.

The attacker only needs to make the next instruction seem plausible enough that you follow it without stopping to consider why a website suddenly needs access to something outside your browser.

The One Rule Worth Remembering

You don’t need to memorize malware names or understand PowerShell to avoid most of these attacks.

Remember this instead:

A CAPTCHA should never require you to open Run, PowerShell, Windows Terminal, Command Prompt, macOS Terminal, or another system utility and paste a command.

If a website tells you to do that, close the page.

Do not paste anything.

Do not press Enter.

Other Warning Signs of a Fake CAPTCHA

Be suspicious if a verification page:

• Provides keyboard shortcuts involving Windows + R
• Tells you to paste something you didn’t manually copy
• Asks you to open PowerShell or Windows Terminal
• Asks Mac users to open Terminal
• Claims you need to execute a command to verify you’re human
• Requires you to install software to complete a CAPTCHA
• Displays an unusual “verification failed” message followed by technical instructions
• Claims browser verification requires actions outside the browser.
• Creates an unexpected download
• Pressures you to complete several unusual steps quickly

The page may look polished.

It may contain familiar logos.

It may even appear on a legitimate website that has been compromised.

Judge the requested action, not simply the appearance of the webpage.

What Should You Do If You See One?

If you encounter a suspicious CAPTCHA but haven’t followed its instructions, you’re generally in a much better position.

Don’t interact with it further.

Close the browser tab or window.

If something was automatically downloaded, don’t open it. Delete the unexpected file and consider running a security scan.

If the page appeared on a legitimate website, the site’s owner may not know that the site has been compromised. Consider notifying them.

What If You Already Pressed Windows + R and Ran the Command?

Treat the computer as potentially compromised.

The Federal Trade Commission recommends disconnecting the device from the internet, running a security scan, and changing passwords from another device if malware may have been installed.

A reasonable response includes:

1. Disconnect the affected computer from the internet.
2. Turn off Wi-Fi or disconnect the network cable to limit additional communication with an attacker.
3. Do not use the affected computer to change passwords.
4. If information-stealing malware is present, new credentials entered on the system could also be exposed.
5. Use another trusted device to secure important accounts.
6. Prioritize email, financial accounts, password managers, cloud storage, social media, and other high-value accounts.
7. Change potentially exposed passwords.
8. Start with your primary email account, as it can often be used to reset passwords for other services.
9. Enable multifactor authentication where available.
10. MFA provides an additional layer of protection if a password has been stolen.
11. Run reputable security software.
12. Perform a complete malware scan and follow the security product’s remediation recommendations.
13. Review important accounts for suspicious activity.
14. Check recent logins, password changes, financial transactions, forwarding rules, recovery addresses, and newly authorized devices.
15. Consider professional assistance if sensitive information was stored on the computer.
16. This becomes particularly important for business computers or systems containing financial, medical, legal, or other sensitive information.

For a work computer, contact your IT or cybersecurity team immediately rather than attempting to investigate or clean up the system yourself.

Why Businesses Should Pay Attention Too

Fake CAPTCHA attacks aren’t limited to home users.

A successful ClickFix attack on an employee’s workstation can expose corporate credentials and provide an initial foothold in an organization.

That’s especially concerning because information stealers frequently target credentials, browser sessions, authentication information, and other data that may help criminals access additional systems.

ClickFix has also been adopted by established cyber-criminal groups and initial-access brokers—criminals who obtain access to organizations and may then sell it to other attackers.

That means something as simple as an employee following a fake CAPTCHA can be the start of a much larger security incident.

Organizations should incorporate ClickFix into security-awareness training.

Instead of only teaching employees:

“Don’t click suspicious links.”

Security training increasingly needs to teach:

“Don’t execute instructions from webpages.”

That’s an important distinction.

Security Awareness Needs to Evolve

Traditional cybersecurity advice frequently focuses on files and links.

Don’t open unexpected attachments.

Don’t download unknown programs.

Don’t click suspicious links.

Those remain good practices, but modern social engineering attacks increasingly seek to persuade users to perform the malicious action themselves.

That changes what people need to recognize.

A webpage can be dangerous even when it doesn’t ask you to download an obvious executable file.

An attacker can instead convince you to use perfectly legitimate tools already installed on your computer.

The security question therefore becomes:

Why is this website asking me to do this?

If the requested action doesn’t make sense for what you’re trying to accomplish, stop.

Fake CAPTCHAs Are Part of a Bigger Change in Cybercrime

ClickFix demonstrates an important trend in cybersecurity.

Attackers don’t always need sophisticated software vulnerabilities when they can manipulate legitimate functionality.

Browsers, clipboards, scripting engines, terminals, remote management tools, and operating system utilities all have legitimate purposes.

The attacker simply needs to convince someone to use one of them incorrectly.

And that’s why awareness still matters.

Cybercriminals can copy logos.

They can reproduce websites.

They can imitate security messages.

They can create convincing CAPTCHA screens.

But they still need you to complete the final step.

Sometimes the most effective cybersecurity control is recognizing when an ordinary request suddenly becomes extraordinary.

So the next time a website asks you to prove you’re human, completing a normal CAPTCHA is one thing.

Opening PowerShell is another.

If proving you’re human requires running a command on your computer, don’t prove anything. Close the page.

Sources and Further Reading

You may also find our article on AI Deepfakes helpful.

• Federal Trade Commission — How to Spot a CAPTCHA Scam
• Microsoft Security — TerminalFix Campaign Deploys a Reverse Tunnel Through Multistage Intrusion
• Microsoft Security — From Open Lures to Cloaked Gates: How a macOS ClickFix Campaign Learned to Hide
• Microsoft Security — Think Before You Click(Fix): Analyzing the ClickFix Social Engineering Technique
• Malwarebytes — Fake Google and Cloudflare Verification Pages Spread Multiple Malware Families
• Swiss National Cyber Security Center — Increase in Compromised Websites With Fake CAPTCHAs

#Cybersecurity #CyberSafety #OnlineSafety #CyberAwareness #ClickFix #Malware #SocialEngineering #ScamAlert

A frantic phone call from your child. A grandparent crying. A spouse saying they’ve been arrested or hurt in an accident. The voice sounds real. The panic feels real. But increasingly, the person on the other end of the phone may not actually be your loved one at all. Introducing AI Voice Cloning.

Artificial intelligence (AI) has made voice cloning technology accessible, affordable, and alarmingly convincing. Criminals are now using AI-generated voices to impersonate family members, executives, government officials, and even law enforcement in scams designed to steal money and sensitive information. Federal agencies including the FBI and FTC have issued repeated warnings as these attacks continue to grow.

For many families, this threat still sounds futuristic. Unfortunately, it is already happening.

What Is AI Voice Cloning?

AI voice cloning uses machine learning and speech synthesis tools to replicate a person’s voice. Modern systems can analyze tone, cadence, pronunciation, pacing, and emotion using only a few seconds of recorded audio.

That audio can come from:

• TikTok videos
• Instagram Reels
• YouTube uploads
• Podcasts
• Voicemail greetings
• School performances posted online
• Public interviews
• Social media stories

Once attackers capture enough audio, AI tools can generate speech that sounds remarkably similar to the real person.

In many cases, the cloned voice is convincing enough to fool close family members. Research published in 2026 found that participants struggled to reliably distinguish AI-generated voices from real human speech in scam scenarios.

How the Scam Typically Works

Most AI voice scams rely on emotional manipulation and urgency.

A common scenario looks like this:

1. A scammer finds publicly available audio online.
2. AI software is used to create a voice clone.
3. The victim receives an urgent phone call.
4. The cloned voice claims there has been an emergency.
5. The caller pressures the victim to act immediately.

Victims are often told:

• “I’ve been arrested.”
• “I was in a car accident.”
• “Someone kidnapped me.”
• “Don’t tell mom or dad.”
• “I need bail money right now.”
• “Send money immediately.”

The scammer may then transfer the call to a fake attorney, police officer, hospital worker, or government official to make the situation seem more legitimate.

These scams are especially effective because they trigger panic before rational thinking has time to catch up.

Why These Scams Are Becoming More Dangerous

Traditional scam calls often contained obvious warning signs:

• Heavy accents
• Robotic speech
• Poor grammar
• Strange requests

AI changes that.

Attackers can now imitate:

• Your child’s voice
• Your spouse’s speech patterns
• Your boss’s tone
• Familiar emotional expressions

In some cases, the caller ID may even appear legitimate through spoofing techniques.

The result is a scam that feels personal and believable.

The FBI has warned that criminals are increasingly using AI-generated audio and deepfake technologies to target both consumers and organizations.

Families and Older Adults Are Common Targets

Many AI voice scams specifically target:

• Parents
• Grandparents
• Elderly individuals
• Families with active social media use

Criminals know that fear involving children or grandchildren can override skepticism.

Older adults are particularly vulnerable because scammers often exploit emotional trust and confusion during high-pressure situations.

Unfortunately, many victims do not realize they were targeted by AI until after money has already been sent.

Social Media Plays a Major Role

One of the biggest enablers of voice cloning scams is oversharing online.

Short videos posted publicly may seem harmless, but they can provide criminals with enough audio to build a convincing clone. Several reports have noted that even a few seconds of speech may be sufficient for modern AI tools.

This does not mean families should panic or stop using social media entirely. It does mean people should become more intentional about:

• Privacy settings
• Public-facing videos
• What personal details are shared online
• Who can access family content

Warning Signs of an AI Voice Scam

Even convincing scams usually contain behavioral red flags.

Watch for:

• Extreme urgency
• Pressure to act immediately
• Requests for secrecy
• Demands for gift cards, cryptocurrency, or wire transfers
• Calls from unfamiliar numbers
• Refusal to video chat
• Emotional manipulation
• Requests to bypass normal family communication

One of the strongest indicators is when someone insists:
“Do not call anyone else.”

That is usually an attempt to prevent verification.

How Families Can Protect Themselves

Create a Family Safe Word

One of the most effective defenses is surprisingly simple: establish a private family code word or phrase.

The FBI and security experts have repeatedly recommended this approach.

If an emergency call occurs, ask for the family’s safe word before taking action.

Choose something:

• Easy to remember
• Difficult to guess
• Not posted online

Even a highly convincing AI cannot know information it was never trained on.

Verify Through Another Method

If you receive a suspicious call:

• Hang up
• Call the person directly using a known number
• Use FaceTime or video chat
• Contact another family member

Never rely solely on the incoming call.

Slow Down

Scammers depend on panic.

Take a breath. Think carefully. Ask questions.

The faster someone pressures you to act, the more cautious you should become.

Limit Public Audio Exposure

Consider:

• Making social media accounts private
• Reducing public video uploads
• Limiting children’s publicly accessible videos
• Avoiding detailed voicemail greetings

This will not eliminate risk entirely, but it can reduce the amount of audio available to criminals.

Teach Children and Grandparents About These Scams

Awareness matters.

Many victims simply do not know this technology exists.

Families should discuss:

• AI voice cloning
• Deepfakes
• Caller ID spoofing
• Emergency verification procedures

A five-minute conversation today could prevent a devastating scam tomorrow.

The Bigger Picture

AI itself is not the enemy. Voice synthesis technology has legitimate uses in accessibility, entertainment, education, and healthcare.

The problem is that criminals quickly adapt new technologies to commit fraud and social-engineering attacks.

Voice cloning scams are a reminder that in today’s digital world, hearing a familiar voice is no longer enough to guarantee authenticity.

That reality may feel unsettling, but awareness and preparation still remain powerful defenses.

The best protection is not fear. It is education, verification, and healthy skepticism when emotions are running high.

For families, that starts with understanding that sometimes the voice on the phone may sound exactly right — and still be completely fake.

Sources and References

• Federal Trade Commission (FTC) – Voice Cloning Harms
• FTC Voice Cloning Challenge Announcement
• FBI IC3
• Axios – FBI Warning on AI Voice Scams
• The Guardian – Social Media Voice Cloning Risks
• ArXiv Research on Human Detection of AI Voices

You may also find our article on the profile of hackers (19 years old on average) interesting.

#CyberSecurity #AIScams #VoiceCloning #Deepfake #OnlineSafety #CyberAwareness #ScamAlert #IdentityTheft #FamilySafety #CyberTipsGuide #AIThreats #FraudPrevention

The prevailing image of a high-level cybercriminal is often one of two extremes: a disciplined, state-sponsored operative working in a sterile government facility, or a hardened career criminal managing a complex syndicate. While these threats are very real, recent high-profile arrests have illuminated a startling counter-narrative. A significant portion of the most disruptive global cyberattacks are being perpetrated by individuals in their late teens and early twenties.

This demographic reality challenges the traditional understanding of threat modeling. These young hackers combine immense technical intuition and a native understanding of digital ecosystems with a characteristic often absent in older operatives: a dangerous lack of operational restraint.

The following analysis examines the rise of the “Gen Z” hacker, explores notable cases in which youthful audacity led to global chaos, and analyzes why this age group has become such a potent force in the cybercrime landscape.

The Evolution of the “Script Kiddie”

Historically, young hackers were dismissed as “script kiddies”—amateurs relying on pre-written code to cause minor disruption. That definition is now dangerously obsolete. The modern young hacker has grown up in an environment where advanced hacking tools are democratized, high-level coding knowledge is freely available on forums and Discord servers, and the line between gaming cheat development and malicious enterprise hacking is increasingly blurred.

Today’s young cybercriminals are not just using tools; they are weaponizing social engineering with a fluency that older generations struggle to match, manipulating employees at major corporations into handing over the keys to the kingdom.

Case Study 1: The Chaos of Lapsus$

Perhaps no group exemplifies the nexus of youthful brilliance and chaotic immaturity better than Lapsus$. Throughout 2021 and 2022, this loosely organized group went on an unprecedented spree, breaching major tech titans including Nvidia, Samsung, Microsoft, Ubisoft, and Okta.

Their methods were shockingly blunt. They didn’t rely solely on zero-day exploits; they utilized relentless social engineering, SIM swapping, and “MFA fatigue” (bombarding an employee with multi-factor authentication requests until they accept one out of frustration).

The shock came with the arrests. In March 2022, the City of London Police arrested seven teenagers in connection with the group. The alleged ringleader, Arion Kurtaj, was only 16 or 17 during the height of the spree. Before being indefinitely detained in a hospital prison due to being unfit to stand trial, Kurtaj was responsible for the spectacular leak of Rockstar Games’ Grand Theft Auto VI footage, a hack he executed while already under police protection in a hotel room, using an Amazon Fire Stick.

Lapsus$ demonstrated that a group of teenagers with high risk tolerance could cause more reputational damage in a month than many sophisticated APTs (Advanced Persistent Threats) cause in a year.

Case Study 2: Scattered Spider and the Vegas Paralysis

A more recent and financially devastating example is the group tracked by security researchers as Scattered Spider (also known as UNC3944 or 0ktapus).

This group is distinct from Eastern European ransomware gangs. They are predominantly young, native English speakers, many believed to be in their late teens and early twenties, living in the US and UK. They are masters of social engineering, often impersonating IT help desk staff to steal credentials.

In late 2023, Scattered Spider was attributed to the crippling attacks on MGM Resorts International and Caesars Entertainment. The MGM attack, which deployed ALPHV/BlackCat ransomware, shut down hotel systems, slot machines, and websites for over a week, costing the company an estimated $100 million in Q3 earnings alone.

The “Scattered Spider” profile, young, Western, highly articulate, and aggressively financially motivated, represents a shift from state-backed espionage to high-stakes, youthful criminality.

Case Study 3: The 2020 Twitter “Mastermind”

The archetype of the solo young hacker causing global shockwaves is best illustrated by the 2020 Twitter “VIP” hack. On a single day in July, the Twitter accounts of Barack Obama, Joe Biden, Elon Musk, and Apple began tweeting a cryptocurrency scam.

The perpetrator was not a foreign intelligence agency. It was Graham Ivan Clark, a 17-year-old living in Florida. Clark engineered a “vishing” (voice phishing) attack to gain access to Twitter’s internal administrative tools. While the attack was technically audacious, Clark’s undoing was his youthful carelessness in trying to launder the stolen Bitcoin. He was sentenced at age 18 to three years in a juvenile facility followed by three years of probation—a sentence reflecting a judicial system grappling with how to handle underage digital super-offenders.

Key Statistics

Source	Key Statistic / Finding
FBI (Cyber Division)	The average age of an individual arrested for a cybercrime in the U.S. is 19, whereas the average age for any other type of arrest is 37.
National Crime Agency (UK)	Reports a “new generation” of English-speaking cybercriminals, predominantly teenage boys, who are increasingly involved in high-level data breaches and ransomware.
U.S. Sentencing Commission	Federal data shows that individuals who use “cyber technology” in their crimes are significantly younger, more likely to be male, and have higher education levels than the general prison population.
Cybersecurity Ventures	The average age of an individual arrested for a cybercrime in the U.S. is 19, whereas the average age for any other type of arrest is 37.

The Insight: Why Youth Is Both a Weapon and a Weakness

The prominence of bad actors in their late teens and 20s in high-level cybercrime comes down to a specific psychological and technical intersection:

1. The Intuitive Edge: This generation did not learn technology; they were born into it. Their understanding of how systems link, how gaming platforms interconnect with corporate communications, and how to navigate the social nuances of the internet is intuitive.

2. The OpSec Failure of Ego: This is the primary reason they are caught. Unlike state actors who prioritize invisibility, young hackers often crave notoriety. They brag on Telegram channels, leave traces on gaming forums (like Minecraft or Roblox cheat communities, where many get their start), and make impulsive decisions with stolen funds. The Lapsus$ members, for example, were notoriously loud on their public Telegram channel, effectively painting a target on their own backs.

3. A Different Perception of Consequences: The underdeveloped prefrontal cortex plays a role. The ability to cripple a multinational corporation from a bedroom creates a sense of god-like power that often obscures the reality of federal prison time.

Conclusion

The arrests of individuals associated with groups like Lapsus$ and Scattered Spider serve as a stark reminder that technical sophistication is not exclusive to maturity. The cybersecurity industry must adapt to a threat landscape where the adversary might be a nineteen-year-old with a brilliant mind for social engineering and a reckless disregard for consequences.

As these individuals age, the industry faces a crucial question: Will they mature into even more dangerous career criminals, or can their immense talent be redirected toward defensive cybersecurity? The answer will significantly shape the cyber and digital battleground of the next decade.

The annual reports by IC3 (Internet Crime Complaint Center) are very interesting and a great read. You may also find our article on the 6 types of cybersecurity helpful.

cybersecurity #hacking #cybercrime #Lapsus$ #ScatteredSpider #infosec

In today’s hyper-connected digital world, protecting sensitive information is more important than ever. Whether you’re an employee, a manager, or just curious about cybersecurity, understanding how organizations control access to their systems can help you appreciate why strong security practices matter. That’s where Identity and Access Management (IAM) comes in. It’s a huge piece of the cybersecurity puzzle.

What Is IAM, Anyway?

At its core, IAM is all about ensuring that the right people have access to the right resources—and only those people. Think of it as a digital gatekeeper that verifies who you are and what you’re allowed to do inside a system. It’s a combination of policies, tools, and processes designed to securely manage digital identities and control access to data, applications, and networks.

Why Should You Care About IAM?

You might wonder, “Why is IAM so important?” Imagine if anyone could access your company’s confidential files just by guessing a password or clicking a link. The consequences could range from data breaches and financial loss to damage to a company’s reputation. IAM helps prevent these risks by tightly controlling access, reducing insider threats, and ensuring compliance with privacy regulations.

For employees, IAM means your login credentials protect not only your own work but also the entire organization’s assets. It’s a shared responsibility—your security habits directly impact overall safety.

The Three Core Components of IAM

1. Identification: Who Are You?
   This is the starting point—each user is assigned a unique digital identity, such as a username or user ID. It’s like your official badge in the digital workspace.
2. Authentication: Prove It!
   Once you claim your identity, you have to prove it. Traditionally, this means entering a password, but increasingly, additional verification steps are required, such as two-factor authentication (2FA) or biometrics (fingerprint or facial recognition). These extra layers make it much harder for attackers to impersonate you.
3. Authorization: What Can You Do?
   Authentication gets you through the door, but authorization defines what rooms you can enter. IAM systems ensure you can only access files and applications necessary for your role, limiting the potential damage if an account is compromised.

Common IAM Tools and Practices

• Single Sign-On (SSO): Lets you log in once and access multiple systems without reentering credentials each time. It’s convenient and reduces the risk of password reuse.
• Multi-Factor Authentication (MFA): Requires two or more forms of verification, such as a password and a temporary code sent to your phone.
• Role-Based Access Control (RBAC): Assigns permissions based on a user’s job role, ensuring access is aligned with responsibilities.
• Password Managers: Help generate and store complex passwords securely, so users don’t have to remember dozens.
• Regular Access Reviews: Periodic checks to ensure users still require the access they have, removing any unnecessary permissions.

Real-World Scenario: How IAM Protects You Daily

Imagine you’re working remotely and need to access your company’s cloud storage. When you log in, the system not only asks for your password but also sends a code to your phone. That’s MFA in action. Even if someone stole your password, without your phone, they can’t get in.

Meanwhile, IAM ensures that you only see the files relevant to your project, excluding confidential data from other departments. If you change roles or leave the company, your access gets updated or removed promptly, closing potential security gaps.

Best Practices for Everyone

Whether you’re an IT pro or a casual user, practicing good IAM hygiene helps keep the digital environment safe:

• Use strong, unique passwords for every account. Avoid reusing passwords across sites.
• Enable multi-factor authentication wherever possible.
• Never share your login credentials with anyone.
• Log out and lock your device when stepping away, especially on shared or public computers.
• Report any suspicious activity or potential security incidents immediately.

IAM Is a Team Effort

While technology plays a significant role in IAM, the human factor is equally critical. Organizations rely on employees to follow security policies and be vigilant about their digital identities. IAM isn’t just a system—it’s a culture of security awareness where everyone plays a part.

Wrapping Up

Understanding Identity and Access Management is the first step toward appreciating how companies protect their digital assets—and why your role as a user matters. By embracing good IAM practices, you help build a safer digital workplace for everyone.

You may also find our article on info-stealing malware interesting, or this one by Auth0 on IAM.

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Want to learn more about cybersecurity basics or how to protect your digital identity? Feel free to reach out or explore trusted resources to stay ahead in today’s evolving threat landscape.

#IdentityAndAccessManagement #IAM #Cybersecurity #AccessControl #DataSecurity #InfoSec #DigitalSecurity #MultiFactorAuthentication #PasswordSecurity #CyberAwareness #ITSecurity #SecureAccess

If you’ve ever wondered why cybersecurity seems so complex—or why there are so many different “types” of cybersecurity—the short answer is this: modern threats are everywhere, and they don’t all look the same. That’s why cybersecurity isn’t just one thing; it’s a collection of focused strategies, each tackling a unique risk.

Let’s break down the six major types of cybersecurity that every organization (and honestly, most individuals) should understand.

1. Network Security

Think of your company’s network as the digital equivalent of an office building. Doors, hallways, and meeting rooms need to be protected from uninvited guests. Network security is all about securing those digital “doors” and “hallways”—the routers, switches, firewalls, and Wi-Fi access points that connect your devices and systems.

Why it matters: A single weak spot in your network can let in ransomware or malicious actors who could hijack your systems. Network security tools include firewalls, intrusion detection systems (IDS), virtual private networks (VPNs), and even good old-fashioned network segmentation.

2. Application Security

Every app you use—whether it’s your email client, a customer portal, or the HR platform—could be a target. Application security focuses on keeping software secure from flaws and vulnerabilities that attackers can exploit.

Why it matters: Did you know that, according to the 2024 Verizon Data Breach Investigations Report, web application attacks are now the top cause of confirmed breaches? Regular testing, secure coding practices, and timely updates are essential for maintaining the security of your apps.

3. Information Security (InfoSec)

This is the heart of what most people envision when they hear the term “cybersecurity.” Information security is all about protecting your data, whether it’s stored, transmitted, or being processed.

Why it matters: Data is valuable. Whether it’s customer info, intellectual property, or financial records, losing control of sensitive data can spell disaster. InfoSec policies encompass encryption, data classification, and access controls to ensure that only authorized personnel have access.

4. Cloud Security

Increasingly, organizations are migrating to the cloud for flexibility and cost savings. However, the cloud introduces new risks, including shared infrastructure, remote access, and third-party vendors.

Why it matters: According to IBM’s 2024 Cost of a Data Breach Report, breaches involving cloud environments cost organizations an average of $4.75 million—more than the global average. Cloud security means configuring your cloud services correctly, monitoring for threats, and ensuring compliance with industry regulations.

5. IoT Security

The “Internet of Things” (IoT) refers to all those smart devices—thermostats, sensors, security cameras, even smart coffee machines—that make work and home life more efficient. Unfortunately, these devices are often rushed to market without strong security features.

Why it matters: Hackers have exploited vulnerable IoT devices to launch massive attacks (remember the Mirai botnet?), and businesses that fail to secure their IoT devices can become easy targets. IoT security includes strong authentication, regular firmware updates, and network segmentation.

6. Identity and Access Management (IAM)

IAM is about making sure the right people have the right access at the right time—and that nobody else does.

Why it matters: Compromised credentials are one of the leading causes of breaches, according to Verizon’s 2024 report. IAM tools include multi-factor authentication (MFA), single sign-on (SSO), and regular audits of user privileges. This not only protects against outside threats but also reduces the risk of accidental or malicious insider activity.

Bringing It All Together

No single type of cybersecurity is enough on its own. The real magic happens when these measures work together—layering defenses, closing gaps, and making it much tougher for attackers to succeed.

Whether you’re a small business owner, an IT leader, or simply someone who wants to stay safe online, understanding these six pillars is the first step toward building genuine resilience in a digital world.

Want to learn more? We can help you assess your current cybersecurity posture and develop a tailored strategy—one that addresses every angle.

You may find our article on pivoting into cybersecurity interesting, or this one on what is cybersecurity by CompTIA.

#Cybersecurity #NetworkSecurity #CloudSecurity #ApplicationSecurity #IoTSecurity #InfoSec #IdentityAccessManagement #CyberAwareness #DataProtection #MSSP

Cyberbullying among teenagers is no longer a rare or isolated issue—it’s a daily reality for millions of young people. As technology evolves and teens spend more time online, the risks and impacts of cyberbullying have grown dramatically. Here’s what the latest research reveals, why it matters, and what parents can do to help.

What Is Teen Cyberbullying?

Cyberbullying is the deliberate and repeated harassment, intimidation, or harm directed at adolescents through digital platforms like social media, text messages, online games, and chat rooms. Unlike traditional bullying, cyberbullying can happen 24/7, follow teens into their homes, and reach a wide audience instantly—often with the perpetrator remaining anonymous.

Recent Statistics: The Scope of the Problem

• 26.5% of U.S. teens (aged 13–17) reported experiencing cyberbullying in the last 30 days—a steady increase from previous years.
• 46% of teens have experienced at least one type of cyberbullying in their lifetime.
• 77.5% of victims experienced mean or hurtful comments online, making this the most common form.
• 19.2% of teens missed school due to cyberbullying in 2023, nearly double the rate from 2016.
• Girls, especially those aged 15–17, are more likely to be targeted (54% vs. 44% for boys).
• LGBTQ+ students and Black teens face higher rates of targeted harassment; for example, 21% of Black teens reported being bullied due to their race.
• Cyberbullying victims are three times more likely to attempt suicide, and Black middle-school victims are 135% more likely to consider or plan suicide.

Where Is Cyberbullying Happening?

Social media is the primary battleground:

• YouTube: 79% of kids report experiencing cyberbullying
• Snapchat: 69%
• TikTok: 64%
• Facebook: 49%

Real-Life Examples

• A 15-year-old girl in California received a barrage of hurtful comments and doctored images on Instagram, leading to severe anxiety and school avoidance.
• LGBTQ+ teens frequently report being targeted with slurs and threats in group chats and on gaming platforms, sometimes resulting in self-harm or withdrawal from social activities.

Why Is Cyberbullying So Harmful?

Unlike traditional bullying, cyberbullying:

• Is relentless and inescapable, following victims home and into private spaces.
• Can go viral, amplifying humiliation.
• Often leaves a permanent digital footprint.
• Increases risk for anxiety, depression, poor academic performance, and suicidal thoughts.

How Can Teens Avoid Cyberbullying?

Practical Tips for Teens:

• Protect passwords and private information. Never share passwords, even with friends.
• Think before posting. If you wouldn’t want your family or future employer to see it, don’t post it.
• Set privacy controls. Restrict profiles to trusted friends only.
• Don’t engage with bullies. Block and report them instead.
• Log out of accounts on shared devices.
• Google yourself regularly. Remove any personal info that could be misused.
• Don’t cyberbully others. Treat people online as you would in person.

What Can Parents Do?

Open Communication and Support

• Make sure your child knows they can talk to you about anything, including upsetting online experiences.
• Listen without judgment and work together on solutions, so your child feels supported and safe.

Set Boundaries and Monitor Use

• Keep computers in shared family spaces and set limits on device use, especially after school and at bedtime.
• Use parental controls and monitoring apps responsibly, and explain to your teen why you’re using them.
• Know which apps and sites your child uses—ask them to teach you about their online world.

Create a Family Tech Agreement

• Set clear rules for online behavior and consequences for misuse.

Responding to Cyberbullying

• Save evidence (screenshots, messages) of bullying.
• Report incidents to the platform and, if necessary, to the school or even law enforcement (especially if threats are involved).
• Don’t confront the bully’s parents directly, as this can escalate the situation.
• Encourage your child not to retaliate or engage with the bully.

Final Thoughts

Cyberbullying is a growing threat to teen well-being, but with open communication, smart online habits, and proactive parenting, it can be prevented and addressed. The digital world isn’t going away, so let’s work together to make it safer for everyone.

#CyberbullyingAwareness #ParentingTeens #DigitalSafety #StopBullying #ntalHealthMatters

If you or someone you know is struggling with cyberbullying, don’t hesitate to seek help from school counselors, mental health professionals, or national helplines.

You may also find our article on deepfakes interesting, or this resource on cyber bullying.

Introduction

In today’s hyper-connected world, cyberattacks are no longer rare or reserved for big businesses—everyday people and small businesses are targets, too. Whether it’s a hacked email, suspicious network activity, or a full-blown ransomware attack, knowing what to do in those critical first moments can make all the difference. This playbook walks you through the essential steps to take when you suspect you’ve been hacked including immediate actions to long-term prevention, including who to contact and where to find trustworthy help.

1. Hacked? Immediate Actions

Why it matters:
The faster you act, the less damage a hacker can do. Immediate containment can prevent further data loss, financial theft, or spread of malware to other devices.

What to do:

• Disconnect Devices: Unplug your computer or device from Wi-Fi and power it down. This stops the hacker from maintaining access and spreading malware.
• Reset Router: Restore your router to factory settings, update its firmware, and set a new, strong password. This ensures no backdoors remain open on your home network.
• Change Passwords: Use a different, secure device to update passwords for your email, banking, social media, and any other critical accounts. Consider using a password manager for strong, unique passwords.
• Run Antivirus Scans: Use reputable antivirus tools to scan for and remove malware. Quarantine or delete any suspicious files found.

2. Hacked? Secure Your Network

Why it matters:
A secure network is your first line of defense against future attacks. Hackers often exploit weak Wi-Fi security to gain access to all connected devices.

What to do:

• Enable Encryption: Set your router to use WPA2 or WPA3 encryption—these are the most secure standards currently available.
• Disable Risky Features: Turn off WPS (Wi-Fi Protected Setup) and remote management, which are common entry points for attackers.
• Filter Devices: Enable MAC address filtering to limit which devices can connect to your Wi-Fi network.

3. Document the Incident

Why it matters:
Accurate records help authorities investigate and can be crucial for insurance or legal claims. They also help you track what happened and when.

What to do:

• Note Timeline: Write down when you first noticed suspicious activity and any actions you took.
• Save Evidence: Take screenshots of suspicious messages, pop-ups, or unauthorized transactions. Save any phishing emails or ransom notes.
• Check Accounts: Review your bank, email, and social media accounts for unauthorized activity or changes.

4. Hacked? Report to Authorities

Why it matters:
Reporting helps protect you and others, and may be required for financial or identity theft recovery. Authorities can also provide guidance and, in some cases, help recover lost assets.

Who to contact:

1. Local Police: File a report if you feel threatened, experienced theft, or need documentation for insurance.
2. FBI Internet Crime Complaint Center (IC3): Submit a cybercrime report online at ic3.gov.
3. Federal Trade Commission (FTC): Report identity theft or fraud at ReportFraud.ftc.gov.
4. CISA: For critical infrastructure or large-scale attacks, report at cisa.gov/report.
5. Workplace IT: If work devices or accounts are affected, notify your employer’s IT or security team immediately.

5. Recover & Protect

Why it matters:
After the initial crisis, it’s crucial to prevent further damage and protect yourself from future attacks.

What to do:

• Freeze Credit: Contact major credit bureaus (Equifax, Experian, TransUnion) to prevent new accounts from being opened in your name.
• Enable Multi-Factor Authentication (MFA): Add an extra layer of security to your most important accounts.
• Monitor Accounts: Set up alerts for suspicious activity on your bank, credit, and email accounts. Consider using services like Aura or your bank’s monitoring tools.

6. Prevention Tips

Why it matters:
Once you’ve recovered, staying aware and being skeptical of scams and suspicious requests and activities is key to avoiding future hacks.

What to do:

• Update Regularly: Keep your operating system, apps, and devices updated with the latest security patches.
• Avoid Phishing: Be cautious with emails, links, and attachments—verify the source before clicking.
• Use a VPN: For extra security, especially on public WiFi, use a reputable VPN service.
• Backup Data: Regularly back up important files to an external drive or secure cloud storage, so you can recover quickly if attacked again.

Resources

• CISA Cyber Incident Tips
• IdentityTheft.gov
• Microsoft Safety Scanner
• FBI Internet Crime Complaint Center (IC3)
• FTC Consumer Advice

Conclusion:
Being hacked is stressful, but acting quickly and methodically can limit the damage and help you recover faster. Keep this playbook handy, and share it with friends and family to help everyone stay safer online.

You may also find our article on avoiding Deep Fake Scams interesting or this one by the FBI on staying safe while online.

#Cybersecurity #Hacked #DataProtection #OnlineSafety #CyberAttack #InfoSec #DigitalSecurity #IncidentResponse #IdentityTheft #CyberAwareness #SecurityTips #TechSafety #DataBreach #ProtectYourData #StaySafeOnline

The Deepfake Threat: How to Safeguard Against AI-Driven Cyber Attacks

Deepfakes are synthetic media generated using advanced artificial intelligence (AI) to mimic real individuals’ faces, voices, or actions. These sophisticated tools have become a significant threat in cybersecurity, enabling scammers to bypass traditional security measures and deceive people into divulging sensitive information or transferring funds.

Risks Associated with Deepfakes

1. Financial Losses: Deepfakes can lead to substantial financial losses by impersonating executives or high-level officials, convincing employees to transfer funds to unauthorized accounts.
2. Reputational Damage: Deepfakes can be used to spread disinformation, damaging a company’s reputation and trust among customers.
3. Information Security Breaches: Deepfakes can facilitate unauthorized access to sensitive data by impersonating authorized personnel.

Recommendations to Avoid Falling Victim

Personal Precautions

1. Limit Online Footprint: Be cautious about sharing personal photos, voice clips, and other data online. Adjust social media privacy settings and consider using watermarks on photos.
2. Monitor Identity: Set up alerts for your name and image to quickly identify unauthorized use.
3. Verify Unusual Requests: If you receive an urgent request for money or information, verify the authenticity by contacting the person directly through a trusted channel7.

Business and Organizational Measures

1. Employee Education: Provide regular training on deepfakes, including detection and response strategies.
2. Advanced Security Measures: Implement multi-factor authentication, biometrics, and real-time video conferencing for verification.
3. Clear Communication Protocols: Establish protocols for verifying the authenticity of requests received via email, messaging platforms, or phone calls.
4. Keep Software Updated: Regularly update software and systems with the latest security patches to prevent exploitation of known vulnerabilities.

Technological Solutions

1. AI-Based Detection Tools: Utilize AI-powered tools to detect anomalies in audio, video, or image files that may indicate deepfakes.
2. Collaboration with Regulatory Agencies: Engage with regulatory bodies to leverage their expertise in developing effective policies against deepfakes.

By adopting these strategies, individuals and organizations can significantly reduce their vulnerability to deepfake scams and cyberattacks.

NSA, FBI, and CISA have a cybersecurity Information sheet on deepfake threats you may find interesting or our article on risk of non-human entities.

deepfake #cybersecurity #cyberthreats #infosec #artificialintelligence #scam #fraud #cybersecurityawareness #dataprotection #phishing

In today’s digital landscape, non-human identities (NHIs) have become an integral part of modern enterprise operations. From APIs and bots to service accounts and IoT devices, these digital entities are revolutionizing how businesses function. However, with this technological advancement comes a new set of cybersecurity risks that organizations must address.

The Staggering Scale of Non-Human Identities

Recent research reveals a startling statistic: non-human identities now outnumber human users by a ratio of 45 to 1 in many IT ecosystems. This exponential growth has created a vast and often overlooked attack surface for cybercriminals to exploit.

Top Threats to Non-Human Identities

The OWASP Top 10 Non-Human Identities Risks for 2025 provides a comprehensive overview of the most critical security risks associated with NHIs. Let’s examine some of these threats and compare them with other industry findings:

1. Improper Offboarding

OWASP highlights the risk of inadequately deactivating or removing NHIs when they’re no longer needed. This aligns with industry observations about the challenges of managing the lifecycle of non-human identities. Many organizations struggle with tracking and decommissioning unused service accounts, leaving potential backdoors for attackers.

2. Secret Leakage

The exposure of sensitive credentials like API keys and tokens is a significant concern. This risk is echoed in other sources, which emphasize the dangers of storing secrets in plaintext or hardcoding them into source code. Such practices can lead to unauthorized access and data breaches.

3. Overprivileged NHIs

OWASP warns against assigning excessive privileges to NHIs. This issue is widely recognized in the industry, with experts stressing the importance of implementing the principle of least privilege. Overprivileged identities, if compromised, can give attackers broad access to critical systems.

Mitigation Strategies for Businesses

To address these threats, organizations should consider the following steps:

1. Implement Robust Lifecycle Management: Automate the provisioning, rotation, and de-provisioning of NHI credentials. This helps ensure that unused or outdated identities are promptly removed, reducing the attack surface.
2. Enforce the Principle of Least Privilege: Grant NHIs only the minimum permissions necessary for their specific functions. Regularly review and adjust access rights to maintain a strong security posture.
3. Continuous Monitoring and Auditing: Implement systems for real-time monitoring of NHI activities. This allows for quick detection of anomalies and potential security breaches.
4. Secure Secrets Management: Utilize dedicated secrets management solutions to store and protect sensitive credentials. Avoid hardcoding secrets in source code or storing them in plain text.
5. Regular Security Assessments: Conduct periodic audits of your NHI landscape to identify and address potential vulnerabilities.

The Human Element in Managing Digital Identities

While technological solutions are crucial, it’s important to remember the human aspect of managing NHIs. As Mitch Greenfield from Humana points out, “The complexity grows as you manage thousands of applications and more than 100,000 entities. Without proper integration and governance, the risks multiply”.

This highlights the need for a cultural shift within organizations. Businesses must treat non-human identities with the same level of attention and security as human ones. It’s not just about implementing tools; it’s about fostering a security-conscious mindset across all levels of the organization.

Conclusion: A Call to Action

As we navigate the evolving landscape of digital identities, the management of NHIs has become a critical component of cybersecurity strategy. The risks are real and growing, but so are the solutions available to mitigate them.

By taking proactive steps to secure non-human identities, businesses can turn what could be a vulnerability into a strength. As Parham Eftekhari of CyberRisk Alliance reminds us, “Every unmanaged or under-secured identity is a potential breach waiting to happen”. The time to act is now – before these silent threats become tomorrow’s headlines.

Read more about non-human identities at Owasp and SCWorld. You may also find our article on Quantum Computing Threats interesting.

Cybersecurity #NHI #IdentityManagement #InfoSec #DigitalIdentity

In today’s competitive job market, LinkedIn has become an indispensable tool for professionals seeking new opportunities. After analyzing successful job transitions and gathering insights from hiring managers and job seekers, here are the most effective strategies to maximize your job hunt on the platform.

Optimize Your Profile

Your LinkedIn profile is your digital resume and often the first impression you make on potential employers. To stand out:

• Use a professional headshot
• Craft a compelling headline that showcases your expertise
• Write a concise but impactful summary highlighting your key skills and achievements
• List relevant work experiences with quantifiable accomplishments
• Include certifications, skills, and endorsements

Remember to incorporate industry-specific keywords throughout your profile to improve visibility to recruiters.

Leverage Your Network Strategically

Building and nurturing a robust network is critical for job hunting success on LinkedIn:

• Connect with former colleagues, classmates, and industry peers
• Identify “warm connections” who can provide introductions or insights
• Set up monthly virtual coffees with industry contacts
• Offer genuine help and insights without expecting immediate returns
• When reaching out to potential employers, ask for warm introductions from mutual connections

Remember, networking is about building relationships, not just asking for favors.

Engage with Content and Share Your Job Expertise

Establishing yourself as a thought leader in your field can attract potential employers:

• Share relevant industry articles and add your insights
• Write and publish your own articles on LinkedIn
• Comment thoughtfully on posts from industry leaders and companies
• Create short-form content about your expertise
• Participate in LinkedIn Live events and webinars

Consistent, valuable engagement increases your visibility and demonstrates your passion and expertise.

Go Beyond Traditional Job Applications

Instead of relying solely on job boards:

• Use the “Reverse Search” method: Find people who recently landed roles you want and study their career progression
• Engage with content from target companies before applying
• Join and participate in relevant LinkedIn groups
• Follow company pages of organizations you’re interested in
• Create a target list of 15-20 companies and monitor their growth indicators

Utilize LinkedIn’s Job Search Features

LinkedIn offers robust job search tools. Use them effectively:

• Set up job alerts for relevant positions
• Use the “Easy Apply” feature for quick applications
• Check the “Jobs” tab regularly for new postings
• Look at who in your network is connected to the hiring company
• Consider LinkedIn Recruiter if you’re serious about your job search

Implement Unconventional Tactics

Some successful job seekers have found success with creative approaches:

• Create a newsletter focused on your industry expertise
• Record short video takes on industry news
• Write articles analyzing your target companies’ strategies
• Host informal AMAs (Ask Me Anything) sessions in your area of expertise
• Turn on “Creator Mode” and use relevant hashtags

Maintain a Positive Attitude: Stay Persistent in Your Job Search

Job hunting can be challenging, but maintaining a positive mindset is crucial:

• Set small, achievable goals for your job search activities each week
• Celebrate small wins and acknowledge your progress
• Focus on what you can control and don’t let rejections discourage you
• Keep your network updated on your journey and learnings

Remember, finding the right opportunity takes time. As one job seeker shared, “I applied for hundreds of positions over the next month… It did pay off in the end though as I now have a job I really like doing with a really good organization”.

By implementing these strategies and leveraging the power of LinkedIn, you can significantly enhance your job search efforts. Remember, the most successful job searches aren’t about finding open positions – they’re about being found by the right opportunities. Stay persistent, engage authentically, and showcase your unique value proposition. Your next great career move may be just a connection away.

You can find other job hunting strategies at Indeed, FlexJobs, LinkedIn. Our article on staying safe using social media and protecting your privacy may also be of interest.

#JobSearch #Hiring #JobOpening #NowHiring #CareerOpportunities #OpenToWork #JobSeeker #Recruiting