Quantum Computing Is Cybercrimes’ New Best Friend: How to Proactively Defend Your Organization

Quantum computing is like an army of super librarians—capable of reading millions of books at once thanks to a mind-bending property called superposition. But when you add quantum entanglement—where one librarian in Seattle instantly knows what her counterpart in Shanghai is thinking—you get a technology that will transform everything.

From optimizing supply chains to revolutionizing AI and medical diagnostics, quantum computing is poised to change the world. It can even create unbreakable cryptographic passcodes—but here’s the catch: only for those who can afford it.

The Quantum Divide: Who Gets the Power?

For the foreseeable future, quantum computing will be a luxury of the wealthiest nations and corporations. That means nation-state hackers—like those backed by Russia and China—will get their hands on quantum tech long before most businesses and individuals do.

And that’s where things get scary.

Quantum computers can obliterate today’s encryption methods. The security systems we rely on—passwords, encrypted files, and digital signatures—are like fragile locks and alarms in the face of this new power. Quantum-enabled hackers could crack stolen passwords in seconds or unlock encrypted data they stole years ago.

Imagine a future where every financial website, every sensitive government document, and every personal message could be decrypted effortlessly.

We Can’t Afford to Play Catch-Up

If history has taught us anything, it’s that most organizations only invest in cybersecurity after an attack. But this time, we cannot afford to be reactive. The only way to stay ahead is to fund defensive research now—before quantum hackers start their assault.

Post-quantum encryption is already being developed, but it won’t matter unless organizations start adopting it before the quantum revolution takes hold.

The quantum leap is coming. Are we ready?

Now is the time to educate ourselves, rethink cybersecurity strategies, and redirect budgets toward post-quantum tools that won’t be obsolete in just a few years. This isn’t about hype—it’s about survival in a rapidly changing digital battlefield.

For an introduction to Quantum Computing and why we need to prepare for it now, CLICK HERE. 

Deconstructing DeepSeek: AI, Censorship, and State Control

In recent weeks, the launch of DeepSeek—a new AI chatbot developed in China—has sparked concerns about its potential role in spreading state-backed disinformation. While it’s marketed as a tool for curiosity and assistance, a closer look suggests it may be more aligned with the Chinese Communist Party’s (CCP) official narrative than users might expect.

Unpacking DeepSeek’s Responses

Researchers analyzing DeepSeek have found that it frequently echoes CCP propaganda. Here are just a few documented examples:

  1. Twisting Quotes: DeepSeek reportedly misrepresented statements made by former U.S. President Jimmy Carter, making them appear more favorable to China’s stance on Taiwan.
  2. Selective Praise: When asked about Xinjiang’s policies, the chatbot claimed they have received “widespread recognition”—a stark contrast to reports from international human rights organizations detailing serious abuses.
  3. Dodging Sensitive Topics: Ask DeepSeek about Xi Jinping or major historical events like the Tiananmen Square protests, and it evades the question faster than a cat avoiding a bath.

Like OpenAI’s ChatGPT, DeepSeek relies on large language models to generate responses. However, unlike its counterparts, this AI seems to be following a playbook designed to reinforce CCP-approved narratives rather than provide an objective perspective.

Why This Matters

As more people rely on AI for information, it’s crucial to recognize the biases baked into these tools—especially when they’re backed by governments with strong authoritarian leanings. If AI is being used as a mechanism for state control, it raises serious ethical and societal concerns.

How to Stay One Step Ahead

If you’re using AI chatbots like DeepSeek, here are some ways to safeguard yourself against potential misinformation:

  • Fact-Check Everything: Don’t take chatbot responses at face value. Cross-reference claims with reputable sources.
  • Spot the Red Flags: If an AI avoids answering certain questions or downplays controversial topics, that’s a strong indication of censorship.
  • Think Critically: Approach AI-generated content with a healthy dose of skepticism. Just because it sounds polished doesn’t mean it’s true.

By staying vigilant, you can better navigate the intersection of AI and state-controlled narratives—ensuring you’re informed rather than manipulated.

Need to educate your team on the latest AI-related vulnerabilities? Let’s talk: https://sileo.com/contact-us/

The Largest Hack in American Telecom History: What You Need to Know

We’ve just witnessed the largest hack of American telecom companies in history. If you’re a customer of Verizon, AT&T, T-Mobile, or any other major provider, your personal data may have been exposed. Hackers can intercept your texts, record your phone calls, and potentially steal sensitive information. The FBI has even issued an emergency alert in response to this unprecedented breach.

The culprit? A group known as Salt Typhoon, backed by the Chinese Ministry of State Security. These hackers managed to infiltrate the backbone of America’s telecom infrastructure, making this the worst infrastructure intrusion ever. Alarmingly, this breach went undetected for years. American telecom companies were unaware of the lurking danger until Microsoft first uncovered the intrusion.

A Scary New Reality

Here’s where it gets even more concerning:

  • Salt Typhoon gained access to lawful wiretap systems used by the U.S. government.
  • They can see which phone numbers are being tapped and identify Chinese spies under surveillance.
  • They know which spies aren’t being watched, giving them a critical intelligence advantage.

For individuals, the implications are equally alarming:

  • Unencrypted texts and calls can be intercepted.
  • Plain-text messages, like those sent via SMS between iPhones and Android devices, are particularly vulnerable.
  • Hackers can intercept unencrypted two-factor authentication (2FA) codes, compromising account security.

The Organizational Impact

For organizations, the problem lies in the telecom infrastructure itself:

  • Many systems were built decades ago, long before cyberattacks became a widespread threat.
  • These outdated systems remain deeply embedded in modern telecom networks, making them prime targets for intrusion.
  • Once inside, hackers like Salt Typhoon can exploit master passwords to navigate systems undetected.

How to Protect Yourself

To safeguard your communications, consider these steps:

  • Switch to apps with end-to-end encryption, such as Signal, WhatsApp, and FaceTime.
  • Use Apple Messages for encrypted conversations if communicating between two Apple devices.
  • Avoid sharing sensitive information over unencrypted calls or texts.

Before sharing sensitive information over a call or text, think twice. Use encrypted communication tools to protect your privacy and secure your data in this new era of heightened cyber threats.

In today’s rapidly evolving threat landscape, staying ahead of cybercriminals is no longer optional—it’s essential. Equip your team with the skills and knowledge they need to defend against increasingly sophisticated attacks. Let’s collaborate on a dynamic presentation tailored to empower your organization with actionable strategies to outsmart even the most intelligent cybercriminals. Reach out today to strengthen your first line of defense!

 

Quantum Computing: Attack of the Super-Librarians

Quantum computing isn’t just faster; it’s a fundamental shift in how we process and solve problems. If you’ve ever struggled to wrap your head around what makes this technology so groundbreaking, let’s break it down with a metaphor. Because who doesn’t love a good metaphor?

Traditional Computing: The Book-by-Book Hunt

Picture yourself in a massive library filled with millions of books. Your mission: find a specific quote hidden in one of them.

Here’s how a traditional computer approaches this task:

  • Pulls one book off the shelf at a time.
  • Flips through every single page.
  • Moves on to the next book if it doesn’t find the quote.

The result?

  • A slow, linear process.
  • Time-consuming and frustrating.
  • If you’re like most people, you’d probably give up and Google it—which is still just a traditional search.

Quantum Computing: The Super-Librarian Squad

Now, imagine you’ve got a squad of magical librarians. These wizards don’t play by the same rules:

  • They spread out across the library.
  • Open every single book simultaneously.
  • Hand you the exact quote in seconds, bookmarked and highlighted.

The result?

  • Instantaneous answers.
  • Efficiency on a whole new level.

This is the magic of quantum computing. Instead of relying on traditional binary bits (0s and 1s), it uses qubits, which can represent both 0 and 1 at the same time.

The Power of Superposition

Superposition is what makes quantum computing so revolutionary. Imagine a spinning coin: While it’s spinning, it’s both heads and tails. Qubits, like that coin, explore multiple possibilities simultaneously, solving problems in ways classical computers simply can’t. By working in parallel, quantum computers can perform calculations at speeds that make traditional computing look like snail mail.

Why Should You Care?

Quantum computing isn’t just about speed—it’s about unlocking the impossible. Imagine having the power to:

  • Conduct trillions of searches or calculations at the same time.
  • Solve complex problems that are currently out of reach.
  • Optimize operations faster and more efficiently than ever.

But with great power comes great responsibility. Cybercriminals are already eyeing quantum computing as a way to break encryption and exploit vulnerabilities. Businesses need to act now to stay ahead.

How to Prepare for the Quantum Era

Organizations that educate themselves on quantum computing today will have the tools to:

  • Defend against quantum-enabled cyber threats.
  • Leverage quantum technology to innovate and stay competitive.
  • Future-proof their operations in an evolving digital landscape.

Quantum computing is like your personal squad of super-librarians, ready to tackle problems and find solutions at unimaginable speeds. The question is: Will they be working for you—or against you?

Let’s talk about how to make quantum work for your team. Contact us to explore in-person and virtual options tailored to your needs!

Is That QR Code Safe? What You Need to Know About the Cyberthreat Quishing

 

In our fast-paced, tech-driven world, QR codes have become second nature. We scan them to check out restaurant menus, access Wi-Fi networks, or join virtual events. But beneath their convenience lies a potential cyber threat that’s catching many off guard: Quishing.

Quishing—short for QR code phishing—is a sneaky variant of the classic phishing scam. Picture this: you’re at a cozy café, scanning a QR code to browse the menu. It feels harmless, even mundane. But hidden within that innocent-looking grid could be a link to a malicious website, ready to steal your personal information or unleash malware onto your device.

How Quishing Works

Cybercriminals embed harmful links into QR codes and strategically place them in unsuspecting locations:

  • Public bulletin boards
  • Flyers
  • Transport hubs
  • Online ads
  • Even restaurant tables

These codes often redirect you to phishing sites that mimic legitimate websites. Once you’re there, you might unknowingly hand over sensitive information like passwords, credit card details, or even trigger malware downloads.

Spotting Suspicious QR Codes

Knowing how to recognize potential threats is key to staying safe. Watch out for these red flags:

  1. Unknown Origin: If a QR code appears in an unexpected location or looks unprofessional, think twice before scanning it.
  2. Too-Good-To-Be-True Offers: Scammers often lure victims with promises of amazing deals or exclusive gifts.
  3. Requests for Personal Information: If a scanned code leads you to a page asking for sensitive details right away, it’s a major red flag.

Protect Yourself from Quishing

A few proactive measures can go a long way in keeping you safe:

  1. Verify the Source: Only scan QR codes from trusted entities, such as well-known brands or official communications.
  2. Use Secure QR Scanners: Many modern smartphones come with built-in security features to detect malicious links. Take advantage of these tools.
  3. Close Suspicious Websites: If a scanned QR code leads to a dubious website, close it immediately. Avoid clicking on any links.
  4. Keep Software Updated: Regularly update your device’s operating system and apps to ensure they’re equipped with the latest security patches.

Real-World Quishing Scams

Quishing isn’t just theoretical—it’s happening now. Here are two notable examples:

  • Public Transport Scam: In one major city, scammers replaced QR codes on transport kiosks with their own malicious codes. Commuters who scanned them were directed to phishing sites that stole credit card information.
  • Concert Fraud: Fake posters for a popular concert included QR codes leading fans to a bogus ticketing site. Attendees paid for tickets that never arrived, losing both money and trust.

Stay One Step Ahead

In this digital age, vigilance is your best defense. If a QR code seems suspicious or makes you hesitate, trust your gut. By learning to spot the signs of quishing and practicing safe scanning habits, you can outsmart cybercriminals and keep your personal information secure.

So the next time you’re tempted to scan a QR code, ask yourself: Is it worth the risk? A little caution today can save you a world of trouble tomorrow.

PS: In addition to freely scanning any QR code that pops up, make sure you’re not committing these Bad Cybersecurity Habits:  https://sileo.com/bad-cybersecurity-habits/.

Why Passkeys are Much Safer than Passwords


Passkeys: A Better Way to Log In (Without the Password Headache)

Passkeys sound like one more tech buzzword you’re supposed to nod at in meetings. But the idea is simple:

A passkey lets you log in using something you already do every day—Face ID, a fingerprint, or a device PIN—instead of typing a password.

No guessing. No “Forgot password?” No sticky notes. And most importantly: it blocks the most common ways people get hacked.


What a Passkey Actually Is (in Plain English)

Think of a passkey like a digital “handshake” between:

  • The website/app you’re logging into, and
  • Your device (your phone, tablet, or laptop)

Your device holds the “secret proof” that it’s you. The website keeps only a matching “public” piece that can’t be used to log in by itself.

Key point: the secret proof stays on your device. It never gets typed, shared, emailed, or stored on a server as a password.

And you unlock it the same way you unlock your phone: face, fingerprint, or PIN.


Why Passkeys Beat Passwords

1) Phishing-proof by design

Phishing scams work because they trick you into typing your password into a fake page.

Passkeys shut that down because:

  • You don’t type anything
  • Your device only offers a passkey on the real site/app it was created for
  • A fake login page can’t “steal” what you never enter

2) Data-breach resistant

When a company gets breached, stolen password databases get sold and reused everywhere.

With passkeys:

  • The site stores only the “public” half
  • Hackers can’t turn that into a login
  • Your “private” half never leaves your device

So the typical “Your password was exposed” nightmare mostly disappears.

3) Breaks bad password habits automatically

Humans reuse passwords. Humans pick easy passwords. Humans forget passwords.

Passkeys fix that by default:

  • Each passkey is unique to that one site
  • There’s no temptation to reuse anything
  • There’s nothing to remember

4) Convenient and secure

Passkeys give you strong protection without extra steps:

  • No memorizing “Th!s1sMyP@ssw0rd!”
  • No juggling 2FA codes every time
  • Just Face ID / fingerprint / PIN and you’re in

Do Passkeys Work Everywhere?

They’re already supported across:

  • iOS, Android, Windows, macOS
  • Every major browser

And they can sync across devices through:

  • Apple (Passwords / iCloud Keychain)
  • Google Password Manager
  • Microsoft accounts
  • Password managers like 1Password (and others)

So once you set them up, they tend to “just work” across your devices.


Which Accounts Should You Switch to Passkeys First?

If you do nothing else, start with the accounts that let someone move money or reset your digital life.

Upgrade to passkeys first (highest risk)

  • Banking apps & credit unions
  • Investment/retirement accounts (brokerage, trading apps)
  • Payment apps (anything that sends money)
  • Crypto exchanges / wallets (if you use them)
  • Password manager vault (if it supports passkey login)

Next: the “keys to your kingdom”

Then: your personal data vaults

  • Cloud storage (Google Drive, OneDrive, iCloud)
  • Photo libraries & backups
  • Tax / health portals (where available)

Finally: the security tools that protect everything else

  • VPN account
  • Identity monitoring service
  • Security/antivirus accounts

How to Start Using Passkeys (Quick Setup)

  1. Open the app or website you want to upgrade
  2. Go to Settings → Security / Sign-in
  3. Look for terms like:
    • Passkey
    • Passkeys & security keys
    • Device-based sign-in
    • Security key / FIDO
  4. Follow the prompts and approve with Face ID / fingerprint / PIN

Not every service supports passkeys yet—but enough do that you can make meaningful progress quickly.


One Smart Reminder

Passkeys are strongest when your device is secure.

So do the basics:

  • Use a screen lock that has a backup password of 13+ alpha-numeric characters
  • Keep your phone/laptop updated
  • Don’t leave devices unlocked in public places; physical security is digital security

Bottom line

Passwords are a 1999 solution to a 2026 problem.

Passkeys are a simple “yes” because they:

  • block phishing
  • reduce breach panic
  • remove password chaos
  • make your life easier

I’ve already encouraged my own family to use them for the accounts that matter most—money, email, and primary identity logins—because those are the accounts criminals want first.

One Smartphone Security Tool You Might Be Missing

You’re already aware that credit card payments are safer than debit cards and checks, right? If someone spends fraudulently on your card, you call the credit card company and POOF! they make it disappear. But if you’re ready to elevate your security game even further, it’s time to tuck away that plastic card and start paying with your smartphone. Why, you ask? Because smartphone payments work a bit like Harry Potter’s invisibility cloak, effectively masking your identity from a horcrux full of hackers. (Side note: You might need to read all seven Harry Potter books to fully appreciate this metaphor.)

Let’s dive into the magical world of mobile payments, starting with Apple Pay for the iPhone users frequenting places like Honeydukes to grab some Pixie Puffs.

Setting Up Apple Pay on Your iPhone (Full Apple Instructions Here):

  1. Open Wallet App: On your iPhone, open the Wallet app. If you don’t have it on your home screen, you can find it by swiping down and using the search feature.
  2. Add a Card: Tap the plus sign to add a new card. You can either scan your credit card with the camera or enter the details manually.
  3. Verify Your Card: Depending on your bank, you might need to verify your card via a text message, email, or a call to your bank.
  4. Secure It: Once added, your card is secured with Face ID, Touch ID, or a passcode. Unlike a physical credit card, this digital lock must be unlocked to access and use your card.
  5. Ready to Pay: At the register, double-click the home button or side button to bring up your Wallet, authenticate, and then hold your phone near the payment terminal.

When you tap to pay at Honeydukes, Apple Pay doesn’t just send your actual credit card number across the ether. Instead, it conjures up an encrypted virtual account number that cloaks your real one, keeping your private payment details hidden from the prying eyes of dark wizards—aka hackers. Plus, your information is never transmitted or stored on the retailer’s servers, fortifying your defenses against breaches.

Like its Apple counterpart, Google Pay also provides an excellent defense against the dark arts of the digital world. Before approving the payment, your bank or card issuer verifies the dynamic security code—unique to your device—to make sure it’s you who’s casting the spending spell.

Setting Up Google Pay on Android Phones (Full Google Instructions Here):

  1. Download Google Pay: Ensure that Google Pay is installed on your Android device. You can download it from the Google Play Store if it’s not already installed.
  2. Open Google Pay & Add a Card: Launch Google Pay and tap on “Payment” at the bottom, then tap the “+” sign to add a credit or debit card.
  3. Verify Your Card: As with Apple Pay, you may need to verify your card through your bank with an SMS, email, or phone call.
  4. Secure Your App: Set up a screen lock if you haven’t already. Google Pay requires this as an extra layer of security.
  5. Make a Payment: Wake up your phone and hold it near the payment terminal until you see a check mark indicating that your payment was successful.

Setting up digital payments might feel like preparing for a trip to Diagon Alley, but it’s worth it. Paying with your phone is not just fast and secure—it’s also, let’s face it, pretty darn magical. Whether you’re wielding an iPhone or an Android, your smartphone is now the most enchanted item in your pocket, shielding you from the dark forces lurking in the shadows of digital transactions.

Does your organization need to up-level your Smartphone and overall online security? Reach out to explore in-person or virtual keynotes that are fun, informative and necessary in our digital world where things change in the blink of an eye. 

Did You Hire a Hacker? The Latest Cyberattack Starts Inside Your Organization

If you’re as chronologically mature as I am, you already know the take-your-breath-away punchline to the 1979 horror film “When a Stranger Calls”. For cinephile newbies, let me set the scene.

This cult thriller follows Jill Johnson, a young woman being terrorized by a psychopathic killer… while BABYSITTING. The stalker’s torture of choice is to ring Jill repeatedly on a phone, that still had a cord, and whisper odd things “Have you checked the children.” I don’t even have children, and that scares the babysitters out of me. Oh, I do have children. Clearly, mom and dad didn’t prep her for this date-night disaster.

After a mind-numbing series of creeper calls and ominous music, Jill wisely barricades herself inside the Mendrokus home with a series of locks, deadbolts and sliding security chains reminiscent of your favorite Howard Johnson. She dims the lights, pulls the drapes and calls the police to have them track the source of the call. She is one aware au pair!

Fast forward to the final phone call of that fateful night, which happens to be from the policeman who’s been tracing the killer’s calls. The call is coming from inside the house. Mr. 1970s psycho-killer (qu’est-ce que c’est) is already in the house, and Jill and the tater tots are just, shall we say, DYING to get out. For you chronological newborns, the more recent thriller Scream paid homage to this cult favorite, as did Rick and Morty.

And you ask, what, pray tell, does this have to do with the latest and greatest cyber threats that seek to separate me from my profits and reputation? I’ll tell you, but in my serious voice.

The coming attraction in the world of cyber horror happens to be hackers and corporate spies gaining INSIDER access to the confidential systems of unprepared organizations. Insider theft is the hacker’s way of adapting to the technological barricades we have put in front of our critical data. If they can’t get around it, they find a way to get invited in to babysit. In other words, when it comes to ransomware attacks and hacking, deepfakes and intellectual espionage, the call is coming from inside your house.

Here’s how the inside job often works. Most businesses are STARVED for cybersecurity staff, because we have a worldwide shortage of qualified candidates. Hackers funded by rogue nations seek to fill that void. Due to the remote nature of cyber work, the ease of masking one’s worldly whereabouts, and a skillset honed while hacking US businesses, it’s easy for North Korean, Chinese, and Russian hackers to get legitimate jobs INSIDE US businesses. And once they’re in a trusted position, they have unfettered access to all your data, because you willingly gave them the keys to the house when you hired them to babysit your security.

Those of you who’ve been in one of my keynotes know that I use blockbuster movies and the formula they follow as a framework for how to repel the latest cyberattacks. Which means that you already know the answer to the quiz: your HEROES, your people, are the ONLY thing standing between you and successful insider theft.

The solution, of course, is to effectively train your people to pause and verify before they hand over the keys. And by effectively, I mean that you must make security awareness training entertaining and relatable so that they remember what you taught them after the movie is over. You need to let them know how artificial intelligence has raised the Hacker’s game and how to combat it and you need to make it personal. And that’s my specialty. I hope you’ll ring me for a keynote to update your organization on the latest threats so that you don’t become the next Blockbuster horror flick. I’ll deliver a keynote presentation your people won’t forget.

John Sileo is a cybersecurity author, expert and keynote speaker fascinated by how A.I. accelerates everything, including crime. His clients range from the Pentagon to Amazon, small businesses to large associations. John has been featured on 60 Minutes, Fox & Friends and even cooking meatballs with Rachel Ray. His latest keynote speech is Savvy Cybersecurity in a World of Weaponized A.I. Contact Us or call for details: 303.777.3221.

Cybersecurity Alert: UnitedHealth’s Billion Dollar Data Breach

One in three Americans recently had their healthcare data hacked from UnitedHealth – TWICE. The stolen data likely includes medical and dental records, insurance details, Social Security numbers, email addresses and patient payment information.

UnitedHealth Group’s subsidiary, Change Healthcare (which processes an estimated 50% of all health insurance transactions in the U.S.), fell victim to a ransomware attack that thrust the U.S. healthcare system into chaos as pharmacies, doctor’s offices, hospitals and other medical facilities were forced to move some operations to pen and paper.

Behind the scenes, UnitedHealth Group chose to pay the BlackCat ransomware gang (aka ALPHV) an estimated $22 million in blackmail ransom to restore system functionality and minimize any further leakage of patient data.

Problem (expensively) solved, right? Not even close. After UnitedHealth paid the initial ransom, the company (or quite possibly BlackCat itself being hacked by hackers) reportedly experienced a second attack at the hands of RansomHub, which allegedly stole 4TB of related information, including financial data and healthcare data on active-duty U.S. military personnel.

To take the breach and ransom to an entirely new level, RansomHub is now blackmailing individual companies who have worked with Change Healthcare to keep their portion of the breached data from being exposed publicly. For many small providers, the ransom is far beyond what they can afford, threatening the viability of their business. Some of the larger individual providers being blackmailed are CVS Caremark, MetLife, Davis Vision, Health Net, and Teachers Health Trust.

As of today, even with millions of dollars collected by the hackers, all systems are not up and running.

There are three critical business lessons to take from the UnitedHealth breach:

  1. Ransom payments do not equal the cost of breach. The ransom amount companies pay is a fraction of the total cost of breach. In UnitedHealth’s case, they paid a first ransom of $22 million, but only months into the breach have reported more than $872 million in losses. Operational downtime, stock depreciation, reputational damage, systems disinfection, customer identity monitoring, class action lawsuits, and legal fees will move the needle well beyond $1 billion within the fiscal quarter. Risk instruments like cyber liability insurance can balance the losses, but prevention is far more cost-effective.
  2. There is no honor among thieves. Even when organizations pay the ransom demanded, (and in the rare case that they get their data back fully intact), there is no guarantee that the cybercriminals won’t subsequently expose samples of the data to extort a second ransom. In this case of Double-Dip Ransomware (as I call it), a dispute among partnering ransomware gangs meant that multiple crime rings possessed the same patient data, leaving UnitedHealth open to multiple cases of extortion. Paying the ransom instead of having preventative recovery tools places a larger target on your back for future attacks. If you haven’t implemented AND tested a 3-2-1 data backup plan and a Ransomware Response Plan, do so immediately.
  1. The Human Hypothesis on the Source of Breach. There has been no disclosure to date on exactly how the hackers got into Choice Health’s systems, but my highly educated guess (from seeing so many similar breaches) is that an employee of, or third-party vendor to, UnitedHealth was socially engineered (scammed) to share access into one of their business IT systems. The company will generally report this human oversight and poor training as “compromised credentials” which tries to make it look like a technological failure rather than a human decision. From there, the hackers “island hopped” laterally to increasingly critical servers on the network. It’s likely that the cyber criminals are still inside of key systems, hiding behind sophisticated invisibility cloaks.

The solution here is to make sure that the heroes in your organization, the human employees who are your first and best line of defense, are properly trained on how to detect and repeal the latest social engineering attacks. Over 90% of all successful attacks we see are due to a human decision that leads to malicious access.

All organizations and leadership teams must ensure your Security Awareness Training addresses all the changes that artificial intelligence brings to the cyberthreat sphere. To ignore the alarm bells set off by UnitedHealth Group’s disastrous breach is to risk your organization falling ill to a similar fate.

Anyone in your organization can be the unfortunate catalyst that triggers a disastrous data breach similar to UnitedHealth’s. My latest keynote, Savvy Cybersecurity in a World of Weaponized A.I., teaches the root cause of successful social engineering scams and necessary technological preparation for ransomware attacks. REACH OUT TO MY TEAM TODAY to discuss this vital topic at your next meeting or event.

  1. If you are a patient of UnitedHealth, Change Healthcare, OptumRx or any of their subsidiaries, take the following steps immediately:
  2. Visit the Cyberattack Support Website that UnitedHealth Group established for affected customers.
  3. Make sure that you have a Credit Freeze on your Social Security Number.
  4. If you are an OptumRX customer, call them directly (1-800-356-3477) to make sure that your prescriptions haven’t been affected and that they will ship on time.
  5. Monitor all of your health and financial accounts closely for any changes or transactions. Create automatic account alerts to make this easier.

 

John Sileo is a privacy keynote speaker, award-winning author and media personality as seen all over TV. He keynotes conferences virtually and in person around the world. John is the CEO of The Sileo Group, a business think tank based in Colorado.

A.I. Deepfake Posing as the CFO Scams $25 Million: How to Protect Your Organization from the Exploding Deepfake AI Cyber Scam

Deepfakes use Artificial Intelligence (A.I) to create fake, hyper-realistic audio and video that is generally used to manipulate the viewer’s perception of reality. In most deepfakes, the legitimate person’s face or body has been digitally altered to appear to be someone else’s. Well known deepfakes have been created using movie stars and even poorly produced videos of world leaders.

Removing the malicious part of the definition, deepfakes have been used in the film industry for quite some time to de-age actors (think Luke Skywalker in The Mandalorian) or resurrect deceased actors for roles or voiceovers (think Carey Fisher in Rogue One – okay, can you tell I’m a Star Wars geek?). Cybercriminals have latched on to the technology, using AI-generated deepfakes in conjunction with business email compromise (also known as whaling and CEO fraud) to scam organizations out of massive amounts of money.

Just recently, a finance worker at an international firm was tricked into wrongly paying out $25 million to cybercriminals using deepfake technology to pose as the company’s Chief Financial Officer during a video conference. And it wasn’t just one deepfake! The fraudsters generated deepfakes of several other members of the staff, removing any red flags that it wasn’t a legitimate virtual meeting. As a subordinate, would you refuse a request from your boss that is made face-to-face (albeit virtually)? You might be savvy enough, but most employees aren’t willing to risk upsetting their boss.

The days of just sending suspicious emails to spam is no longer adequate. Our Spidey Sense (the B.S. Reflex I talk about in my keynotes) must be attuned to more than business email and phone compromise. We have entered the age of Business Communication Compromise, which encompasses email, video conferences, phone calls, FaceTime, texts, Slack, WhatsApp, Instagram, Snap and all other forms of communication. It takes a rewiring of the brain; TO NOT BELIEVE WHAT YOU SEE. AI is so effective and believable that workers may even feel like they are being silly or paranoid for questioning a video’s validity. But I’m sure as the employee who lost their organization $25M can attest, it’s way less expensive to be safe than sorry.

The solution to not falling prey to deepfake scams is similar to the tools used to detect and deter any type of social engineering or human manipulation. Empowering your employees, executives and customers with a sophisticated but simple reflex is the most powerful way to avoid huge losses to fraud. When you build such a fraud reflex, people will be less likely to ignore their gut feeling when something is “off.” And that moment of pause, that willingness to verify before sharing information or sending money, is like gold. These are the skills that I emphasize and flesh out in my newly-crafted keynote speech, Savvy Cybersecurity in a World of Weaponized A.I.

Get in touch if you’d like to learn more about how I will customize a keynote for your organization to prepare your people for the whole new world of AI cybercrime. Contact Us or call 303.777.3221.