As you know, SUSE acquired Openattic last year, which is a great storage management system. I want to learn and use openattic during this hack week.

SUSE has lots of information in a jungle of tools within the company network. We want to create a platform to extract and refine (distil) the available information and display it in a meaningful manner. The overarching goal is to make available data more accessible. The initial idea sparked in a Knowledge management workshop for the SUSE Documentation Team. A first, refined version was presented as OpenDoc at openSUSE Conference 2016

[Description] I'd like to devote efforts to get the main IO paths of linux network stack from the source codes and related details, such as kernel network initialization/configurations/monitoring/analyzing issues/network traffic scenarios/workloads generating tools/firewall policies, etc.

There are several popular ways of controlling home automation with voice today. Amazon Echo and Google Home both allow users to control lights, speakers, etc. with a simple voice command. For this project, I want to replicate some of the simple voice commands supported by projects like those, but in a way that does all processing from within the local network, and doesn't upload any voice clips to a server outside the home. There's something that feels a little uncomfortable about Amazon or Google having the ability to listen in on all conversations, so I'm trying to eliminate that while still being able to turn my lights on or off by voice.

yast2-storage-ng is a reimplementation of the YaST storage module (yast2-storage) based on the also reimplemented library for storage manager

After joined Gary's BCC workshop a few days ago. The BCC is interesting to me, so I'd like to look into it. - Go through the tutorial. https://github.com/iovisor/bcc/blob/master/docs/tutorial_bcc_python_developer.md

Since eBPF was introduced into linux kernel, the eBPF verifier keeps the eBPF programs from any wrong-doing. I would like to look into the verifier and see if it's possible to extend the check to avoid reading any sensitive data in the memory.

Parametrizable formulas is a normal salt module plus some metadata in order to interactively parametrize them. The metadata is used to automatically generate forms that are then injected as pillar data. See original Hackweek project, SUSE Manager support for formulas blog article and its (internal for now) docs.