goodburb

I wish there was a desktop equivalent of this app, time to fork RcloneBrowser ;)

What happens to apps that are IoT/Bluetooth-only requiring hardware? Is demo mode enough?

Will there be detailed documentation other than a blogpost?

Porteus editions boots to RAM, you can unplug flash drive, and plug only when saving same with PuppyLinux.

Both support modified Chromium for OOTB hardware video acceleration, known laptop backlight tweaks and fit on 1GB flash drive with 40% free space.

No. PEEK is printed slow and as with anything all designs have flaws; this would have been difficult with other kinematics with this amount of heat. E.g: most of the electronics/motors are in the bottom, less lateral area to heat etc...

The 24-pin expansion FPC connector (used for camera on the Raspberry) offers USB, GPIO, Ethernet and more freeing the 40 pin header for other uses.

PCIe 4.0 looks promising for completely eliminating the large bottleneck with eGPUs.

Beware that edits, portraits and some custom photo modes aren't currently downloaded. And modifying an edit twice or more will not sync. (no modtime or chksum)

"Currently, the Google Photos API does not allow downloading photos in their original quality. Google Takeout is slow and manual, and it does not support incremental photo downloads."

Regarding icloudpd, it isn't that difficult to maintain without official support, still waiting for syncing photo edits, shared albums[1], and saved live photo frame. It's stuck on old pyicloud fork.

Use a snapshot storage if it decides to wipe your iCloud and local files ;)

[1] Works with icloud-photos-sync, but it doesn't save session cookies requiring MFA on each use.

Compared to the smallest Allwinner SoM (DDR2 integ.) it's quarter the footprint & quarter the power consumption with double the memory and dual core. It seems like you're talking about SBC, not SoM...

thanks

Was pretty difficult to find a tool for AFD non-duplex scanning. No upload required.

Rclone is a program to manage files on cloud storage. It is a feature-rich alternative to cloud vendors' web storage interfaces. Over 40 cloud storage products support rclone including S3 object stores, business & consumer file storage services, as well as standard transfer protocols.

Rclone supports folder/file encryption & obfuscation as well as VFS support (mounting remote/cloud as local storage), a great alternative to Veracrypt with syncing abilities over any network storage type.

Correct.

No, it seems like I have attracted the hive again ;).

That's not the point of the article, this is simply a barely documented equivalent to the Linux `sysctl` one liner for those testing or who need it and hence why I shared it, not sure where that all came from.

Edit: You seem to have edited your response.

1: Simple tank level measurement with any tasmota capable devices and ultrasonic module: https://gist.github.com/TalalMash/2538ed7371b35cb3f9e5018872...

2: Auto restart ADSL modem on connectivity loss: https://gist.github.com/TalalMash/1fdb6363b46575d05530c6f654...

Fractional scaling is also GPU accelerated (for battery life) on Windows compared to Wayland/Xorg in which only scaling in multiple is accelerated so far, there is some progress with Plasma (Neon Dev) for single monitor only.

Working scrolling speed adjustment, TouchPad calibration, scrolling and gesture options, random wake from sleep issues on certain hardware, Wayland external display issues, finicky video hardware acceleration with browsers, wine/proton crashes, Bluetooth AAC, power savings with the latest CPU/SoCs. Few issues with dependcies and versions necessates a Linux VM for development anyways.

Not a LB, look into Engarde.

Hardcoded devices/software is a very good point, not sure why the text is faded/downvoted.

You can get similar/higher speeds without ad-blocking by using DNSmasq's "all-server" with at least two upstream servers for forwarding.

For OpenWRT users, I managed to easily get it working with LXC. Sources are in "SmoothWAN" project at Github. OpenWRT natively supports LXC now. Shortcut: https://github.com/TalalMash/smoothwan-feeds/tree/main/pihol...

From my testing, the auto weighing has memory, going from idle to saturation has no ramp up delay. Unlike MLVPN, reordering buffer is working correctly with up to 200ms difference between links. Its missing link quality monitoring, and/or FEC. It uses hardcoded values as of now like loss_tolerance, the value seems to be very tolerant unfortunately as it's linked with other logic. The lack of link monitoring causes issues like when one link latency is very high, it will slow down the entire tunnel instead of DC. There is no bufferbloat when using Ubond, even with just one link that exhibits bufferbloat directly. High bandwidth asymmetry between links doesn't weigh the slowest connection to 0 it will keep using it. I followed MLVPN documentation.

Musl build: https://github.com/markfoodyburton/ubond/issues/7 It can be setup as a mesh without self-healing properties.

Main additions:

-Dynamic Weighing

-Dynamic reordering buffer

-True seamless failover

-Flow-based prioritization for thin streams

Any detailed privacy information? e.g storage encryption and access, system credentials etc. Why do some apps require billing information for trial?

This is very useful for small projects with 'Github pages' project frontpage, thanks!

This is pretty useful for NUCs, Qotoms, and x86 routers for showing stats.

I tested a BL20X, had to tweak the WAN connection buffer size every few days when the speeds change with cellular and landline, the latency would be very high, a constant ~500ms which may not be an issue when streaming video, no issues when using two cellular modems. I also had to set it at 2000 to get the upload speed of the faster WAN. (~2019)

Unfortunately the cheapest models are at least few hundreds $ and reliable dedicated servers aren't cheap.