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In today's Episode we continue to print Voron 2.4 R2 parts with ApolloX ASA (grey) successfully. However, it didn't go along smoothly without trouble, as this was a very fun live episode where we could watch metrics indicating a pre-fail condition of the Felix's extrusion process. So we spent the time live hunting the actual source of the problem by deduction, logic and physics on the basis of the metrics indicating the issue.
In todays Episode we continue to print Voron 2.4 R2 parts with ApolloX ASA (grey) on the open frame Felix successfully. This was without a doubt the most demanding and complicated part to print due to its size and complexity: The Stealthburner's Main Body. It is nowhere near perfect but it will do hopefully do its job and print itself again on the Voron perfectly :)
In this next Episode we continue to print Voron 2.4 R2 ApolloX ASA parts on the open frame Felix sucessfully. The AB Motor Mounts and XY Mounts have come out fairly well. In the next Episode on the follwing Sunday we will switch over to grey Filament and print the most demanding part: The Stealthburner's Main Body.
In this next Episode we continue to print Voron 2.4 R2 ApolloX ASA parts on the open frame Felix sucessfully. The results are not perfect yet, but there is still enough filament and more parts to tweak more slicer settings to get it to as close to perfect as possible within the constraints of the printer and environment. But so far, the brims and draft shield seem to hold.
This was a first trial attempt to see if we can stream our Voron 2.4 Printer build process live via Odysee. The challenge was to figure out if we can print the needed Voron 2.4 R2 parts on the open-frame Felix with ApolloX ASA.
For the last 24 hours a couple of users may have encountered TLS connection problems to this wiki, especially with latest browsers as a result of an unfortunate combination of problems. The last certificate expired yesterday and a new one was rolled out but the new certificate (from STARTSSL) seems to have been signed against STARTCOMs root CA, which was already kicked out by mozilla and google in latest firefox and chrome/ium. As this wiki is only accessible through HTTPS and ensures this by setting HSTS headers, there was no quick fix to mitigate the problem.
Since the whole TLS/HTTPS/CA business is totally broken by design, we either have to live with it or make a conscious move to https://letsencrypt.org/ with https://certbot.eff.org/, which will provide our certs from now on to be more independent from commercial CAs and their leaks and implementation problems.
Sorry for the inconvenience if you were hit by this problem.
Darkmatter is an alternative HTML5 theme for LuCI that has evolved from luci-theme-bootstrap & luci-theme-material, in an attempt to bring a more concise, clean and visually pleasing UX to LEDE/OpenWRT. Check it out, help testing on different devices with different configurations and submit fixes if you can. All is welcome and needed to improve it further.
More Screenshots below. Source: https://github.com/apollo-ng/luci-theme-darkmatter
The Radio Lockdown Directive threatens user rights and Free Software, fair competition, innovation, environment, and volunteering – without comparable benefits for security. Many organisations and companies are joining up in proposing measures to EU institutions and EU member states to avoid these negative implications while keeping the Directive's goal intact. Please read the in-depth and constantly updated analysis and support the efforts of the FSFE where you can.
More and more devices connect to the Internet and each other using wireless and mobile networks. These include countless devices such as routers, mobile phones, WiFi-cards and laptops. All of them, as well as all Internet-of-Things devices, today and in the future, fall under the regulation of the Radio Equipment Directive 2014/53/EU (hereinafter ‘the Directive’), adopted in May 2014 by the European Parliament and the European Council. The main purposes of the Directive are harmonization of existing regulations, improving security of radio spectra, and protection of health and safety.
We support the general purpose of the Directive. However, we express our concerns over the far-reaching consequences of Article 3(3)(i) of the Directive, which require device manufacturers to check each device software's compliance in order to comply with the Directive.
It's truly awesome to see how the pigi, born under ghetto-style conditions with zero prior knowledge or budget, has not only spread to hackers and other individuals with a sense of independence and prudence worldwide, but was now adopted by a special working group of Computer Professionals for Peace and Social Responsibility (FIfF) called Tihange-Doel Radiation Monitoring Network.
More Details about the implementation: https://tdrm.fiff.de/messtechnik.php
It's also great to see so many people actually looking at the details and following the link over here to get background information about it. Welcome everyone.
Since a lot of people continue to show interest in hacking their ML-3020 with an external antenna it was time to show how to do it for the GL.Inet 6416. The following modifications can be done in 5-10 minutes, give you a stable RP-SMA connector and have been tested and running here on 5 units without any problems.