I have a Model 3 at the moment. I’ve had it for almost 5 years and it’s generally been great - cheap to run, quiet and comfortable on longer trips but still fun to drive on back roads.

Recently it had its first major breakdown, and although Tesla service did manage to take care of it, it’s got me browsing for new EVs - but now, buying a Tesla is not the foregone conclusion it once might have been.

First, they have been making some truly stupid design choices in their latest facelifts (deleting the indicator stalks and gear selector).

Second, their CEO has now gone completely mask-off fascist.

Third - after a few years for the competition to catch up, we now have genuine alternatives from other marques which are just as good if not better EVs than Tesla’s offerings.

I think my next car will likely be a Polestar 2.

How often do you need to travel the entire range your car allows?

If you do need to drop everything and drive across country in an EV, you should be stopping at service stations to do short fast charge sessions anyway, as with modern fast chargers and battery tech you will typically go from something like 30% SoC to say 70% in only a few minutes. This saves a lot of time on longer trips.

If you are driving an EV by depleting the battery completely and then charging it back to 100% every time, you are doing it wrong.

Nah, the SWAT would have to arrest themselves.

I’ve tried Copilot and to be honest, most of the time it’s a coin toss, even for short snippets. In one scenario it might try to autocomplete a unit test I’m writing and get it pretty much spot on, but it’s also equally likely to spit out complete garbage that won’t even compile, never mind being semantically correct.

To have any chance of producing decent output, even for quite simple tasks, you will need to give an LLM an extremely specific prompt, detailing the precise behaviour you want and what the code should do in each scenario, including failure cases (hmm…there used to be a term for this…)

Even then, there are no guarantees it won’t just spit out hallucinated nonsense. And for larger, enterprise scale applications? Forget it.

You might have seen a quest, where if you stream a specific game to your friends you get a free in-game item, but these are not advertisements.

…

Advertising is the practice and techniques employed to bring attention to a product or service. Advertising aims to put a product or service in the spotlight in hopes of drawing it attention from consumers

I have no interest in streaming “quested” games, and whatever deal Discord has done with the developer to encourage users to engage with such games (and by extension the game’s microtransaction economy), and regardless of what they call it, is by definition an advertisement. If you can’t see that, then you are an ad campaign exec’s wet dream. Either that, or a troll.

Discord enshittification is well under way, just this week I have started seeing ads in the client just above the voice channel status in the bottom left. Cancelled my Nitro immediately, no point if they are going to shove ads in my face anyway.

Currently looking at alternatives, Revolt looks promising, and can be self hosted.

I grew one during lockdown, decided I liked it and kept it. I suspect I am not an anomaly in this.

I use both. Pi-hole running in a docker container on one of my home servers which my gateway is configured to assign as the default DNS for all clients, and uBlock Origin on all my browsers to catch everything else.

Pihole is pretty good at catching ads on platforms that are not suited to browser based blockers (IoT devices, streaming boxes etc) but it isn’t perfect and is best used in conjunction with another solution.

Doesn’t need to be a “green energy paradise”, just a reasonably well connected first world country.

Take a look at Electricity Maps. Unless you live somewhere isolated or with very poorly developed grid infrastructure (or some central US states, apparently), you should see a non-trivial amount of electricity being generated by non-fossil fuels. For example, at the time of typing this 77% of the electricity I’m using is low-carbon and 50% of it is renewable.

That’s the kicker. EVs don’t have to rely on fossil fuels to operate (but they can make use of them depending on the grid infrastructure). ICE cars on the other hand are burning fuel wherever they go.

Walking or cycling will always be the least polluting means of getting around, but if you really need a car then you could do a lot worse than getting an electric one.