Listen to this Post
Windows 10 Enters a New Security Era
For millions of organizations and users that have not yet moved away from Windows 10, Microsoft’s latest Extended Security Update is a reminder that the operating system is entering its final and increasingly important security phase. The release of KB5120249 for Windows 10 versions 22H2 and 21H2 delivers the August 2026 security fixes while also addressing a troublesome File History backup problem and continuing Microsoft’s transition toward stronger Secure Boot certificate infrastructure.
The update arrives at a particularly sensitive moment. Windows 10 is no longer Microsoft’s main desktop platform, yet it remains deeply embedded across businesses, legacy workstations, industrial environments, personal computers, and systems where upgrading to a newer operating system is not always straightforward. For those machines, security updates are no longer simply routine maintenance. They are part of a broader effort to keep aging infrastructure defensible against an increasingly aggressive threat landscape.
What KB5120249 Means for Windows 10 Users
Microsoft’s KB5120249 is an Extended Security Update release aimed at supported Windows 10 installations running versions 22H2 and 21H2. Its primary role is to provide the security protections associated with the August 2026 update cycle while addressing additional reliability and platform-related issues.
The release is particularly significant because Extended Security Updates represent a different phase of Windows 10’s lifecycle. Instead of receiving the broad feature-development attention associated with Microsoft’s newer operating systems, supported Windows 10 systems are increasingly focused on maintaining security, stability, and compatibility.
Security Fixes Remain the Main Priority
The most important reason to install KB5120249 is security. Even when an update appears to contain relatively modest changes, monthly Windows security releases can address vulnerabilities affecting components that organizations depend on every day.
Attackers rarely care whether a platform is considered “old” by its vendor. If a vulnerability remains exploitable and the affected system is connected to a network, it can become an entry point for credential theft, malware deployment, lateral movement, or ransomware operations.
That makes continued patching particularly important for Windows 10 systems that cannot immediately be replaced.
File History Backup Problems Get Attention
One of the notable improvements associated with the update concerns File History backups over SMB.
File History is designed to help Windows users maintain historical copies of important files. When backup workflows rely on network shares using the Server Message Block protocol, reliability problems can become especially frustrating because the issue extends beyond the local computer.
A backup that appears configured but silently fails or behaves inconsistently can create a dangerous false sense of security. Users may believe their documents are protected until the moment they actually need to restore them.
The correction included with the update therefore has practical significance beyond convenience. Reliable backups remain one of the strongest defenses against destructive incidents, particularly ransomware.
Why SMB Reliability Matters to Security
SMB is deeply integrated into Windows environments. Businesses use it for shared folders, centralized storage, departmental documents, backup repositories, and other network resources.
That makes any problem involving SMB-based backup workflows worth taking seriously.
If an organization relies on File History or related network backup processes, administrators should not simply install KB5120249 and assume the job is finished. They should verify that backups actually complete successfully after the update and that restoration remains possible.
A backup is only valuable when it can be restored.
Secure Boot Certificate Rollout Continues
Another important part of the update story is Microsoft’s continued Secure Boot certificate rollout.
Secure Boot is designed to help prevent unauthorized software from executing during the system’s boot process. It establishes a chain of trust before Windows fully loads, making it considerably harder for certain classes of boot-level malware and other persistent threats to interfere with the operating system.
The certificate transition is therefore not merely a technical housekeeping exercise. It is part of Microsoft’s longer-term effort to modernize the trust infrastructure underlying Windows startup security.
Secure Boot Is Becoming More Important
Modern attackers increasingly look for ways to operate below traditional operating-system defenses.
Security tools may detect suspicious applications, malicious scripts, credential theft, and abnormal processes, but attacks operating earlier in the boot chain can be considerably more difficult to identify and remove.
That is why changes to Secure Boot certificates deserve attention even from administrators who never manually interact with Secure Boot settings.
The underlying objective is straightforward: make the
The Timing Is Especially Significant
KB5120249 arrives during a period when Windows 10 users are facing an uncomfortable decision.
Continue running the familiar platform under available security support, or begin accelerating migration toward Windows 11 and newer hardware.
For individuals, the decision may simply involve replacing an aging computer. For large organizations, however, migration can involve thousands of endpoints, incompatible applications, specialized software, hardware dependencies, user training, testing, and significant operational costs.
This is why Windows
Windows 10 Still Has a Huge Security Footprint
An operating system does not disappear when its successor becomes the preferred platform.
Legacy Windows machines can remain active for years because they are embedded in businesses and workflows that were designed around them.
Some systems operate specialized applications that have not been certified for newer versions of Windows. Others depend on hardware drivers that are difficult to replace. Some organizations simply need more time to complete large-scale migration projects.
Every one of those systems represents another endpoint that must be managed.
Patching Is Not the Same as Modernization
KB5120249 demonstrates an important distinction: security maintenance can extend the life of a system, but it does not necessarily make that system modern.
An organization may remain protected against newly patched vulnerabilities while still operating older software, outdated applications, unsupported peripherals, weak authentication methods, or legacy network architectures.
Security updates reduce risk. They do not eliminate technical debt.
This is why organizations should view Extended Security Updates as a bridge rather than a permanent strategy.
Administrators Should Verify the Update
Installing the update should be followed by validation.
IT teams should confirm that KB5120249 installed successfully, verify that affected systems restarted normally, review Windows Update logs where appropriate, and check whether security policies continue to operate as expected.
Systems using File History over SMB deserve additional attention.
Administrators should perform an actual backup and, where operationally possible, conduct a test restoration. A successful notification is not enough evidence that the complete recovery chain works.
Backups Need Their Own Security Strategy
The File History fix also highlights a larger lesson about backups.
A backup system connected directly to production infrastructure can become a target during a ransomware attack. If attackers obtain sufficient privileges, they may attempt to delete, encrypt, or otherwise sabotage accessible backups.
For this reason, organizations should consider layered backup strategies that include offline, isolated, immutable, or otherwise protected recovery copies where appropriate.
The objective is not merely to have multiple copies. The objective is to ensure that at least one recovery path survives an attack.
The Broader Ransomware Connection
The timing of this Windows 10 update is particularly relevant given the continuing evolution of ransomware operations.
Modern ransomware groups increasingly combine vulnerability exploitation, stolen credentials, legitimate administrative tools, and prolonged reconnaissance.
An unpatched endpoint may provide an initial foothold. A compromised account can then enable lateral movement. Network shares may expose sensitive information. Backup infrastructure may become the next target.
A seemingly ordinary Windows security update can therefore become one small but important part of a much larger defensive strategy.
Why Secure Boot Deserves More Attention
Secure Boot has historically been something many users never think about.
That is changing.
Boot-level persistence is attractive to sophisticated attackers because it can provide opportunities to operate beneath conventional security controls. Strengthening the trust chain during system startup can make those techniques more difficult.
The certificate rollout is therefore an example of security work that may not produce a dramatic visible change for users while still having long-term importance.
The Human Problem Behind Windows 10 Migration
Technology migrations are rarely blocked by technology alone.
They are also blocked by people, budgets, schedules, compliance requirements, application dependencies, procurement delays, and fear of disrupting production.
That explains why extended support programs exist.
They give organizations additional time, but that extra time should be used strategically. Every additional month should ideally bring the organization closer to replacing unsupported or difficult-to-maintain systems.
Otherwise, temporary support can slowly become permanent dependence.
Deep Analysis: What KB5120249 Really Signals
A Security Patch Is Also a Lifecycle Warning
KB5120249 should be viewed as more than another monthly Windows update. It is also a signal that Windows 10 is firmly in maintenance mode.
Microsoft is increasingly focused on keeping supported installations secure rather than transforming the operating system with major new capabilities.
For administrators, that means the strategic question is no longer simply “Should we install this update?”
It is also “What is our plan for the system after this period of extended support?”
The Cost of Waiting Keeps Growing
Delaying migration can appear financially attractive because replacing thousands of computers is expensive.
But the cost calculation changes when organizations factor in security engineering, extended support licensing, compatibility testing, emergency remediation, incident response, and operational risk.
At some point, maintaining the old platform can become more expensive than moving away from it.
Legacy Systems Create Security Blind Spots
Older systems are often surrounded by exceptions.
An administrator may exclude a legacy application from a security policy because it breaks under stricter settings. A machine may remain on an older network segment because its application cannot tolerate modernization.
Over time, these exceptions accumulate.
The result can be an environment where the weakest systems quietly become the most attractive targets.
SMB Remains a High-Value Enterprise Surface
The File History issue also brings attention back to SMB.
SMB is indispensable in many Windows environments, but its importance makes it an attractive target. Poorly configured shares, excessive permissions, exposed services, and compromised credentials can create pathways through corporate networks.
Organizations should therefore treat SMB configuration as part of their security architecture rather than simply a file-sharing feature.
Backups Should Be Tested Under Pressure
Many organizations discover backup weaknesses only during emergencies.
A backup job can report success while still failing to protect critical data. A recovery repository can exist but lack the necessary credentials. Encryption keys may be inaccessible. A restore may take far longer than expected.
Regular recovery testing turns backups from a theoretical safety net into a demonstrated capability.
Secure Boot Shows How Security Is Moving Down the Stack
The Secure Boot certificate rollout illustrates a broader industry trend.
Security is increasingly moving deeper into the computing stack.
Instead of relying exclusively on antivirus software and endpoint detection, modern defenses increasingly involve firmware, hardware-backed protections, boot validation, identity controls, virtualization security, and trusted execution mechanisms.
The operating system remains important, but it is no longer the only battlefield.
Attackers Are Becoming More Patient
Cybercriminal operations increasingly resemble long-term campaigns rather than simple smash-and-grab attacks.
Threat actors may spend days or weeks mapping an environment before launching destructive activity.
They may identify backup servers, privileged accounts, exposed applications, remote access systems, and valuable data repositories before taking action.
That makes vulnerability management more important because attackers can exploit weaknesses discovered months after they first appear.
Patching Windows 10 Still Matters
Even organizations planning to migrate should continue patching supported Windows 10 machines.
Migration planning does not provide protection against active vulnerabilities.
A machine that will be replaced in three months can still be compromised today.
Security teams therefore need two parallel strategies: defend the existing infrastructure and build the replacement infrastructure.
Windows 11 Migration Should Be Risk-Based
Migration should not necessarily mean replacing every device simultaneously.
Organizations can prioritize machines based on exposure, business importance, hardware compatibility, user privileges, data sensitivity, and network access.
Internet-facing or highly privileged systems should generally receive particular attention.
This approach can reduce risk while allowing large organizations to manage migration costs more realistically.
Extended Security Updates Can Create False Confidence
Extended support is valuable, but it can create psychological comfort.
Administrators may think that because Microsoft continues issuing patches, the underlying environment is no longer a concern.
That is dangerous.
An operating system can be patched while applications remain vulnerable, credentials remain weak, users remain exposed to phishing, and network segmentation remains inadequate.
Security is a system, not a monthly update.
The Update Should Trigger an Audit
Organizations deploying KB5120249 should consider using the event as an opportunity to review their Windows 10 inventory.
How many machines remain?
Which versions are running?
Which devices cannot migrate?
Which machines contain sensitive information?
Which systems have administrative privileges?
Which endpoints rely on network backups?
Which systems still use legacy protocols?
These questions can transform a routine update into useful security intelligence.
Asset Visibility Is the Foundation
An organization cannot secure what it cannot see.
Windows 10 systems that have disappeared from asset inventories are particularly dangerous because they may continue operating without receiving appropriate maintenance.
Security teams should therefore maintain accurate endpoint inventories and identify machines that are approaching or already beyond their supported lifecycle.
The Most Dangerous Endpoint May Be the Forgotten One
Attackers do not necessarily target the most modern workstation.
They often look for the easiest path.
A forgotten Windows 10 computer connected to an important network segment can be more useful to an attacker than a heavily monitored executive laptop.
That is why asset management and vulnerability management need to work together.
File History Is Not a Complete Ransomware Defense
Even with the SMB-related problem addressed, File History should not be treated as a complete ransomware recovery solution.
A determined attacker may target accessible backup resources.
Organizations with high-value data should therefore maintain multiple recovery layers and protect backup infrastructure with separate access controls.
Recovery Planning Matters as Much as Prevention
Security discussions often focus on stopping attacks.
But sophisticated organizations also plan for failure.
If ransomware succeeds, how quickly can critical systems be restored?
Which services must return first?
Where are clean backups stored?
Who controls recovery credentials?
How will compromised accounts be replaced?
A strong incident response plan assumes that prevention can fail.
Secure Boot Is Part of Defense in Depth
Secure Boot should not be viewed as a magic security shield.
It is one layer.
Endpoint security, patching, application control, identity protection, network segmentation, secure configuration, and user awareness remain necessary.
The strength of modern cybersecurity comes from overlapping controls rather than one perfect technology.
Attack Surface Reduction Is the Larger Goal
Every unnecessary service, exposed port, privileged account, legacy protocol, and outdated application increases attack surface.
Windows 10 administrators should therefore use the remaining support period to reduce unnecessary exposure.
The best migration strategy is not simply moving machines to Windows 11.
It is reducing the number of ways an attacker can reach those machines in the first place.
The Enterprise Challenge Is Different From the Consumer Challenge
A home user may be able to replace a Windows 10 computer relatively quickly.
An enterprise cannot always do that.
Large environments have procurement cycles, software dependencies, compliance obligations, and thousands of users.
That difference explains why extended support remains important even after a platform has reached the end of its mainstream lifecycle.
Security Teams Should Track Exceptions
Every system that remains on Windows 10 for a legitimate reason should have an owner and a documented justification.
Organizations should know why the system cannot migrate, what compensating controls protect it, and when the exception will be reviewed.
Without accountability, temporary exceptions can become permanent vulnerabilities.
The August Update Is a Useful Reminder
KB5120249 is ultimately a reminder that operating-system security is an ongoing process.
The update addresses immediate issues, but the larger challenge is lifecycle management.
Windows 10 may still function perfectly well for many users, yet functionality is not the same thing as long-term security sustainability.
The Next Phase Will Be About Migration
As Microsoft continues moving its ecosystem toward newer platforms, Windows 10 organizations will increasingly face a strategic choice.
Pay for additional support and continue maintaining legacy infrastructure, or invest in migration and reduce long-term dependency.
Neither option is free.
But delaying the decision indefinitely can make the eventual transition more difficult.
Security Teams Should Think Beyond Patch Tuesday
Monthly updates are important, but effective security cannot operate only on Microsoft’s release schedule.
Organizations should continuously monitor endpoints, investigate suspicious activity, test recovery procedures, review privileges, audit exposed services, and hunt for signs of compromise.
Patch management is one process inside a larger security operation.
The Bigger Message for 2026
The most important lesson from KB5120249 is not the update number.
It is the changing role of Windows 10.
The platform has moved from being
That transition changes the security mindset.
Instead of asking how long Windows 10 can continue running, organizations should increasingly ask how quickly they can safely reduce their dependence on it.
What Undercode Say:
- Windows 10 Is Entering Its Final Security Chapter
KB5120249 shows that Windows 10 remains relevant, but its role is changing. The operating system is increasingly being maintained for security rather than treated as Microsoft’s future desktop foundation.
2. Security Updates Still Have Immediate Value
Organizations should not interpret Windows
- The File History Fix Has Real Operational Importance
Backup reliability is one of those issues that users often ignore until disaster strikes. A correction involving File History over SMB deserves validation because unreliable backups can turn a manageable incident into a catastrophic one.
- Secure Boot Is a Strategic Security Layer
The continuing Secure Boot certificate rollout demonstrates how Microsoft is strengthening security beneath the operating-system level. This matters because sophisticated attackers increasingly seek persistence mechanisms that operate below conventional security software.
- ESU Should Be Treated as a Bridge
Extended Security Updates buy time. They should not become an excuse to postpone modernization indefinitely.
6. Legacy Infrastructure Is an
Every unsupported or difficult-to-maintain machine represents another potential weakness. Organizations should identify these systems and prioritize them according to exposure and business impact.
7. Backup Infrastructure Needs Isolation
A backup that is always accessible from the same environment as production systems can become a target. Critical recovery data should be protected against unauthorized deletion or encryption.
8. SMB Deserves Continuous Monitoring
Because SMB remains deeply integrated into enterprise environments, organizations should pay attention to unnecessary exposure, permissions, authentication, and unusual network behavior involving file-sharing infrastructure.
9. Patching Alone Is Not Enough
KB5120249 can address known issues, but it cannot solve weak passwords, excessive privileges, phishing, exposed applications, poor segmentation, or insecure configurations.
10. Migration Needs a Security Budget
Organizations should not view Windows 10 migration purely as an IT expense. It is also a cybersecurity investment that can reduce long-term exposure and maintenance complexity.
11. Asset Inventory Should Come First
Before deciding how to migrate, organizations need to know exactly how many Windows 10 machines remain and what those machines do.
12. High-Value Systems Need Priority
Systems controlling sensitive data, privileged accounts, critical business applications, or important network resources should receive special attention during lifecycle planning.
- Test the Backup After Installing the Update
The strongest practical recommendation is simple: do not assume a backup problem is fixed merely because an update was installed. Perform a backup and verify restoration.
- Secure Boot Changes May Be Quiet but Important
Not every security improvement produces a visible feature. Some of the most important changes happen beneath the user interface.
15. Attackers Exploit the Weakest Link
A sophisticated security architecture can still be undermined by one forgotten workstation, poorly protected account, or outdated application.
- Windows 10 Can Still Be Securely Managed
The end of mainstream development does not automatically make every Windows 10 computer unsafe. Proper patching, monitoring, configuration, and compensating controls remain meaningful.
17. But Risk Will Increase With Time
The longer an organization remains dependent on an aging platform, the more difficult it may become to maintain compatibility, security tooling, hardware support, and operational efficiency.
- The Update Is Also a Planning Signal
KB5120249 should trigger conversations between IT leadership, security teams, procurement departments, and business owners about the future of remaining Windows 10 systems.
19. Every Exception Needs an Owner
A machine that cannot migrate should not disappear into an undocumented exception list. Someone should be responsible for its security and eventual replacement.
20. Recovery Should Be Tested Before Crisis
A ransomware incident is the worst possible time to discover that backup procedures do not work.
21. Secure Boot Fits Defense in Depth
Secure Boot does not replace endpoint protection, but it strengthens the overall security architecture by helping establish trust during startup.
- The Threat Landscape Makes Patching More Urgent
As attackers continue exploiting exposed enterprise applications and internet-facing infrastructure, organizations cannot afford to leave known vulnerabilities unaddressed simply because a platform is approaching retirement.
- Windows 10 Remains a Major Operational Reality
Despite the rise of Windows 11, legacy deployments remain important enough that security teams must continue treating them seriously.
24. ESU Has Strategic Value
For organizations that genuinely need additional time, Extended Security Updates can provide a valuable transition period.
25. ESU Also Has a Cost
Organizations should calculate the full cost of continued legacy operation rather than considering only the price of support itself.
26. Migration Should Be Phased
Large environments can reduce disruption by migrating systems in carefully prioritized waves instead of attempting a single massive transition.
27. Security and Compatibility Must Work Together
A system that cannot run an essential application cannot simply be upgraded without testing. Migration requires technical validation, not just policy decisions.
28. Network Segmentation Can Reduce Exposure
Legacy systems that must remain online can sometimes be protected by limiting their network reach and controlling which systems can communicate with them.
29. Identity Security Remains Critical
Even a fully patched Windows computer can be compromised if attackers obtain valid credentials. Strong authentication and privilege management remain essential.
30. Ransomware Defense Requires Multiple Layers
Patching, endpoint protection, identity controls, network segmentation, secure backups, monitoring, and incident response all contribute to resilience.
31. Monthly Updates Should Trigger Verification
Security teams should use update cycles as opportunities to confirm that systems remain healthy rather than treating updates as purely automated events.
32. Old Does Not Mean Irrelevant
Windows 10 may be approaching the end of its mainstream lifecycle, but the systems still running it can contain valuable information and provide attackers with meaningful access.
- The Forgotten Computer Is a Real Risk
Machines that are not visible in centralized management platforms can become dangerous blind spots.
34. Backup Failures Can Become Security Failures
A failed backup is not merely an operational inconvenience when the organization depends on those files for ransomware recovery.
- Secure Boot Reflects the Modern Threat Model
The industry is increasingly defending computers at multiple layers, from firmware and boot processes to applications, identities, and network traffic.
36. The Best Security Strategy Is Proactive
Waiting until Windows 10 systems become impossible to support will make migration more expensive and potentially more dangerous.
37. KB5120249 Should Be Installed Responsibly
Organizations should deploy the update according to their normal testing and change-management processes while paying particular attention to backup workflows and Secure Boot-related behavior.
38. Windows
The platform may be approaching the end of its mainstream journey, but it will remain part of the enterprise security landscape for years through legacy infrastructure and extended support.
- The Real Deadline Is Risk, Not a Calendar
A migration date matters, but the more important question is when continued operation creates unacceptable security or operational risk.
40.
KB5120249 is not just another Windows update. It is a reminder that security maintenance, backup reliability, Secure Boot modernization, and operating-system migration are now connected parts of the same problem. Organizations should patch the systems they still depend on, verify their recovery capabilities, reduce legacy exposure, and use the remaining Windows 10 support window to build a realistic migration strategy.
✅ The Update Is Presented as an August 2026 Windows 10 ESU Release
The supplied report describes KB5120249 as an Extended Security Update for Windows 10 22H2 and 21H2, with August 2026 security improvements and additional fixes.
⚠️ The Detailed Microsoft Changelog Should Be Verified
The source provided is an X post pointing to a third-party article rather than Microsoft’s own official KB documentation. Specific claims about individual fixes and certificate rollout details should therefore be checked against Microsoft’s official release notes before being treated as independently confirmed.
✅ The Broader Security Analysis Is Consistent With Established Practice
Patching, backup testing, Secure Boot, asset inventory, segmentation, and migration planning are all legitimate components of modern endpoint security. However, the analysis above should not be interpreted as proof that every security recommendation is specifically mandated by KB5120249 itself.
Prediction
(-1) Windows 10 Legacy Risk Will Continue Rising
As more organizations move toward Windows 11 and newer hardware, the remaining Windows 10 installations are likely to become increasingly concentrated in legacy, specialized, or difficult-to-migrate environments. That concentration can make them more attractive targets.
(+1) Organizations Will Accelerate Migration
Extended Security Updates give businesses additional breathing room, but they also make the remaining timeline more visible. More organizations are likely to use the ESU period to accelerate Windows 11 migration, replace incompatible hardware, and eliminate legacy dependencies.
(+1) Backup Testing Will Receive More Attention
The File History and SMB angle reinforces a broader trend: organizations are likely to place greater emphasis on proving that backups can actually be restored rather than simply confirming that backup jobs report success.
(+1) Secure Boot Will Become More Visible
As firmware-level and boot-level attacks receive greater attention, technologies such as Secure Boot will increasingly become part of ordinary enterprise security discussions rather than obscure technical settings.
(-1) Legacy Exceptions Will Remain a Major Weakness
Some organizations will continue operating Windows 10 systems long after migration programs begin because of application or hardware dependencies. Those exceptions may remain among the hardest assets to secure.
(+1) Patch Management Will Become More Strategic
Windows
Final Takeaway
Windows
Microsoft’s KB5120249 release illustrates the strange position Windows 10 now occupies: still too important to ignore, but increasingly too old to treat as the long-term foundation of modern computing.
The immediate message for administrators is clear. Patch supported Windows 10 systems, verify File History and SMB-based backups, pay attention to Secure Boot changes, and continue reducing legacy exposure.
The larger message is even more important.
Extended Security Updates can keep an aging platform defensible, but they cannot stop the clock.
For organizations still running Windows 10, the smartest approach is not to panic and abandon the platform overnight. It is to use every remaining month of support deliberately—to identify legacy systems, strengthen defenses, test recovery, reduce attack surface, and build a controlled path toward the next generation of Windows infrastructure.
Windows 10 may still have plenty of life left in it.
But cybersecurity teams should make sure that life does not become an excuse to postpone the future.
▶️ Related Video (68% Match):
https://www.youtube.com/watch?v=1Je8c_x1DM4
🕵️📝Let’s dive deep and fact‑check.
🎓 Live Courses & Certifications:
Join Undercode Academy for Verified Certifications
🚀 Request a Custom Project:
Secure, high-velocity infrastructure and disruptive technological engineering. Contact our engineering team for high-tier development and proprietary systems:
[email protected]
💎 Smart Architecture | 🛡️ Secure by Design | ⭐ Trusted by Thousands
References:
Reported By: x.com
Extra Source Hub (Possible Sources for article):
https://www.reddit.com
Wikipedia
OpenAi & Undercode AI
Image Source:
Unsplash
Undercode AI DI v2
🔐JOIN OUR CYBER WORLD [ CVE News • HackMonitor • UndercodeNews ]
📢 Follow UndercodeNews & Stay Tuned:
𝕏 formerly Twitter 🐦 | @ Threads | 🔗 Linkedin | 🦋BlueSky | 🐘Mastodon | 📺Youtube
