Category: Safety | Internet Security

This A–Z glossary makes it easy to locate and learn about the most common online scams and cybersecurity threats.  Each entry is followed by a short and clear definition.  This list is designed to help parents, educators, and everyday internet users stay safe and informed.  To read more about each one, Google It! 🙂

A

• Ad Fraud:   Scam where fake clicks or views are generated to steal advertising money.

• Advance-Fee Scam:   Fraud promising large sums of money in return for an upfront payment.

• Adware:   Software that forces unwanted ads onto a user’s device.

• ATM Skimming:   Device placed on ATMs to steal card information and PINs.

• Account Takeover:   Criminals gain unauthorized control of an online account.

• AI-Powered Phishing:   Scams using AI to create realistic fake emails or messages.

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B

• Bait-and-Switch:   Advertising one product but delivering something inferior.

• BEC (Business Email Compromise):   Targeted scam tricking companies into transferring money.

• Bitcoin Scam:   Fraud using fake crypto investments or wallets to steal funds.

• Blackmail Scam:   Criminals threaten to release private info unless payment is made.

• Bluetooth / Smart Device Exploits:   Eavesdropping, device hacking, BlueBorne vulnerabilities.

• Botnet:   Network of infected computers controlled remotely for attacks or spam.

• Brute Force Attack:   Automated guessing of passwords until access is gained.

• Browser Hijacker:   Malicious software that redirects searches or changes homepage settings.

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C

• Catfishing:   Creating a fake online identity to deceive victims.

• Charity Scam:   Fake charities collect donations that never reach the cause.

• Click Fraud:   Bots or people click ads repeatedly to drain advertiser budgets.

• Clone Phishing:   Fake copy of a legitimate email used to trick users.

• Credential Stuffing:   Using stolen login details across multiple websites.

• Crypto Mining Malware:   Hidden software that hijacks devices to mine cryptocurrency.

• Cryptojacking:   Unauthorized use of someone’s computer to generate cryptocurrency.

• Credit Card Skimming:   Theft of card info via hidden readers at payment terminals.

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D

• Data Breach:   Unauthorized access and theft of sensitive information from a system.

• Deepfake Scam:   AI-manipulated videos or audio used to impersonate people.

• Denial-of-Service (DoS):   Attack that floods a system or website with traffic to make it unavailable.

• Disaster Relief Scam:   Fake appeals for donations after natural disasters.

• DNS Spoofing:   Redirecting internet traffic to fake websites by corrupting DNS records.

• Drive-By Download:   Malware installed automatically when visiting an infected website.

• Dumpster Diving:   Stealing sensitive data from discarded physical documents or hardware.

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E

• Eavesdropping Attack:   Unauthorized interception of private communication.

• Email Spoofing:   Forged sender address in an email to trick recipients.

• Event / Ticket Scams:   Fake ticket offers, fraudulent streaming services around events.

• Elder Fraud:   Scams that specifically target older adults.

• E-skimming:   Injecting malicious code into online stores to steal credit card details.

• Exploit Kit:   Toolkits hackers use to find and exploit system vulnerabilities.

• Extortion Scam:   Criminals demand payment by threatening harm or exposure.

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F

• Fake Antivirus Scam:   Fraudulent software that pretends to detect viruses to scare users into paying.

• Fake Job Offer Scam:   Criminals trick victims with bogus employment opportunities to steal info or money.

• Fake Tech Support Scam:   Fraudsters pose as IT staff, demanding payment to “fix” fake issues.

• Fake Shopping Website:   Fraudulent e-commerce sites that steal payment information or never deliver goods.

• Fitness App Scams:   Using of social fitness apps or trackers to gather info, build fake relationships, or push fraudulent products.

• Formjacking:   Inserting malicious code into online forms to capture user data.

• Friend Impersonation Scam:   Criminals impersonate friends on social media or email to request money.

• Fraudulent Investment Scheme:   Promises of high returns with little risk, used to steal funds.

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G

• Gambling Scam:   Fake gambling sites rigged to steal money.

• Gift Card Scam:   Criminals demand payment in gift cards to avoid traceability.

• Gig Work Scam:   Fake freelance jobs that steal work or personal info.

• Google Docs Phishing:   Fraudulent shared documents used to trick users into giving credentials.

• Grandparent Scam:   Callers impersonate grandchildren in distress to steal money.

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H

• Hacktivism:   Cyberattacks carried out to promote political or social causes.

• Honeypot Trap:   Fake system set up by hackers to lure victims.

• Hoax Email:   False messages designed to scare or mislead recipients.

• HTML Smuggling:   Hiding malware in harmless-looking web files.

• Hybrid Attack:   Mix of brute force and dictionary attacks to guess passwords.

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I

• Identity Theft:   Criminals use stolen personal data for fraud.

• Impersonation Scam:   Pretending to be someone else to commit fraud.

• Infected Attachments:   Malware spread through files attached to emails.

• Influencer Scam:   Fake social media personalities used to sell scams or steal data.

• Invoice Fraud:   Fake bills sent to trick businesses into paying.

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J

• Jailbreaking Malware:   Malicious apps disguised as jailbreaking tools.

• Job Scams:   False employment opportunities stealing personal or banking info.

• Juice Jacking:   Malware installed through public USB charging stations.

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K

• Keylogger:   Malware that records keystrokes to steal login info.

• Kidnap Scam:   Criminals falsely claim a family member is kidnapped to demand ransom.

• Knowledge-Based Authentication Exploit:   Using stolen personal info to bypass security questions.

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L

• Loan Scam:   Fake lenders offering quick loans to steal fees or data.

• Lottery Scam:   Victims told they won a lottery but must pay fees to claim.

• Love Scam:   Romance-based scam exploiting emotional relationships for money.

• Logic Bomb:   Malicious code triggered by specific conditions in a system.

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M

• Macro Virus:   Malware hidden in Office documents that executes malicious code.

• Malvertising:   Online ads used to spread malware.

• Man-in-the-Middle Attack (MITM):   Intercepting communication between two parties to steal data.

• Money Mule Scam:   Criminals recruit people to launder stolen funds.

• Mortgage Scam:   Fraud targeting homeowners with fake refinancing deals.

• Mystery Shopper Scam:   Victims paid with fake checks and asked to send back real money.

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N

• Nigerian Prince Scam:   Classic advance-fee email fraud promising wealth.

• Number Spoofing:   Faking caller ID to appear as a trusted number.

• NFT Scam:   Fraud using fake or worthless digital collectibles to trick investors.

• Non-Delivery Scam:   Buyers pay for goods or services that never arrive.

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O

• Online Dating Scam:   Fraudsters posing as romantic partners to exploit victims.

• One-Time Password Theft:   Criminals steal or intercept temporary login codes.

• Overpayment Scam:   Scammers send fake payments and demand refunds.

• Overlay Malware:   Fake login screens placed over real apps to capture credentials.

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P

• Pagejacking:   Redirecting users from real websites to fake ones.

• Password Spraying:   Trying common passwords across many accounts.

• Payment App Scams:   Fraudulent requests or spoofed payment/banking apps, including app-store impersonation.

• Payment Fraud:   Unauthorized use of payment methods to steal money.

• Peer-to-Peer Scam:   Criminals exploit direct money transfer apps.

• Pharming:   Redirecting website traffic to fraudulent sites.

• Phishing:   Fake emails or sites tricking victims into sharing data.

• Pig Butchering Scam:   Long-term romance/investment scam draining victims financially.

• Ponzi Scheme:   Fraudulent investment paying returns with new investors’ money.

• Pyramid Scheme:   Fraud relying on recruitment rather than real products.

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Q

• QR Code Scam:   Fake QR codes directing users to phishing or malware sites.

• Quishing:   Phishing via malicious QR codes.

• Quarantine Scam:   Fake health or pandemic-related fraud exploiting fear.

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R

• Ransomware:   Malware that encrypts files and demands payment for access.

• Remote Access Trojan (RAT):   Malware giving attackers full control over a device.

• Reshipping Scam:   Victims asked to forward stolen goods, becoming money mules.

• Rogue Security Software:   Fake antivirus tools that demand payment.

• Romance Scam:   Emotional manipulation to steal money under false relationship pretenses.

• Rogue Wi-Fi Hotspot:   Fake wireless networks used to intercept data.

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S

• Scareware:   Software that tricks users into thinking they’re infected, demanding money.

• SIM Swapping:   Criminals hijack phone numbers to steal accounts and 2FA codes.

• Skimming:   Hidden devices steal card data at ATMs or POS machines.

• Smishing:   Phishing attacks via SMS text messages.

• Social Engineering:   Manipulating people into revealing confidential info.

• Spear Phishing:   Highly targeted phishing aimed at specific individuals.

• Spyware:   Malware that secretly monitors user activity.

• Subscription Scam:   Hidden recurring charges after “free trials.”

• Supply Chain Attack:   Infiltrating a vendor to target its customers.

• Swatting:   False emergency calls sending police to a victim’s address.

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T

• Tech Support Scam:   Fraudsters claim to fix fake computer problems for money.

• Trojan Horse:   Malware disguised as a legitimate program.

• Typosquatting:   Registering misspelled domain names to trick users.

• Two-Factor Authentication Bypass:   Exploiting weaknesses in multi-step verification.

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U

• Unemployment Fraud:   Criminals steal benefits by filing fake claims.

• URL Phishing:   Malicious links that mimic trusted websites.

• Unauthorized Access:   Entering systems or accounts without permission.

• Unpatched Software Exploit:   Attacks exploiting outdated, unpatched programs.

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V

• Vaccine Scam:   Fraudulent health offers tied to vaccines.

• Vishing:   Voice call phishing where scammers impersonate trusted sources.

• Virus:   Malicious code that spreads across systems, often destroying data.

• Voice Cloning Scam:   AI-generated voices impersonating people for fraud.

• VPN Scams:    VPN services that steal user data.

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W

• W-2 Scam:   Criminals trick businesses into sending employee tax data.

• Wailing Attack:   Targeted phishing against top executives.

• Watering Hole Attack:   Infecting sites frequently visited by a target group.

• Web Skimming:   Stealing credit card data from e-commerce checkout pages.

• Worm:   Malware that spreads without human action, often across networks.

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X

• XSS (Cross-Site Scripting):   Injecting malicious scripts into trusted websites.

• Xerox Scam:   Fraudulent printer/copier lease schemes tricking businesses.

• XML Injection:   Malicious code inserted into XML documents to exploit apps.

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Y

• YouTube Monetization Scam:   Fake offers promising income for uploading videos.

• Youth Targeting Scam:   Fraud aimed at teenagers via gaming or social apps.

• Yield Farming Scam:   Fraudulent crypto projects promising unrealistic returns.

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Z

• Zero-Day Exploit:   Attacks using vulnerabilities before they are patched.

• Zombie Bot:   Infected computer controlled remotely for cyberattacks.

• Zoom Phishing:   Fake meeting links used to steal credentials.

• Zelle Scam:   Criminals trick users into sending money through Zelle or similar apps.

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Learn more about Scams and Cybersecurity Threats

Read about common scams to be aware of and prepare for.
Explore emerging online scams.

The top three cybersecurity concerns are AI-powered attacks, ransomware and malware, and social engineering (including phishing and deepfakes).  These three areas are not new, but have become increasingly prevalent.  Let’s dig deeper into each of these, so you can prepare and protect yourself.

Top 3 Cybersecurity Threats

Attackers increasingly use artificial intelligence to automate sophisticated intrusions, customize phishing, and exploit vulnerabilities faster than ever before.

AI also underpins deepfake technology, which can impersonate real people in video, voice, or images for fraud or trickery. It does this while working to evade detection.

How to Protect Yourself:

1. Question unexpected requests, even if convincing, such as video messages “from your boss”.

2. Verify identities through a second method.

3. Keep up with security tools that detect AI-powered threats.

2.  Ransomware and Malware

• Ransomware dominates as a top threat, with attacks becoming more frequent and sophisticated.  Critical systems and personal data are frequent targets.

• Malware threats, including “fileless” malware, increasingly evade traditional antivirus defenses, making them harder to detect and stop with standard security tools.

How to Prevent Becoming a Victim

1. Regularly back up important files to disconnected or cloud storage.

2. Always update software and devices, such as Windows.

3. Use security software and set up automatic scans.

3.  Social Engineering and Phishing

• Traditional phishing – which is fraudulent messages or websites – and advanced business email compromise schemes seek to trick users into revealing sensitive data or sending money.

• Deepfakes and personalized attacks driven by AI make social engineering more convincing. It’s vital to teach vulnerable age groups the warning signs to watch for.

Best Steps to Take

1. Never click suspicious links or attachments; confirm unusual requests via alternate channels.

2. Be wary of urgent, emotional, or authoritative demands — classic signs of scams.

3. Engage in regular security awareness training to spot common tricks.

The Basics in Personal Cybersecurity

Use strong, unique passwords for every service, consider adding passphrases, and enable multi-factor authentication.

Stay informed through official advisories and maintain a skeptical, security-first mindset in all your digital communications.

Educate household members or employees on best practices, and consider simulated phishing exercises to improve awareness.

Parents once imagined a future where they’d be begging their children to put their phones down. That future arrived, but it’s taken an unexpected twist: many kids are doing it themselves.

Without stern lectures or confiscated devices, young people are choosing to unplug, limit screen time, and even challenge each other to go offline. The shift is subtle but powerful, signaling a generational rethinking of digital life. Why are kids rewriting the rules of phone use, and what does it mean for the rest of us?

From Fear of Missing Out to Fear of Burnout

For years, the dominant force driving phone use among kids was FOMO—the fear of missing out. Social media made every moment look like a party, every notification like an urgent call. Now the pendulum has swung. Instead of fearing disconnection, many teens fear the consequences of constant connection. Burnout, anxiety, sleepless nights, and endless comparison cycles have turned the phone from a shiny toy into a mental health hazard.

What’s striking is that this realization isn’t coming from adult warnings or public service announcements. Kids are noticing it in their own lives and they’re acting as the flagger for their own digital activities. They feel the brain fog after hours of TikTok, the drained energy after scrolling Instagram feeds, the pressure of maintaining streaks in messaging apps.

They’re connecting those dots themselves. Once FOMO dominated, now JOMO, the joy of missing out, is quietly spreading. Choosing to silence notifications or delete apps feels less like deprivation and more like relief. The fear of burnout is replacing the fear of exclusion, and it’s giving kids the motivation to regulate their own habits.

Peer Status and the Rise of Digital Boundaries

Peer culture has always been the strongest regulator of youth behavior. Smoking, fashion, music, slang—each wave of teen identity has been shaped by what their friends endorsed or rejected.

Phones are no different, except this time the trend is shifting towards reducing use. It’s increasingly a marker of status to not be chained to your device. Being the one at the table who can ignore pings or leave their phone face down earns respect. Ironically, independence from technology has become a kind of social capital.

Kids encourage each other to take “phone-free hours” during study sessions or dinners. They swap stories about deleting certain apps, experimenting with minimalist phones, or using flip phones for a week. Far from being mocked, these choices are admired.

The culture of bragging about screen time used to mean showing how much you were online. Now it’s flipped, with activities like comparing who stayed off of Instagram the longest being the new contest. That shift in peer validation is critical because it ensures self-regulation isn’t just an individual choice but a socially supported movement.

Tech Tools Turned Into Weapons of Control

Irony runs deep in this story: the very devices that once hooked kids are now offering them ways to resist. Screen time dashboards, focus modes, app timers, and sleep schedules weren’t necessarily designed for teenagers, but they’re being co-opted by them.

Instead of parents forcing restrictions and parental controls, kids are experimenting with these tools themselves, almost like gamers testing hacks. They check daily usage stats and challenge friends to cut them down. They set “downtime” to auto-lock apps at night, so temptation is out of reach.

This use of tech tools reveals something important: self-regulation isn’t about abandoning devices but mastering them. Rather than passively accepting whatever a phone serves up, kids are flipping the script.

They’re treating the phone as a system to be hacked, optimized, and controlled. The phone becomes less a master and more a tool again—something that serves their priorities rather than consuming them. That reversal might be one of the most hopeful signs that this generation could redefine digital habits, even more effectively than conventional phone bans.

Mental Health as the Core Motivator

The strongest current beneath this shift is mental health. Today’s kids are growing up in a culture where anxiety, stress, and depression are openly discussed. Social media and endless phone use are often framed as contributing factors, and kids themselves see the evidence.

They talk about how they sleep better when they put phones away, how their concentration sharpens when TikTok is deleted, how their moods improve when they stop chasing likes. It’s not abstract—it’s felt in their daily lives.

Many of them discover through trial and error that life feels calmer without constant digital noise. What begins as a one-day detox often becomes a habit because the benefits are immediate.

Less scrolling before bed leads to better rest; fewer notifications means more presence with friends; ditching comparison-heavy feeds reduces pressure. Self-regulation becomes less about discipline and more about self-preservation. Protecting their mental health is not something they need adults to nag them about—it’s a lived truth they can’t ignore.

Parents’ Role in Supporting, Not Policing

While it’s tempting for parents to celebrate this trend and back away, guidance still matters. Self-regulation doesn’t grow in a vacuum. Kids are more likely to succeed when families support the effort, not with punishment but with partnership.

Parents modeling balanced use—putting phones down at dinner, resisting the urge to check work emails constantly—reinforces what kids are already trying to do. Conversations shift from “Put that down” to “How did it feel when you unplugged last night?” This collaborative approach makes digital balance a shared family value.

Still, not all kids will embrace self-regulation naturally. Some will continue to struggle with social pressures that make it harder to disconnect.

Here, gentle nudges can help, encouraging them to notice the benefits, helping them set up focus modes, or even co-creating phone-free times as a household.

The line between support and control matters. Kids thrive when they feel autonomy, not surveillance. Parents can amplify the positive trend by respecting children’s choices while offering the scaffolding that keeps the balance sustainable.

Conclusion

Nobody predicted kids would take the lead in unplugging. Yet here we are, watching teenagers explain to each other—and to their parents—why it feels good to disconnect. This isn’t about rejecting technology outright but redefining its role. Kids are proving that regulation doesn’t need to come from rules; it can come from awareness, peer support, and a desire for healthier minds.

Adults may have spent years worrying about screen addiction, but the younger generation is showing a different path: one of balance, intention, and autonomy. Perhaps the most surprising lesson is that parents don’t just have something to teach their kids about phones. They also have something to learn.

About the Author:
Ryan Harris is a copywriter focused on eLearning and the digital transitions going on in the education realm. Before turning to writing full time, Ryan worked for five years as a teacher in Tulsa and then spent six years overseeing product development at many successful Edtech companies, including 2U, EPAM, and NovoEd.

As a parent, you vigilantly watch your child at the pool. But what happens at the beach, lake, or river? The rules change dramatically outside the controlled pool environment, where currents, waves, and unexpected drop-offs can make the water far more dangerous than it looks.

For children ages 1 to 4, drowning is the leading cause of death in the United States. This risk underscores that the skills learned in a formal setting are a primary defense.

This knowledge is vital.

Professional instruction provides a foundation that protects children everywhere. It’s about more than strokes; it’s about survival competence in unpredictable situations. This preparation supports safe aquatic experiences in any setting.

The Unpredictable World of Open Water

A swimming pool is a controlled, predictable environment. The water is clear, the depth is marked, and the edges are defined. Open water, by contrast, is full of variables that can challenge even a strong swimmer.

Oceans introduce powerful forces like waves, rip currents, and undertows. A child can be knocked off their feet by a wave or pulled rapidly away from shore by a current they cannot see, a danger highlighted by the National Oceanic and Atmospheric Administration. The power of the ocean is relentless.

Lakes and Ponds often have limited visibility, hiding hazards like submerged logs, rocks, or sudden drop-offs. Water temperatures can be deceptively cold, leading to muscle cramps or cold water shock.

Rivers and Streams add the element of moving current, which can sweep a child downstream. They may also have obstacles like branches, rocks, and uneven, slippery bottoms that make entering and exiting the water hazardous.

Understanding these risks is a first step. The next is proactive preparation. This isn’t about instilling fear, but about building competence. The controlled environment of a swimming pool is the right classroom for these lessons.

This is the core philosophy behind professional swim classes, such as those focused on building a fundamental water safety toolkit from the very first lesson. A quality program is built to do more than teach a child how to cross a pool; it’s about establishing competencies that last a lifetime. For instance, at our local swim school, certified instructors focus on real-world applications—practicing floating to conserve energy, learning to navigate without a clear line on the bottom, and knowing how to stay calm if a situation feels unfamiliar. As outlined by the American Red Cross, comprehensive lessons include these critical skills for various environments. This training provides the muscle memory and mental confidence that translates from the pool to any body of water.

For parents, enrolling in structured instruction is a strong strategy for ensuring your child doesn’t just know how to swim, but knows how to be safe. This foundational knowledge is a powerful layer of protection for a lifetime of aquatic enjoyment.

Infographic:

Skills Learned in Class That Apply Everywhere

So, what specific competencies from professional lessons become important tools in open water?

1. Breath Control and Recovery
   A sudden wave at the beach or an unexpected submersion in a lake can be alarming. Professional lessons teach children how to hold their breath, control their exhalation, and recover to the surface without panicking. This skill is a first defense against inhaling water.

2. Floating and Treading Water
   Exhaustion is a major cause of drowning in open water. The ability to roll onto their back and float or efficiently tread water allows a child to rest, conserve energy, call for help, and formulate a plan to get to safety. This is one of the most important skills for drowning prevention.

3. Swimming in a Straight Line
   In a pool, a black line on the bottom provides guidance. In open water, there are no such markers. Lessons teach children to lift their heads to sight a landmark (like the shore) while maintaining an efficient stroke. This prevents them from swimming in circles and wasting energy when trying to return to safety.

4. Safe Entries and Exits
   Jumping into a pool from the side is straightforward. Entering a lake from a slippery dock or a rocky beach is not. Quality instruction includes practicing cautious entries and exits, teaching children to always check depth and look for obstacles before getting in or out of any body of water.

5. Recognizing and Responding to Hazards
   A core component of water safety is education. Good instructors teach students to identify potential dangers, such as avoiding areas where waves are breaking. They learn to understand what different currents might look like and know to get out of the water at the first sign of changing weather.

Confidence: The Invisible Life Jacket

A valuable gift from formal lessons is confidence. Panic is the enemy in any emergency. A child who has been trained to handle unexpected situations in a controlled setting is far less likely to panic in a real-world scenario. This practiced calm allows them to recall their training and use the skills that will keep them safe.

Addressing Common Parental Concerns

• “My child is a good pool swimmer. Isn’t that enough?”
  Pool swimming is a strong foundation, but it’s not complete preparation. Open water requires additional skills like environmental awareness, energy conservation, and dealing with currents. Professional lessons bridge this gap.

• “We always use life jackets on the boat.”
  Life jackets are absolutely necessary for boating. However, accidents can happen in the moments a jacket isn’t on. In these scenarios, innate water safety skills are what protect your child.

• “I’m always right there watching them.”
  Parental supervision is a critical safety layer. A moment of distraction is all it takes. A child who is equipped with skills and confidence has a layer of protection from within.

Building a Foundation for Safety

The goal is not to avoid water, but to empower your child to enjoy it respectfully and safely. The ocean, lakes, and rivers offer family fun and connection with nature. By investing in professional instruction, you are providing them with an important life skill. This is a core part of drowning prevention strategies from the Centers for Disease Control and Prevention, which underscores the value of formal swimming lessons as a protective measure.

You are building their confidence from the inside out, ensuring that wherever their adventures take them, they carry the knowledge and ability to assess risks, respect the water, and protect themselves. This peace of mind is a significant reward for any parent.