FAQs
How can I troubleshoot a device that can't connect to Tanaza?
Once you have a Tanaza powered device (i.e. running TanazaOS), if after following the guide How to add a device to Tanaza the device is shown not online from your account, there are some steps to spot where the problem could be. Read this step-by-step article to troubleshoot your device.
How does the 802.11k assisted roaming work?
Devices which support this standard (e.g. more recent smartphones) can send a request to obtain a list of neighbor access points, with their channels and status, for instance when the signal strength of the current one starts weakening.
Once obtained, the devices know which access points are candidates for the next roam.
This standard specifies that, for example, if there’s an close access point with high traffic, and another with less traffic but farther than the first one, the recommended one will be this last one, due to its faster throughput capability.
How can I ensure the communication between a device and Tanaza?
In order to manage any device with TanazaOS installed from the Tanaza platform, a communication between the two must be ensured. The device will have to reach the Tanaza servers infrastructure, and being able to create a secure connection to them to grant full access from the cloud, to transmit statistics and receive configuration updates. Read this article to ensure the correct communication between the TanazaOS devices and the Tanaza servers infrastructure.
Can I connect the Classic Hotspot with Tanaza cloud?
It’s now possible to use also the complete feature set of the Tanaza Classic Hotspot with this new Tanaza platform.
To know more about the configuration process, please check:
External Splash Page with Tanaza Classic Hotspot
Knowledge
Recent articles
NARA & Tanaza’s AI journey
Discover Tanaza’s latest advancements with NARA, an AI-powered assistant, and explore our vision, progress, and future plans in the realm of AI innovation.
Tanaza Now Supports All TIP OpenWiFi™ Access Points
Tanaza and Telecom Infra Project (TIP) join forces, extending platform compatibility to all OpenWiFi™ access points. This collaboration promotes an open networking market, providing interoperability with hardware from TIP community participants.
TanazaGPT: OpenAI ChatGPT integration
Introducing TanazaGPT. Reshape Wi-Fi management with ChatGPT. Efficient control, troubleshooting, and the future of AI in network management – a glimpse ahead.
How to troubleshoot MDU Wi-Fi networks with Tanaza
Discover how to fix coverage and speed issues for MDU networks, including network overload, wrong roaming setup, multipath fading, congestion, interferences and more.
Network downtime – The real cost for MSPs, ISPs and SPs
Network downtime is one of the most expensive issues for MSPs, ISPs and SPs network architectures. Read the computational formula to calculate the relationship among network downtime and money loss, discover how what are the causes of network downtime and how Tanaza + Fing can help to prevent them.
Technical Guide to 6GHz for MSPs, ISPs and SPs
The 6GHz frequency works in the worldwide range between 5.925 and 7.125 GHz (1200MHz grant of the spectrum) and has a theoretical top speed of 9.6 Gbps (the same as the 5GHz). Read more about the benefits of the frequency band, features, differences with 2.4/5 GHz and much more.
Ebooks

How to troubleshoot
wireless networks
Deploying a robust state-of-the-art WiFi network that allows delivering high performance and reliability has turned out to be a challenging task for many enterprises. Learn how to troubleshoot wireless networks with the OSI model
25 Aug 2020
Sign up for updates on
Network Troubleshooting