Android is very much designed with every application in its own little silo that needs the permission of the OS vendor or something off-device (like a cloud service both apps access) to communicate with each other. This means, among other things, a very limited ability to do software development on the device and run your own applications, a very limited ability to automate applications, no chaining of workflows (e.g. read some sensor in one app, process the data in another, graph it in a third). You also generally don’t have administrator/root access on the device and if you do get around that restriction a lot of the applications for things like banks will refuse to work. You can’t properly control which data your device collects and where it sends it. Your ability to debug the behavior of your own applications and device is severely limited.
Android is very much designed with every application in its own little silo that needs the permission of the OS vendor or something off-device (like a cloud service both apps access) to communicate with each other. This means, among other things, a very limited ability to do software development on the device and run your own applications, a very limited ability to automate applications, no chaining of workflows (e.g. read some sensor in one app, process the data in another, graph it in a third). You also generally don’t have administrator/root access on the device and if you do get around that restriction a lot of the applications for things like banks will refuse to work. You can’t properly control which data your device collects and where it sends it. Your ability to debug the behavior of your own applications and device is severely limited.
Thanks for the heads up. This is good to know.
I typically use my work computer for just zoom meetings. I could see my possibly being able to replace my work computer with this.
Of course I’d still keep Linux on my personal laptop.