DIY: Transforming Unstable TP-Link Archer C6 Cloud Wi-Fi Router to a Stable OpenWRT-based Cloud Wi-Fi Router

Last year in December I bought a TP-Link Archer C6 v2 Cloud Wi-Fi Router (EU make) to have Gigabit support on my Home Wi-Fi Router and also be future ready for the Internet Bandwidth upgrade. One of the reasons for choosing this model was – Dual Band Gigabit Router, MU-MIMO Support, 4 Antennas, Low Price and the most important – Cloud support. While the first couple of Firmware upgrades went on well and caused no issues, sever problems started arising from Firmware upgrades starting Mar’20 or so. The key issue was the stability issue with the 2.4 GHz Band. Devices connected to this Band will suddenly be thrown out even while the SSID would keep broadcasting (sometimes 2 – 3 times a day, sometimes in week or 10 days). After being patient for the initial couple of months, I found a Thread in TP-Link forum where many users kept complaining about this issue.

With every firmware upgrade things went from bad to worse and other than the 2.4GHz stability issue, I also started facing issues with QoS, DDoS filtering and LAN access. Though the Router was under warranty I decided last night to go with the OpenWRT route. Though OpenWRT is a reputed non-OEM firmware, it did not have Cloud support for my Router. So with some experiments conducted on my RaspberryPi, I decided to make the Router an IoT device and install IoT services through which I could manage the Router from the cloud. Please go through the detailed instructions below if you want to make your Router an OpenWRT Cloud Router. Do keep in mind that you will loose product warranty for not using OEM firmware (though you can restore back to OEM firmware later on if required). You should also ensure that you have a Wi-Fi Router with sufficient on-board memory to support OpenWRT and other additional packages that need to be installed. 

Google Drive File Stream download for non-GSuite Users

#Google announced few months back that it will be offering #GoogleDriveFileStream even for non- #GSuite users. Surprisingly you still don't get a proper Download Page similar to #GoogleDrive #BackupAndSync. 

After some searching found that you can download Drive File Stream from one of the following links -



Though the download file names are surprisingly different, they are the same files with the same version.

#DriveFileStream is like a Sharepoint drive mapped in #Windows #FileExplorer . Only those marked #offline will get downloaded. 

Internet Revolution: From 33.6 kbps PSTN Dialup in 1999 to 1 Gbps Always-on Fibre Internet in 2020, we have come a long way!

A few days back a read an article of Kapil Jain (from Tata Communications) about his 25 years journey of Internet in India starting with 15-Aug-1995. It makes me look back into my own journey not from 1995, but from 1996.

So in 1996 I joined NIIT (a reputed Computer Training institute in India) through the Bhavishyajyoti Scholarship scheme somewhere during mid-year. It was the Mumbai, Santacruz (W), Hasanabad Lane centre which was quite reputed those days. It was around the end of the year that Dial-up Internet connectivity arrived at the centre. There were many families invited to demonstrate what Internet was. I was lucky enough to get the first glance, being a volunteer in the centre. It was provided by VSNL those days and due to errors in Telephone lines, the connectivity would drop often. It would probably take a minute or 2 to just load an image in a website. The Internet was also available in 2 variants – Text and Graphical. If you had the Text package, then you would dial using Hyperterminal and then be presented with Linux logon prompt and post login we had to use the Lynx browser which would present the webpage in a non-graphical (Black & White) format. I had a close friend (Anish) who had all the latest things at his house in Vile Parle and other than NIIT, it was his place where I would explore all tech.