Windows 10: Can't connect to Wi-Fi and/or missing Wi-Fi network adapter

I recently got a new laptop, an ASUS ROG Zephyrus. I updated the computer to Windows 11, and since then it has not been able to connect to the Wi-Fi. I've watched numerous videos on how to "solve" my problem, yet not have worked. I have gone through the troubleshooter, yet it doesn't give me any solutions/it can't find any problems. I also went through the command prompt and reset ipconfig and the winsock thing. Still nothing. I then tried to update my driver on my Wi-Fi network adapter. However, I don't see it in my device managerSee the photo below. Unless one of these is my wifi network a

:)

 

Wi-Fi CERTIFIED EasyMesh Delivers Intelligent Wi-Fi Networks

Wi-Fi Alliance introduces Wi-Fi CERTIFIED EasyMesh , bringing efficient, self-organizing networks that deliver a broad footprint of uniform Wi-Fi service. Built on the promise of Wi-Fi CERTIFIED , Wi-Fi EasyMesh delivers a standards-based approach to deploying adaptable networks comprised of multiple access points from different vendors, extending uniform Wi-Fi coverage and enhancing performance throughout a larger service area than is possible with a single access point. Wi-Fi EasyMesh allows users and service providers to select interoperable devices across different brands to ensure fast, wide, and reliable Wi-Fi coverage.

Wi-Fi EasyMesh technology coordinates multiple access points into a unified and intelligent Wi-Fi network that autonomously aids all areas of the home to have complete Wi-Fi coverage. Access points organize themselves and establish high-performance Wi-Fi network connectivity with minimal effort required by the user. After the initial simple setup, Wi-Fi EasyMesh monitors network conditions and self-adapts as needed. Wi-Fi EasyMesh guides smartphones, tablets, and other user devices to the optimal access point, enabling a seamless experience, even when moving throughout the home. Wi-Fi EasyMesh networks accommodate a greater selection of devices across brands and are also extensible, making it easy for users to introduce new Wi-Fi EasyMesh access points into their network. Wi-Fi EasyMesh access points today will maintain interoperability with future Wi-Fi EasyMesh networks, providing an enhanced user experience for years to come.




"Wi-Fi EasyMesh offers both service providers and Wi-Fi users a consistent approach to multiple AP solutions," said Edgar Figueroa, president and CEO of Wi-Fi Alliance. "Wi-Fi Alliance is delivering a standardized solution to a market-leading product category enabling a strong ecosystem for interoperable, Wi-Fi CERTIFIED devices."

Wi-Fi EasyMesh is a Wi-Fi Alliance certification program focused on access points. User devices also experience the benefits of Wi-Fi EasyMesh networks, which deliver a consistent level of interoperability between access points and client devices. Other benefits of a Wi-Fi CERTIFIED solution include assurances of Wi-Fi security and accepted protocols, as well as a dependable experience with Wi-Fi EasyMesh setup and management regardless of vendor. Service providers that deploy Wi-Fi CERTIFIED EasyMesh access points in homes can increase customer satisfaction with their Wi-Fi service. Further, Wi-Fi EasyMesh networks enable customers to seamlessly add an appropriate number of Wi-Fi EasyMesh access points to provide necessary full home coverage.

Wi-Fi EasyMesh is the latest in a growing Wi-Fi Alliance technology portfolio that improves the Wi-Fi user experience. Recently launched Wi-Fi CERTIFIED Home Design can leverage Wi-Fi EasyMesh networks in their Wi-Fi CERTIFIED floor plans as another method to deliver integrated, uniform whole home coverage. Wi-Fi EasyMesh networks utilize mechanisms from Wi-Fi CERTIFIED Agile Multiband , and user devices certified for these capabilities will experience more intelligent steering and faster network transitions for applications such as Wi-Fi calling.

"Wi-Fi Alliance is delivering a fundamental innovation for interoperability which is necessary to enable residential IoT and the connected smart home, and products would benefit greatly from being Wi-Fi CERTIFIED," said Adlane Fellah, wireless analyst, Maravedis. "Wi-Fi EasyMesh delivers a better residential Wi-Fi user experience and a standardized approach further expands an existing market and drives greater innovation among product vendors."

For more information on Wi-Fi EasyMesh, please visit: Wi-Fi EasyMesh | Wi-Fi Alliance.

 

Windows 10 stop automatically connecting to random new wi-fi networks

Hi,

I have searched a lot, but all the tutorials I found only explained how to not connect automatically to a known wi-fi network or how to disable wi-fi sense... but this is not what I am looking for...

PROBLEM:

• When my laptop (Windows 10 Pro X64) is not connected to a network and the wireless adapter is on, it will automatically connect to any random new unsecured wi-fi network... The only way I have now to avoid this is to disable my wi-fi adapter.

UNUSEFUL TUTORIALS I FOUND ON THE INTERNET:

• How to manually uncheck the option for a particular wi-fi network not to connect automatically in Network Properties. This is not what I am looking for. This would suggest that everytime I power my computer. I would have to manually go through all the available wi-fi networks and unclick them all...
• How to disable Wi-Fi Sense. This is not useful, because I don't even have a Wi-Fi sense option in my computer where the tutorials say it should be.

EXPECTED BEHAVIOR:

• I am looking for an option to tell my computer to stop connecting randomly to unknown wi-fi networks like an hyperactive, reckless idiot.

PERSONAL COMMENT:

• Honestly, why would any respectable company think that it could be somewhat wise or secure to do this... Anyone's computer could just randomly connect to any hacker's wi-fi network without the user even knowing it...

Any solutions would be greatly appreciated! Thanks!

 

Wi-Fi Agile Multiband Certification to Enable Intelligent Wireless Networks

Wi-Fi CERTIFIED Agile Multiband is a new certification program from Wi-Fi Alliance that enables devices to utilize Wi-Fi network resources better, and networks to adapt and balance load as network conditions change. Wi-Fi Agile Multiband devices dynamically exchange information about a network environment, enabling devices to make smarter decisions and quicker connections in home, enterprise, and managed network environments. Wi-Fi Agile Multiband delivers new capabilities that provide a better experience with both static use cases, such as streaming a high-definition movie, and mobile use cases such as Wi-Fi calling.




Based on global standards, such as IEEE 802.11 k, v, u, r, and Wi-Fi Alliance defined technologies, Wi-Fi Agile Multiband brings a standardized approach to efficient Wi-Fi network resource management that also ensures interoperability across device vendors. Key benefits of Wi-Fi Agile Multiband include:

• Dynamic monitoring (i.e. exchanging network information): Constant, parallel network information exchange about the Wi-Fi radio environment enables client devices to evaluate the best access point (AP), band, or channel connection, avoiding issues with devices that stick to a particular AP longer than appropriate
• Intelligent steering (i.e. making informed network loading): Mechanisms allow APs to intelligently guide clients to less congested or recommended APs, frequency bands, and channels to balance network traffic and meet other management needs
• Fast network transitions (i.e. authenticating quicker): Faster, secure roaming while traversing a network delivers improved mobility and better experiences with latency-sensitive applications such as voice-over Wi-Fi and mobile video streaming

"Today's Wi-Fi delivers connectivity to services and content for many devices in different environments," said Edgar Figueroa, president and CEO of Wi-Fi Alliance. "Wi-Fi Agile Multiband brings new capabilities that increase network and device performance and ultimately provide a better Wi-Fi user experience."

The first Wi-Fi CERTIFIED Agile Multiband products which comprise the test bed for interoperability certification are:

• Broadcom BCM4361 11ac STA Reference Design
• Intel Home Wi-Fi Chipset-based 802.11ac 4-stream Concurrent Dual Band Router
• Intel Dual Band Wireless-AC 8265
• Marvell 802.11ac Wave2 Wi-Fi Test Bed Evaluation Kit
• MediaTek MT7621A+MT7615 802.11abgn/ac Ref. AP
• Ruckus R710 Access Point
• Ruckus ZoneDirector 1200 Controller
• Qualcomm mobile Wi-Fi AC2 chipset

For more information, including a technology overview and technology highlights, please visit: Wi-Fi Agile Multiband | Wi-Fi Alliance