For the Netherlands (and surrounding countries), there is Hoogspanningsnet (the high-voltage grid), which is maintained by infrastructure enthusiasts: https://webkaart.hoogspanningsnet.com/
See the section "CPU Installation (GGML Quantised)"
You need Python to download the model from HuggingFace using the official API. After that, all you need is the binary file with weights and a compiled binary of llama.cpp
P.S. The author seems to have renamed their repo to "eachadea/legacy-vicuna-13b" on HuggingFace
Don't take my word for it. Spin up an Azure SQL database and try it yourself.
"Ping" it using a trivial query such as "SELECT 1" a thousand times in a row and draw a histogram. Or just eyeball the numbers. I did this recently and had response times over 12 milliseconds regularly. For comparison, a small and cheap IaaS VM running SQL Server can get down to the 150 microsecond range and stay there.
For this 100x degradation in performance you get the privilege of paying several times the cost of an IaaS VM + SQL license.
Azure SQL proxies connections. I mean sure, the documentation says that they can do a "redirect" instead of a proxy, but not if you use any of their "private" network connection options. You would think that is some sort of simple IP header change implemented by the switching gear in hardware, but you'd be wrong -- it tunnels through what is essentially a VPN -- with all of the predictable issues. These tunnel VMs don't have accelerated networking turned on, for example. So you can have "business critical" tier on one end, and huge VMs with accelerated networking on the other end, but the traffic in between is being routed through some 1 vCPU virtual router appliance processing packets in software.
Anyone with database admin rights can alter firewall rules via SQL commands. These are via SQL Server accounts and hence they're just a username and password, no MFA or anything. If you can find a SQL injection vulnerability you can punch a hole through the "firewall". Brilliant.
The firewall supports IPv4 only, and uses different CIDR syntax to everything else in Azure. It doesn't support Service tags, or logging, or monitoring, or anything really. It exists only to tick a checkbox.
Unlike most other Azure services, SQL doesn't integrate with Azure Active Directory or RBAC properly. So for example you can have one AAD group as the SQL Admin. No other rights, no list of principal IDs... just one admin group. All other delegated permissions must be done through SQL commands, blocking the use of ARM templates, Policy, custom roles, etc...
If you delete an Azure SQL Server instance, it deletes all backups associated with it. Sure, they recommend that you put a "delete lock" on the server, but then most administrative operations become impossible because you can't then delete any child objects. And even if you do create a delete lock, that can just be deleted. There is no way to say "backups cannot be deleted for at least 'x' days", even though the underlying storage accounts support this feature.
DISCLAIMER: Some of the above may have changed since I last checked, always read the documentation and/or verify with support if your data matters to you.
