Category: Uncategorized

Many of you already know that there are growing headwinds facing both Windows and macOS users—and those headwinds are not going away. For a growing number of people, the most sensible response is to move to Linux.

Let’s start with the most immediate issue.

Microsoft officially ended support for Windows 10 on October 14, 2025. That means no more security updates, no more fixes, and increasing risk for anyone who stays behind. Millions of users will be pushed toward Windows 11 whether they want to be or not.

The problem is that many perfectly good computers are now being labeled persona non grata by Microsoft. If your machine lacks a TPM security chip, it cannot officially upgrade to Windows 11. Overnight, functional hardware is being treated as e-waste.

For those who can upgrade, a new concern appears: Copilot and AI surveillance features. Windows 11 increasingly behaves like a system that watches, records, and analyzes user behavior. You don’t need to be a privacy expert to feel that something isn’t right when your operating system becomes an always-on observer.

Apple users are not exempt. With the rollout of Apple Intelligence, macOS is moving in the same direction. Media analysis and on-device monitoring are already present. The marketing language may be different, but the trajectory is the same.

So why don’t more people switch to Linux?

The answer is fear—fear of the unknown, fear of breaking something, fear that the change is irreversible. That fear is understandable, but it is largely misplaced.

Linux Is Easier Than You Think
Here’s a simple fact: if I hand a computer running Linux to a non-technical user, they can perform normal daily tasks almost immediately. Web browsing, email, documents, photos, videos—these things are intuitive and familiar.

Linux today is not the command-line-only system many people imagine.

You don’t have to abandon Windows entirely, either. Many people don’t realize they can:

Dual boot Linux and Windows
Run Windows inside a virtual machine
Or simply try Linux without installing it at all
Fear often comes from the belief that one mistake will permanently ruin a computer. That simply isn’t true.

In fact, Linux can be tested safely before you commit. You can run it from a USB stick without touching your existing system. Remove the USB, and your computer goes back to normal.

Linux Is Free — And That Matters
Linux is completely free. The operating system costs nothing, and most everyday applications cost nothing as well.

This alone eliminates the first major barrier: financial risk.

Linux is also open source, a result of how it evolved through the Free Software Foundation and the GNU project founded by Richard Stallman. Every modern Linux system is built on that foundation.

One important side effect of open-source development is transparency. Spyware and manufacturer backdoors are far harder to hide. When they appear, they are usually detected and removed quickly. This makes Linux the safest mainstream option for privacy.

Free. Secure. Private. And capable of running well on older hardware. That’s a rare combination.

Linux Looks and Feels Familiar
Modern Linux desktops like Ubuntu are visually simple and customizable. Settings are often easier to access than on Windows. Fewer clicks. Fewer hidden menus. Less clutter.

Most users rarely need the terminal. When they do, it’s usually simple copy-and-paste commands. This is no different from advanced tasks on Windows.

File management is also familiar. While Linux doesn’t use “C:” or “D:” drives, it organizes files around a home folder—just like modern Windows and macOS already do.

Apps: What Most People Worry About (Unnecessarily)
Linux applications are free and plentiful.

Documents: LibreOffice
Browsers: Chrome, Firefox, Brave, Chromium
Email: Thunderbird
Media, messaging, security tools, and more
Most common apps are available directly from the Ubuntu App Center, where updates happen automatically.

For apps outside the App Center, Linux offers simple formats like AppImage and .deb files, which install with a click. While Linux has multiple packaging systems, beginners can avoid confusion by sticking to Ubuntu or Debian-based systems, where instructions are consistent and well-documented.

This is why I recommend Ubuntu for new users—not ideology, but simplicity and compatibility.

When You Still Need Windows
Some specialized software only exists on Windows—CAD tools, certain video editors, or niche professional applications. That’s fine.

The key is separation.

You can:

Dual boot Linux and Windows
Run Windows in a virtual machine
Use Windows only when necessary
When Windows becomes a tool rather than your digital home, its ability to spy on your personal life is dramatically reduced. Linux becomes the place for email, browsing, documents, and communication—your real life.

Important: Installing Linux inside a Windows VM does not provide privacy. Windows can still see everything on screen. The host OS always has control. That’s why Linux should be the host, not the guest.

A Practical Way Forward
This is not about ideology. It’s about control, longevity, and peace of mind.

A massive number of users—nearly half of all Windows systems—cannot upgrade to Windows 11. Linux offers them a future without forced hardware upgrades, surveillance features, or subscription pressure.

In upcoming articles and videos, I’ll cover:

Updated dual-boot strategies
Windows 10 transition paths
Advanced Linux setups for mixed-OS users
For now, the most important thing is this:
Moving to Linux is not as risky, difficult, or unfamiliar as you’ve been led to believe.

You can try it safely. You can learn it gradually. And you don’t have to do it alone.

— Kitt Condrey-Miller
Hard Drive Computer Services
Red Bluff, California

Most people never think twice when they buy a new Windows 11 computer and discover that BitLocker disk encryption is already enabled. Even technically savvy users tend to accept it as normal. Microsoft turned it on by default, so it must be good—right?

That assumption may cost you everything.

Let me be very clear: BitLocker is not designed for home users, and leaving it enabled without understanding its consequences is a direct path to data loss.

Computers fail. That is not speculation; it is fact. Laptops get dropped. Coffee gets spilled. Screens crack. Memory is upgraded. Drives are replaced. For decades, these events were inconveniences. With BitLocker enabled, they can become catastrophic.

When BitLocker locks a drive, your data is not “temporarily inaccessible.” It is cryptographically sealed. Without the correct recovery key, your files are gone—forever.

Who BitLocker Is Actually For
BitLocker was designed for enterprise environments, not individual users.

In corporate IT, disk encryption is often required for legal and regulatory compliance. Healthcare organizations, for example, must protect patient data to avoid HIPAA violations. Businesses also face a real risk of lost or stolen laptops containing sensitive information.

In those environments, BitLocker makes sense because:

Devices are centrally managed
Recovery keys are stored in Azure
IT departments can remotely unlock, wipe, or replace systems
Backups are mandatory and monitored
If a corporate laptop fails, IT simply restores the data to a new machine. The employee’s inconvenience is secondary to organizational compliance.

That safety net does not exist for home users.

Why BitLocker Is Dangerous at Home
BitLocker does not operate independently. It is tightly bound to the TPM (Trusted Platform Module) chip, which records your system’s hardware identity and configuration.

If the TPM detects changes—BIOS updates, hardware swaps, partition changes, or dual-boot setups—it can trigger BitLocker recovery mode. What feels like a routine upgrade suddenly becomes a locked system demanding a key you may not even know exists.

Statistics show that roughly 3% of computers fail every year. That means this is not an “if” scenario—it is a when scenario.

For Linux users, the situation is worse. BitLocker is a Microsoft-only solution. Linux has no control over it. If Windows breaks, Linux may be rendered inaccessible even if it is functioning perfectly. For anyone dual-booting Linux and Windows, BitLocker is a nonstarter.

Why BitLocker Is Suddenly Enabled by Default
The real reason BitLocker is now forced on personal systems has little to do with protecting you. It has everything to do with AI.

Windows is no longer just a tool. With features like Recall and Copilot, it is becoming a behavioral recording platform—capturing screenshots, tracking activity, and building a persistent memory of your digital life.

That data must be protected, not for your benefit, but for Microsoft’s.

BitLocker, paired with the TPM and Microsoft ID, ensures that this growing archive of personal behavior cannot be extracted without Microsoft’s cooperation. And cooperation is the key word.

The Privacy Illusion
BitLocker does not keep your data exclusively under your control.

Recovery keys are stored in Microsoft’s cloud and tied to your Microsoft ID. That means:

Your device has a permanent, trackable identity
Microsoft can unlock your drive
Third parties can compel Microsoft to provide access
If you believe your computer is fully private because it is encrypted, you have been misled.

Without AI-driven surveillance, encryption would be a personal choice. With AI recording everything, encryption becomes a containment mechanism.

The Simple Reality
Here is the irony: Disabling BitLocker disables Windows Recall.

Microsoft does not want responsibility for AI-generated data leaks without encryption in place. Turn BitLocker off, and the most invasive feature shuts down with it.

Copilot may remain, but the constant recording stops.

A Safer Alternative: VeraCrypt
For users who genuinely need encryption—frequent travelers, journalists, or anyone carrying sensitive files—there is a better option: VeraCrypt.

VeraCrypt is:

Open source
Cross-platform (Windows and Linux)
Independent of Microsoft, TPMs, and cloud accounts
It encrypts drives before the operating system loads and keeps recovery keys entirely in your hands. No cloud escrow. No corporate dependency. No hidden backdoors.

Encryption always increases recovery difficulty, which is why backups are essential. Encrypting your main drive while leaving backups unencrypted is pointless. Security must be intentional, not automatic.

The Bottom Line
BitLocker is an enterprise compliance tool. It has no place as a default feature on home computers.

If your hardware changes, BitLocker can lock you out.
If your system fails, recovery may be impossible.
Your encryption keys are not truly yours.

One spilled drink. One RAM upgrade. One forgotten key—and your data is gone.

— Kitt Condrey-Miller
Hard Drive Computer Services
Red Bluff, California

There’s a subtle moment when a tool changes character.

Nothing breaks. Nothing crashes. The system still boots. The keyboard still works. But the relationship shifts. You stop feeling like the operator and start feeling like the subject.

That’s the quiet line Microsoft’s vision of an “agentic” Windows operating system crosses.

Agentic AI isn’t just software that waits for instructions. It plans. It acts. It observes continuously so it can anticipate what comes next. To do that, it needs access—not just to files, but to context. Your documents. Your messages. Your habits. The patterns that make you, you.

On stage, this looks like progress. Automation. Convenience. A computer that “understands” you.

In practice, it begins to resemble something else: a system that maintains a detailed, searchable record of your digital life because it cannot function without one.

Enterprise vs. Home: A Different Reality
For enterprises, this tradeoff is at least negotiated. Large organizations operate behind layers of policy, auditing, isolation, and oversight. AI agents are constrained by permissions, reviewed by humans, and monitored as part of broader risk management.

At home, those guardrails don’t exist.

There is no meaningful way for a personal user to audit an AI agent’s behavior, understand why it made a decision, or verify what data it accessed along the way. When autonomy meets opacity, trust becomes a matter of faith—and faith is not a security model.

The Recall Warning
We’ve seen hints of this before. Microsoft’s Recall feature made the risk concrete by turning everyday computer use into a permanent visual record. Even with encryption and opt-in controls, the idea unsettled people. Not because they misunderstood it, but because they understood it perfectly.

Once private experience is externalized, it becomes vulnerable. Not only to hackers or malware, but to accidents, misinterpretation, manipulation, and future uses no one consented to when the data was first collected.

When AI Acts on Your Behalf
Autonomous AI compounds the problem. These systems don’t just observe; they act. They send messages. They organize information. Eventually, they may make purchases or commitments. When they fail—and they do fail—they do so confidently. Wrong actions are not tentative. They are decisive.

The deeper issue isn’t one feature or another. It’s the assumption that productivity gains justify pervasive access. That the personal computer should evolve into an always-watching assistant rather than remain a tool that responds when asked and stays quiet when not.

This is a design philosophy choice, not an inevitability.

Different Paths Forward
Other platforms are taking more cautious paths, keeping AI assistive rather than autonomous, reactive rather than proactive. Microsoft’s approach stands out precisely because it pushes further, faster, and with less separation between enterprise ambitions and consumer reality.

A personal computer should be a place where you think, work, and explore without being continuously interpreted. Where mistakes are yours, not logged forever. Where silence is allowed.

Once a system starts acting on your behalf without being fully accountable to you, something fundamental has shifted.

Whether that shift represents progress or overreach is not a technical question. It’s a human one. And it’s still unanswered.

— Kitt Condrey-Miller
Hard Drive Computer Services
Red Bluff, California

When a computer slows down, crashes, or behaves oddly, the issue isn’t always obvious. Many problems happen behind the scenes. A computer repair technician uses professional tools and experience to uncover what users can’t see—and fix it before it gets worse.

At Hard Drive, we provide trusted remote computer repair and on site computer services across CA Remote, helping individuals and businesses keep their systems reliable.

What Does a Computer Repair Technician Actually Do?

A computer repair technician is trained to identify both visible and hidden problems.

Their responsibilities often include:

• System diagnostics and troubleshooting
  
• Hardware testing and repair
  
• Software error resolution
  
• Virus and malware removal
  
• Data recovery and system optimization
  

By offering both remote and on-site support, technicians ensure fast, flexible solutions.

How Do Professionals Diagnose Computer Problems You Can’t See?

Hidden issues rarely fix themselves. Professionals follow a proven diagnostic process:

1. Initial system assessment
   
2. Diagnostic software scans
   
3. Hardware health checks
   
4. Operating system and file analysis
   
5. Targeted repair or optimization
   

💡 Why this matters: Early diagnosis prevents data loss, security risks, and costly repairs.

Remote Computer Repair vs On-Site Computer Services: Which Is Better?

Hard Drive offers both—so you always get the right solution.

H2: Why Can’t Everyone Diagnose Computer Problems?

Many hidden computer issues are subtle and complex. DIY troubleshooting often misses:

• Intermittent hardware failures
• Malware or virus infiltration
• Corrupted system files
• Network or connectivity issues

A computer repair technician brings experience and the right tools to spot these hidden risks before they escalate.

Who Benefits Most From Professional Computer Repair?

• Remote workers
  
• Small businesses
  
• Students and educators
  
• Home users with aging systems
  

Combining remote computer repair with on site computer services ensures complete coverage for every situation.

How Hard Drive Delivers Reliable Computer Repair in CA Remote

Clients trust Hard Drive because we focus on prevention—not just fixes.

What Sets Hard Drive Apart?

• Experienced, certified technicians
  
• Clear diagnostics and honest recommendations
  
• Flexible remote and on-site options
  
• Security-focused repair process
  

Real-world example:
A client experiencing random shutdowns received remote diagnostics that revealed failing system files. We resolved the issue without requiring an on-site visit—saving time and cost.

H2: How Do You Get Started With Professional Computer Repair?

1. Contact Hard Drive for a consultation
2. Describe your computer problem or schedule a diagnostic
3. Choose remote or on-site service
4. Receive a detailed report and repair plan

🔧 Ready to Fix Hidden Computer Problems?

Contact Hard Drive now to schedule professional computer repair technician services, either remotely or on-site, for fast, reliable, and secure solutions.

📞 Call: +1 530-526-0923
🌐 Visit: https://harddrive321.com/
📍 Serving CA Remote and surrounding areas

Key Takeaways

• Detect hidden hardware and software issues
• Remote computer repair provides fast solutions
• On-site services enable hands-on diagnostics
• Early detection prevents data loss
• Hard Drive offers expert CA solutions

Quick Summary

A computer repair technician in CA Remote helps identify hidden system issues that users can’t see, such as malware, failing hardware, or corrupted files. Hard Drive provides professional diagnostics through remote computer repair and on site computer services, offering fast, secure, and cost-effective solutions. By using advanced diagnostic tools and experienced technicians, problems are detected early—preventing downtime and data loss. Ideal for businesses, remote workers, students, and home users, Hard Drive ensures reliable computer performance across California with flexible service options.

Is your computer running painfully slow, crashing mid-task, or refusing to turn on? You’re not alone. At Hard Drive Computer Services, we’ve been helping homeowners and businesses in Red Bluff, CA, and Tehama County solve their toughest computer problems since 2010.

This guide covers the most common computer issues, quick troubleshooting tips, and when to call in professional computer repair in Red Bluff—so you can keep your system fast, secure, and reliable.

Common Computer Issues & Quick Fixes

Common Computer Problems in Red Bluff, CA and Their Solutions

1. Slow Computers: Why They Happen & How to Fix Them

One of the top common computer problems is slowness. Often caused by resource-heavy startup programs, outdated drivers, or malware, it’s frustrating but fixable:

• Disable unneeded autostart apps
  
• Update your system and drivers
  
• Run antivirus scans
  
• Upgrade storage to SSD or boost RAM
  

These are essential slow computer solutions, and if needed, our computer repair Red Bluff service is ready to assist.

2. Power Failures – Computer Won’t Turn On

If your PC won’t start, the issue may be as simple as a bad power connection or as complex as a failing motherboard.

✅ Try these first:

• Check cables and outlets
• Remove peripherals and retry startup
• Swap to a known working power cable

If the problem persists, our technicians can quickly diagnose hardware issues and provide repair or replacement options.

3. Freezes and Crashes

Freeze-ups can stem from overheating, driver conflicts, or bad memory:

• Clean dust, ensure good ventilation
  
• Update or rollback drivers as needed
  
• Run memory diagnostics tools
  
  Need full-service support? Our computer issues troubleshooting services include rigorous diagnostics and proven fixes.

4. Malware & Virus Threats

If you notice pop-ups, slowdowns, or odd behaviors, it’s likely malware. Protect your system by:

• Installing reputable antivirus software
  
• Performing a full system scan
  
• Trusting advanced protections like White Cloud Security

5. Internet & Connectivity Glitches

Connectivity issues can be especially common for rural users in the Tehama County region:

• Restart your modem/router
  
• Update network drivers
  
• Reposition your router for a better signal

We also help customers compare local high-speed internet options

If you’ve been using Microsoft Word, Excel, or PowerPoint for years, the idea of switching to something new—like Google Docs—can feel a bit intimidating. But the truth is, moving from Office to Google Docs is easier than you might think. In fact, you can open, edit, and even save your old Office files in Google Docs without losing your work.

Let’s break down the differences in plain English so you can decide what works best for you.

Ease of Switching

• Opening Your Old Files: With Google Docs, you can upload your existing Word documents, Excel spreadsheets, and PowerPoint slides straight into your Google Drive and edit them right away—no special setup needed.
  
• Saving Back to Office: If you want to share with someone who still uses Microsoft Office, you can easily save your Google Docs work back into a Word, Excel, or PowerPoint format.
  
• No Need to Start from Scratch: Your old files come with you.
  

Price Differences

• Google Docs: Completely free for personal use. All you need is a Google account (the same one you might already use for Gmail or YouTube).
  
• Microsoft Office 365: Requires a monthly or yearly subscription. Plans vary, but they include desktop apps and cloud storage through OneDrive.
  

Storage Differences

• Google Docs: Files are stored in Google Drive, Google’s online storage service. You get 15GB of free space (shared between Gmail, Google Photos, and Google Drive). More space is available for a monthly fee.
  
• Microsoft Office 365: Files can be saved to OneDrive, Microsoft’s online storage service. With most paid plans, you get 1TB (1,000GB) of space per user.
  

Feature Differences

• Google Docs:
  
  • Perfect for simple documents, notes, letters, and light spreadsheets.
    
  • Designed for teamwork—multiple people can type on the same document at the same time.
    
  • Works entirely in your web browser—no need to install anything.
    
• Microsoft Office 365:
  
  • Ideal for detailed formatting, large spreadsheets, and professional-looking reports.
    
  • Desktop apps have more advanced tools.
    
  • Can be used entirely offline without internet access.
    

Why Choose One Over the Other?

• Choose Google Docs if:
  
  • You want something free and easy to use.
    
  • You work with others and like the idea of live editing together.
    
  • You don’t want to install software.
    
• Choose Microsoft Office 365 if:
  
  • You need advanced formatting or data tools.
    
  • You work offline most of the time.
    
  • You have a lot of storage needs and don’t mind paying for the subscription.
    

Where Your Files Live

• With Google Docs, your files are stored in Google’s cloud (Google Drive). This means you can open them from any computer, phone, or tablet by signing into your Google account.
  
• With Microsoft Office 365, your files can be saved either directly to your computer or to Microsoft’s cloud (OneDrive). If you save them locally, they stay on that one device unless you manually move them.
  

Bottom line: If you’re looking for something simple, budget-friendly, and easy to share with others, Google Docs is a great place to start. If you need heavy-duty tools and lots of offline work, Microsoft Office 365 still has the edge.

In the world of cybersecurity, the dominance of a few key players like CrowdStrike and Microsoft not only shapes the landscape but also raises significant concerns about the resilience and diversity of security infrastructure. This post will critically examine the implications of such a concentrated market and explore the complexities faced by businesses reliant on a narrow range of cybersecurity solutions.

The Monoculture Risk

Cybersecurity monocultures, where the majority of systems rely on a handful of providers, can be inherently risky. This dependence creates potential single points of failure, making the entire ecosystem vulnerable to specific exploits. For instance, if a major flaw was discovered in CrowdStrike’s Falcon platform or Microsoft’s security protocols, the impact could ripple across all their clients, potentially crippling thousands of businesses that depend on their systems.

Anecdote: The 2017 WannaCry Ransomware Attack

An illustrative anecdote of these risks is the 2017 WannaCry ransomware attack, which exploited vulnerabilities in Microsoft Windows OS. The widespread reliance on Windows allowed the ransomware to infect more than 200,000 computers across 150 countries, highlighting the dangers of a homogeneous technology environment. This event underscores the vulnerability created when diverse systems are not employed.

The Complexity and Vulnerability of Businesses

Businesses today, especially small to medium-sized enterprises, often lack the resources to diversify their cybersecurity strategies effectively. Relying on giants like Microsoft and CrowdStrike might offer ease and integration but at the cost of tailored security that addresses specific organizational risks. This reliance simplifies the attacker’s job: finding a vulnerability in a widely used system provides them with numerous potential targets.

CrowdStrike’s Market Influence

While CrowdStrike has been instrumental in advancing endpoint security, its market dominance could stifle competition and innovation. The firm’s success might deter new entrants, fearing they cannot compete against such an established player, or it might lead to acquisitions that absorb smaller innovators, further concentrating the market. Each scenario can slow the pace of innovation required to respond to evolving cyber threats.

Regulatory Considerations

There is a crucial role for regulation in this scenario. Governments could enforce diversity in cybersecurity solutions by mandating standards that require businesses to implement multiple layers of security from different vendors. Such regulations could lessen the systemic risk posed by cybersecurity monocultures and encourage a more competitive market environment.

Conclusion: Navigating a Path Forward

The cybersecurity industry’s current trajectory, with significant reliance on companies like CrowdStrike and Microsoft, presents clear risks. Businesses must recognize these vulnerabilities and consider integrating diverse security solutions to safeguard their operations more effectively. Meanwhile, policymakers need to consider how to encourage a competitive, diverse market that fosters innovation and reduces systemic risk.

This critical exploration reveals that while CrowdStrike and Microsoft provide invaluable services, their dominant positions could inadvertently weaken the very infrastructures they aim to protect. The cybersecurity sector must embrace both competition and collaboration to build a resilient digital future.

New CVE-2024-30078 Security Vulnerability

This vulnerability is unlikely to be exploited but is very dangerous. It is highly recommended to update your computer by running your Windows updates.

The vulnerability is a driver issue that has existed for several years. If you are still using Microsoft Windows 7, 8, or 8.1, no patch will be made for these devices. However, for any units currently supported by Microsoft, a patch has already been made and was released yesterday 6/18/2024 during Update Tuesday. This includes Operating Systems installed on servers, towers, and laptops.

Exploits are executable programs indicated by (name).exe. Anti-virus (Black List) programs won’t be able to stop this type of attack. However, if you are one of my clients with White Cloud Security (WCS) installed, an .exe vulnerability will not be allowed to run due to the nature and principles employed by WCS, a white listing system.

The vulnerability especially affects those who use their computer at coffee shops, restaurants, or any public Wi-Fi. It makes no difference if you are using free Wi-Fi, your personal hotspot, or a VPN. Hackers who know how to exploit this flaw don’t need your authentication for the exploit to execute. It is a very dangerous threat and needs to be patched right away.

For those of you who have your computer set up by Hard Drive, your updates are postponed to avoid becoming a Microsoft guinea pig. Your update will run by Saturday, but you should manually run your updates as soon as possible to avoid any issues with a potential attack.

If you have questions or concerns, please call us at Hard Drive. According to the company that discovered it, this vulnerability has never been accessed. Now that it is known to exist, hackers are aware of it and will use this exploit as soon as they learn how it works. Don’t take any chances.

We’re going to use a program called Splashtop SOS so I can see your screen and help you with your computer. It’s like I’m sitting next to you, guiding you through the process and allows me to control your computer during the help session. (Once this session is over I will not have access to your computer.) Let’s get started!

1. Opening the Web Browser:

• First, open your internet browser (Google Chrome , or Edge, or FireFox, ).
• Click on this link: Click here to download the Splashtop Application It will automatically download the necessary file.

2. Deploying Splashtop SOS:

• After the download is complete, you can find the file either at the bottom-left corner of your browser or, in most cases, in the upper-right corner.
  • For Google Chrome , or Edge, or FireFox: Look for
  • down arrow in the top-right, it will be to the left of the three dots beneath the X
  • The file will likely be named “SOSDownload.exe” or something similar.
  • If you see the arrow but not the file, click on the arrow, then on the download.
  • If you can’t find the downloaded file, click on the three dots under the “X” in the upper-right corner.
  • find and select “Downloads” (left click)
  • you should see your file there. “SOSDownload.exe”

Step 3 getting to the session code:

• Click on the downloaded file to open it. You might see a message asking, “Do you want to save this program?” Choose “Yes”.
• Then, a security prompt may ask, “Do you want to allow this app to make changes to your computer?” Respond with “Yes”.

4. Sharing Your Session Code:

• After the program opens, it will display a 9-digit number. This is your session code, which allows me to connect to your computer and assist you.
• Tell me that number and I’ll be able to remotely connect to your computer to provide help.

Don’t Worry:

• If any step doesn’t go as planned, don’t worry! Take a deep breath, and we can try again. You’re doing just fine.
• Remember, only share your session code with me, and no one else. This keeps your computer secure.

You’re All Set!