AI: the Good, the Bad, and the Ugly

AI gives you the tools to do a lot of things in a fraction of the time they used to require. But using AI has its privacy costs, and trying to avoid them can lead to some really bad consequences. AI also doesn’t always get things right.

The most important thing you need to know about AI is that it’s not private. As soon as you put something into AI, it’s out in the world. AI makes its living by collecting data from the internet – lots of data at lightning-fast speed and often without permission. That means they frequently gather sensitive information without your knowledge or consent, and that data can be used for purposes you didn’t agree to, raising ethical concerns. AI can also enable unchecked surveillance, and when you combine that with the vast amounts of data stored by AI systems, you could be set up for the heightened risk of unauthorized access and data breaches. That’s bad and ugly.

Protecting your privacy takes some work. Best practices include never sharing sensitive information, actively controlling data settings, and using approved AI tools. Additionally, regularly deleting past chat histories and reading privacy policies can help ensure better data security. To be anonymous, consider using tools that run locally on your device instead of cloud-based services, and utilize a secure browser with privacy features. You can also use a VPN and sign up with a disposable email address to further protect your identity. DO NOT try to use the dark web. I have some good “street smarts” in the internet world, but these streets are populated by some really bad people. You can easily stumble into a really bad place and be ruined. It’s not like a game.

You also need to remember that AI is not always correct or all that smart. AI can provide wrong answers, so it’s up to you to make sure you verify any information you get from it. A wrong answer could create a life-and-death situation, a costly business decision, or a major inconvenience – just to name a few.

But what I find really frustrating is when Copilot puts you into a loop that is not related in any way to what you’re trying to do. I understand how computers work – they’re anal – but you are supposed to be able to use plain English get your work done or get information. I got into some serious verbal tiffs with my AI; it was really ugly.

However, if you check and double-check AI and really stay on top of it, the technology can work wonders. As an example, I was able to create in just a few hours a travel itinerary that combined independent travel and a cruise. It got us down to the minute we would arrive in various locations, and in the next-to-the-last stage, it gave us choices of hotels that met specific criteria. On the downside, it included a hotel that doesn’t exist, but the beauty was that as I continued to feed it information, it kept narrowing down our options to those that were more acceptable. The lesson from this exercise is that you have to verify all the information, but the bottom line is that it saved me days of work.

We can help you peel away the bad and the ugly to get to the good stuff in AI. Call us – 973-433-6676 – or email us to see how you can keep your corporate data safe and prevent employees from leaking sensitive information. We can set up rules for how your system uses AI. Our new security software tools provide safeguards if you choose to use them.

Copilot is My God?

We likely don’t realize how much AI plays a role in our daily lives. You know those annoying phone trees, the ones that don’t seem to ask the right questions for your problem or offer a good answer or access to a real human being? That’s AI at work. They drive me nuts, but what keeps me awake is who has access to my data?

Many of our customers are turning to Microsoft Copilot to access the power of AI, and if you’re thinking about doing it, here are a couple of things to consider.

As you’ll discover upfront, there’s a free version and a paid version. The main difference is that free Copilot is a basic AI assistant with web-grounded chat and limited image creation. The paid Copilot Pro and Microsoft 365 Copilot offer deeper integration with Microsoft apps, priority access to advanced models, and higher usage limits. I can use ChatGPT to create Excel formulas for my data, but it’s the paid version that accesses my data.

AI carries a number of risks, including data poisoning, adversarial attacks, and privacy leakage, which can compromise a model’s integrity and sensitive data. There’s also the potential for model theft and vulnerabilities in the supply chain and APIs. Let’s focus on risks related to data, privacy, and model integrity.

  • Privacy Leakage: AI models trained on sensitive data may inadvertently leak that information through their outputs. This includes data inversion and membership inference attacks, where attackers try to extract private information about the training data.
  • Model Stealing: Attackers can reverse-engineer or replicate an AI model by analyzing its outputs, which can be used for malicious purposes or to steal intellectual property.
  • Data Breaches: AI systems often require large amounts of data, making them attractive targets for data theft. A breach can expose sensitive personal, financial, or proprietary information.

Whether you use AI or not, Windows 11 and your computer play key roles in your security. All computers are not created equal. If you do a lot of work with Copilot, your computer may not cut it. You should have a computer with a neural processing unit (NPU) capable of processing 40 TOPS – 40 trillion operations per second. Anything less than that will require your computer to offload data from your CPU and graphics card by sending it to the cloud.

Sending it to the cloud involves a security risk, no matter how small the risk may be, and that’s a breach opportunity. Sending data to the cloud also slows you down. If your computer can keep all your work local, it’s faster and more private.

Windows-based computer chips that run 40+ TOPS or more are the specialized Neural Processing Units (NPUs) in new “Copilot+ PCs,” which include processors from Intel’s Lunar Lake series and upcoming Qualcomm Snapdragon X Elite/Plus chips. These are not standard CPUs like the Intel Core Ultra 7 155H, which does not meet the requirement.

Computers capable of 40 TOPS start at around $600 to $700. More powerful and versatile models can cost more than $1,000, but prices could be much higher, depending on the NPU or if it uses a more expensive, high-performance GPU, which can add significant cost for graphics-intensive tasks. In addition, you likely will have licensing fees depending on what you’re doing and how many computers are doing the work.

We can help you assess your AI needs and sort through myriad options for Copilot licenses and the computers needed to accomplish the tasks you require. AI can require a large investment, which requires intensive investigation. Contact us by phone – 973-433-6676 – or email to set up an appointment to start the investigation process.

 

COVID Vax Posts Help ID Thieves

You lock your doors. Security cameras ring your house. And then you post pictures of your vaccination cards on Facebook after you get your injection. We regard our vaccinations as an achievement and an encouragement for others to get their shots. Identity thieves are not gonna miss their shot at mining your data.

Let’s be real. The information on most vaccination cards is minimal: your name and your date of birth. Both pieces of information are likely known to many people and organizations who interact with you, and it’s all readily available on public information websites. We won’t get into how many of you don’t make your year of birth available on Facebook for “privacy” reasons. But you do appreciate birthday greetings.

That said, let’s get back to the vaccination cards. I fall into two groups: 1c for my age and 1b for health reasons. If an ID thief is looking for some way to carry out medical fraud, my info is right there. Looking at my age and 1b status, the thief has the makings of a target. The name and date of birth on an official document validates who you are.

The thief can find my home address. Again, it’s public information, but when it’s added to my “dossier,” it’s another piece of a puzzle. I know I have added more clues about me when I shared some of my hospital visits. By and of themselves, each piece is small, but a thief may have enough to start looking at things just to let me know that they know me.

Then comes the phishing email disguised as an offer about some kind of insurance. If I bite by clicking on a link or opening an attachment, the thief can plant some malware to get a lot more information by mining my data. They might even get into my medical records and have enough info to file a false claim for treatment I never had. They might also lock me out of my records by changing all my login credentials and using HIPPA regulations. In short, I can wind up on the hook to pay for treatment I never had, and I can’t get info about the bill.

It’s one scenario about how big data can be mined – legally and illegally – from one small piece.

You can be vulnerable in other ways.

Let’s say you take a car trip somewhere, and you post a picture that includes your car and shows its license plate number. If your car is desirable, a thief can use your license plate number to trace your address – or maybe start observing you. When you leave the car somewhere, such as in a supermarket parking lot, it’s easy enough to get the VIN number through the windshield and then take steps to retitle your car before stealing it and selling it “legitimately.”

Big data makes these examples possible. There’s a lot more out there all the time, and hackers are more sophisticated. Better software tools allow more thieves to gather and analyze data to pinpoint a target and let them commit a larger number of small crimes that add up to decent money.

Our advice is simple: Don’t put any more of your data out there than is absolutely necessary. Be careful about what you photograph and post. Be careful about how you handle email and about the info you provide – even to legitimate businesses and organizations – by email or telephone. Even with those you know, question why they need certain information, such as your Social Security Number. Use common sense.

You can augment your common sense by keeping all your operating system and application software up to date; updates usually include security patches and bug fixes. Install, properly configure and update anti-virus and malware protection software. We can help you install and maintain software. Call us – 973-433-6676 – or email us to set up an appointment.

Oh, and one more thing: Get your COVID vaccination as soon as you can!

Websites and the Need to Know

Why do some companies and organizations, especially non-profits, feel the need to post the names of their entire staffs on their websites? The question came up in a recent conversation with an IT colleague.

Smaller companies and non-profits seem to get hack-attacked more often, and they tend to list everyone in the company or organization on their websites – along with their contact information. If that organization is running “lean and mean,” it could have a lot of people wearing many hats and juggling unrelated tasks. That can create a vulnerability when an outsider can distract a busy worker who has access to sensitive information.

Here’s a possible scenario that illustrates the problem.

When you list the contact info for the bookkeeper, you may be listing it for an employee who has access to all the organization’s financial data but has no need for public contact. A hacker doesn’t need to be especially skillful to use the bookkeeper’s email address to launch a phishing attack in a variety of ways. The most obvious, of course, would be to spoof a bank. But it could also be a spoof email from someone connected with the organization who is looking for something, such as wanting to know if a check was deposited.

If the bookkeeper responds to the bogus bank link or the spoofed email, it could open the door to getting more financial information or sensitive data – not only from your organization but from every person or organization you deal with.

Why take the risk? If you limit names and contact information to those whose duties involve some aspect of public contact, you can limit your exposure. If someone really needs to contact your bookkeeper, for example, they can call a general phone number for the organization where a gatekeeper can determine if it’s a legitimate call or can “take a message” so the bookkeeper or another employee can return the call. If the contact is made by email, it can go to a general mailbox, where a gatekeeper can read it and distribute it appropriately.

If you limit contact info in a small company or non-profit to the C-Suite, you can limit your exposure to hacking, ransomware and other vulnerabilities. If people outside your organization need to contact specific individuals, that information can be provided privately.

We can help. Call us – 973-433-6676 – or email us to help you set up appropriate email addresses and work with your web designer to make your website more secure.

Home is Where the Hack Is

Don’t think your home is too small to be a hacker’s target. The recent invasion of a young girl’s bedroom through a camera system has sparked a lawsuit and some hot discussion about who’s at fault. Ultimately, you need to make you cover all the bases, and the Department of Homeland Security offers some help in making sure you know where the bases are.

DHS rightly states what we think is obvious about the two common misconceptions home users share about the security of their networks:

  1. Their home network is too small to be at risk of a cyberattack.
  2. Their devices are “secure enough” right out of the box.

Besides those misconceptions, home networks – no matter how many smart devices or dumb devices they connect – have many moving parts. In addition to cameras and smart speakers, to name just two, our networks include routers, computers, mobile devices and TVs. So, even though you may think you have a strong username and/or password for every device, there’s a possibility you can miss one key setting – or there’s a possibility that someone using your network has the weak link in your security chain that provides outside access.

The DHS checklist, which we summarize below, is a good place to start. It reiterates a lot of actions we’ve told you to take over the years, and it’s a good refresher.

  • Update your software regularly. Besides adding new features and functionality, software updates often include critical patches and security fixes for newly discovered threats and vulnerabilities. (See Understanding Patches and Software Updates.)
  • Remove unnecessary services and software. They can create security holes in a device’s system that could lead to a larger attack surface of your network environment. This is especially true with pre-installed trial software and apps installed on new computers. Remove what you don’t use.
  • Adjust factory-default configurations on software and hardware. They’re intended to reduce the troubleshooting time for customer service. Harden them to reduce vulnerabilities.
  • Change default log-in passwords and usernames. Most network devices are pre-configured with default administrator passwords to simplify setup. They’re not secure. Change them.
  • Use strong and unique passwords. Choose strong passwords and don’t use the same password with multiple accounts. (See Choosing and Protecting Passwords for more information.)
  • Run up-to-date antivirus software. A reputable antivirus software app can automatically detect, quarantine, and remove various types of malware, such as viruses, worms, and ransomware.
  • Install a network firewall. It can block malicious traffic from your home network and alert you to potentially dangerous activity. When properly configured, it can also serve as a barrier for internal threats, preventing unwanted or malicious software from reaching out to the internet. We can help you configure them.
  • Install firewalls on network devices. In addition to a network firewall, consider installing a firewall on all computers connected to your network. We can help you configure them, too.
  • Regularly back up your data. Consider using a third-party backup application, which can simplify and automate the process. Be sure to encrypt your backup to protect the confidentiality and integrity of your information. Data backups are crucial to minimize the impact if that data is lost, corrupted, infected or stolen.
  • Increase wireless security. Follow the steps below to increase the security of your wireless router or ask us for help.
    • Use the strongest encryption protocol available. DHS recommends using the Wi-Fi Protected Access 3 (WPA3) Personal Advanced Encryption Standard (AES) and Temporary Key Integrity Protocol (TKIP), which is currently the most secure router configuration available for home use.
    • Change the router’s default administrator password to deter an attack using default credentials.
    • Change the default service set identifier (SSID), the “network name” that identifies a wireless network. Make it unique and not tied to your identity or location.
    • Disable Wi-Fi Protected Setup (WPS). A design flaw in the WPS specification for PIN authentication significantly reduces the time required for a cyberattacker to brute force an entire PIN.
    • Reduce wireless signal strength to reduce your electronic footprint.
    • Turn the network off when not in use or automatically disable the Wi-Fi at specified times to prevent outside attackers from breaching your home network.
    • Disable Universal Plug and Plan (UPnP) when not needed. Recent large-scale network attacks prove that malware within your network can use UPnP to bypass your router’s firewall to control your devices remotely and spread malware to other devices.
    • Upgrade firmware to enhance product performance, fix flaws, and address security vulnerabilities.
    • Disable remote router management to guard against unauthorized individuals accessing and changing your router’s configuration.
    • Monitor for unknown device connections to monitor for unauthorized devices joining or attempting to join your network. Also see the manufacturer’s website for tips on how to prevent unauthorized devices from connecting to your network.
  • Mitigate Email Threats. Phishing emails continue to be one of the most common and effective initial attacks. They prey on the human element – the weakest component in every network – by persuading a user to click on a link or open an attachment.

All the steps you can take are common sense, but they’re often overlooked in our hurry to get a new product or feature online. The hacker looks to exploit momentary carelessness. We can review your home or office network with a security assessment and help you implement any of the steps in this checklist. Call us – 973-433-6676 – or email us for an appointment.

Email in Disguise

The trend of getting voicemail messages through email is opening new doors for hackers to enter computer systems. Scammers are using email with spoofed addresses to hack into business operations, such as wiring money. Today’s office environment provides a perfect setup for a hacker: You hit people when they’re juggling multiple tasks, and you come across as a colleague or customer in an expected environment. We have two examples from our client experiences that show how easy it is for a problem to go undetected. And we have some tips to strengthen your security.

The problem with the voicemails happened while we were on vacation in Hawaii, which has a six-hour time difference with New Jersey. Our client reported getting emails about missed calls – which could have been generated by their voicemail/email system. It’s a growing trend to handle voicemails because phone and email run on the same networks, and sometimes it’s more effective for an employee to click a link and return the call while the message is on the screen.

And that’s how this problem showed up. Every time our client clicked on the link, nothing happened. When we got back from vacation, our first job was to install a new computer for the client. Everything went as planned, but then we got a call that the client only had 11 emails in the system. To make a long story short, it took all day to find all of the emails in a “recovery for deleted emails” folder and restore them – all 75,000 of them. The time was lengthened because we needed to sort them to cull the voice-mail files.

We changed the password immediately to cover the possibility the computer may have been hacked. After that was done, we got a call that our client couldn’t click to return numbers left in voicemails. I left a voicemail, and we were able to get a return call.

The likely issue is that someone from the outside spoofed a known and trusted phone number. The lesson here is that if it happens a second time, don’t click the link. While you may not know if you were hacked or fooled by some malware, you should know that something is wrong and needs attention. The earlier you let us know about it, the sooner we can work with you to mitigate the problem and minimize damage.

A second incident could have been catastrophic. Again, we awoke to find several urgent emails from a client that regularly wires large sums of money to entities worldwide. The incident occurred July 1, when they were preparing to wire nearly $100,000 to an entity. The entity to which they were wiring the money said they hadn’t received their wire in April. That raised alarms. We learned that the amount of money in both transfers was consistent, and the entity to which the money was to be wired could change names from time to time. Everything with the April and July transfers seemed to be within the realm of normal operations.

While we couldn’t get the April money back (the client had insurance to cover it), they were able to halt the July transfer. At the same time, we worked with them to develop new policies to help double-check money-wiring instructions and monitor the process better.

Among the key takeaways from these incidents, you should always be on guard because hackers and cyberthieves are getting much, much better at disguising their identities. When it comes to VOIP and cellular voicemails, it becomes way too easy to click on a number to return a call. That click could direct you to a link that installs some kind of malware. You can write down the phone number and initiate a phone call – much in the same way you can open a browser and go to a website instead of clicking on a suspicious link. In a related matter, the Federal Communications Commission (FCC) is about to force telephone carriers to verify the phone number location of incoming calls. This should reduce – at least for now – phone number spoofing.

Also, be vigilant about looking for anything that looks like a change in your operations or the entities you deal with. Don’t hesitate to pick up the phone and call somebody to verify instructions.

We can help you fight fraud and mitigate security issues in a number of ways, including security assessments and developing and installing rules and policies for critical operations. Call us – 973-433-6676 – or email us for an appointment.

Inside the World of Updates

Facetime updates got a lot of face time recently with all the reports about how a 14-year-old discovered a bug that left a mic open even if a recipient didn’t answer a group Facetime call. It was shocking but not surprising, based on how updates are developed and implemented.

Apple, Microsoft, Google and other technology companies are huge corporations and, as such, are highly compartmentalized. When I visit trade shows and conferences and can find an engineer or software developer to discuss very specific issues related to hardware, firmware or software, the conversations very technical and very tightly focused. They are brilliant people, but they operate in silos.

So, when a problem like the Facetime issue surfaces, it’s likely to involve a piece of code that only one person or a small team worked on – based on instructions that may have come down through several layers of command. That person or team didn’t talk the public or get any feedback based on a personal interaction. Further, the amount of code needed to implement a feature such as a group Facetime session is massive. It’s written in sections and assembled in sections, and even though they are tested, errors can occur each time lines of code from various teams are put together. The people involved do a great job, and the percentage of errors to lines of code written is practically microscopic.

The bottom line is that bugs will show up in the real world, and they need to be found and fixed before any catastrophic consequences show up. But code is not the only factor in updating software for use on a computer or device. We see a lot of old computers and devices with old operating systems that simply cannot handle updates.

We were reminded of the technology gap that opens up when working with older systems. It involved a family business, and technical challenges arose as some family members wanted capabilities that were requested by others. The challenges came as we had to work with computers and devices with a wide range of ages and with differences between Windows 7 and Windows 10. We had to be mindful that Windows 7 is 12 years old and that we are six versions into Windows 10.

Our common thread in the solution had to be sealing up security breaks. We can’t emphasize enough that security patches are the biggest improvements in upgrades and updates, although we all get excited about new features and capabilities. And the problem is that an older system can only handle a limited number of security and feature updates.

At some point, it doesn’t pay for a software or hardware provider to support older systems. Their developers have to jump from one issue to another like playing Whac-A-Mole, and then there is a smaller universe of real-world users to provide feedback on the new code and then use it.

One of our missions is to make the most efficient use of your money. We’ll always do our best to avoid having you buy new equipment or software by trying to find a good workaround. But sometimes, buying new technology can give you a better return on your investment, and one of the reasons to do so is to take advantages of upgrades and updates that are used by a larger universe of people and businesses. That can be especially beneficial based on the how the update world lives.

We can help you install, configure and test updates, and we can advise you on whether to upgrade or keep your current technology. Call us – 973-433-6676 – or email us for a consultation.