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Very unlikely. It has the wrong chip set so a port would be *extremely* difficult.

​@@DanielThompsonRFNOh okay, are there other smartwatches, such as the P8 and the SENBONO K9, that support WaspOS?

@@xx.xterri PineTime is definitely the easiest option. It is designed to be hackable so nobody has to guess how it works and the manufaturer won't change the specification without telling anyone. The P8 and K9 both work (P8 works well, K9 lacks features) but there are occasionally changes to the design or models with confusingly similar names (P8b was broken for a long time until someone figured out the changes). If in doubt go for the PineTime!

You don't "need" the dev kit, but it is nice to be able to "unbrick" your stuff if you happen to fudge something. You can certainly do all of this over ble

Take a look at the appropriate chapter in the application writer's guide: wasp-os.readthedocs.io/en/latest/appguide.html#how-to-run-your-application

@@DanielThompsonRFN that only works for not sealed watches

Sorry, don't understand what you mean. None of that documentation requires you to take the back off.

@@DanielThompsonRFN but how would you enter that shell where you can load the apps?

@@Itsmmkk Python REPL is accessible via Bluetooth

wasp-os.readthedocs.io/en/latest/appguide.html#how-to-run-your-application

@@DanielThompsonRFN Thank you, it turns out I just read over that part when i first read the doc. It works now and it's really cool to develop for this watch. Thanks for your videos and all the hard work you put into that project.

wasp-os.readthedocs.io/en/latest/install.html#nrf-connect-for-android

There's lots of new features in the git master repo...

@@DanielThompsonRFN when updating from a older version of wasp os do I just update the main file or both the boot loader and the main file. Thanks

wasp-os.readthedocs.io/en/latest/install.html

@@DanielThompsonRFN is it possible to make it work on windows without virtual machine that runs linux ? the link you supported says "to run simulator, type make sim" ,,,, like where? how? .... what a great tutorial lol

@@DanielThompsonRFN for example, i get module 'wasp' has no attribute 'system' , i followed everything including msys2 tool chain to get all things prepared

I've not tested on Windows but I believe it can be done. I think there is a open issue on the GitHub but so far nobody has writen it up to go in the docs.

wasp-os provides a python REPL via the Nordic UART Service. All wireless commuication is handled by setting python commands to the REPL and capturing the results. wasptool serves as an example for this.

@@DanielThompsonRFN Okay.. thank you ! We want to read the heartrate sensors and send them through Bluetooth for building some custom applications..

Please use github.com/daniel-thompson/wasp-os/issues and be sure to include details of what watch you have, what version of wasp-os you installed, where you got the binaries from, and so on.

sorry for the tone in the comment it is simply a risk installing new software and these watches are inexpensive anyway.

​@@matthewhull6278 No worries. I don't like seeing watches bricked either! As in the other thread if you can share details in the github issues then we'll do what we can... whether that is a software fix or advice on how to use a hot air gun to deliver a hardware fix will depend on exact details.

I'll make a GitHub request

I'm not quite sure to be honest. I believe the problem is caused by an (undocumented) third revision of the P8 hardware. I tried to put a card overlay into the video to warn people but Google won't let me because I don't have enough subscribers to be allowed text overlays. In the end the best I could do was add a warning to the video description!

@@DanielThompsonRFN Yup I saw your warning a little too late haha. Do you think I could reflash it with the SWD? Also I couldn't find the warning on the github you linked.

If you can get physical access to the SWD pins then you can almost certainly recover it, yes. nRF parts sometimes need a special flash wipe to recover them (which can't be done with an STLink) but unless there is physical damage recovery via SWD should always work.

If you can get physical access to the SWD pins then you can almost certainly recover it, yes. nRF parts sometimes need a special flash wipe to recover them (which can't be done with an STLink) but unless there is physical damage recovery via SWD should always work.

@@DanielThompsonRFN How would I do the flash wipe? I was planning on using a raspberry pi with OpenOCD. I was looking at this github.com/lupyuen/visual-embedded-rust/blob/master/README.md#connect-pinetime-to-raspberry-pi, not sure if this is what you meant.

I don't recall linking to anything about P9. Have you got the link?

@@DanielThompsonRFN My bad I misremembered and it wasn't your github at all. github.com/Jac-eko/p8-smartwatch-hacking Sorry for the confusion but I'll take the opportunity to ask, would wasp-os work on the P9? specs wise the difference seems to just be an added oxymeter and a smaller 1.3" display.

@@joaofonseca6083 Hard to say. The specs I've seen sound similar but IIRC this model doesn't use DaFit so it may be hard to load alternative firmware like wasp-os without opening it up.

@@DanielThompsonRFN thanks, also is the step counter on the new hardware revisions of the p8 still an issue? And is the senbono p8 compatible with daflasher/wasp-os?

Adding code to the manifest means it will be included in micropython.zip. This gets copied to the watch's flash meaning thay any code added via the manifest has no RAM overhead (until you import it).

Okay makes sense. Thanks!

See wasp-os.readthedocs.io/en/latest/install.html#binary-downloads

It's the NRF flash app that is so slow, not wasp.

wasp-os.readthedocs.io/en/latest/apps.html#word-clock 🥳

1 Option is with the dev kit, which is open and allows you to connect to poggo pins inside of the watch. 2. Option is to connect through Bluetooth(he has a video of this) where you are able to flash stuff to it, providing the OS supports it.