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What you need is WPA-2 Enterprise, combined with a RADIUS server for authenticating users. If you have an existing Active Directory infrastructure, then you can use the Network Policy Server role in Windows to do the authentication and allow users to log on with their AD username/password.


Another possible solution is to set up multiple SSIDs and provide separate passwords for each one. It's not as elegant as having multiple passwords for the same SSID, but it would accomplish the same thing and would be easy to manage if your router supports multiple SSIDs. One such router is Asus' RT line of consumer-level dual-band routers (I have the ...


I would answer your question with another question...what do you hope to gain by having each user connect using a different password? The exercise seems somewhat pointless to me unless you're also hoping to attach some sort of network policies to the different credentials that you didn't mention in your original question. Other respondents are correct, ...


Clearly you have an interference problem. Interference can come from passive elements like aluminum wall studs or thick floors, but those are not likely to show the periodic pattern you see. So something electric or electronic is periodically emitting. Finding it may be expensive or tough, but you have a few options. Graph more. It would be nice to make ...


(clientsOfLan1) ))> RB1 <---> SXT1 ))> <(( SXT2 <---> switch <(( (clientsOfLan2) if you want LAN1 and LAN2 use the same subnet, just make RB1 as the main router. LAN1 and LAN2 assign DHCP from RB1. i did it on my office. thank you.


Your wifi needs to be connected to a gateway where you can redirect the traffic towards your captive portal (login page). You can do this by using iptables on linux. Say that your interface eth0 is connected to your access point with the subnet and your gateway (linux server) is configured at and has internet access on a separate ...

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