The announcement of a new Perfect Dark has reminded me of a good story from my time at ATI. It was 2005 and I was in the 3D Application Research Group. The team which included @shaderwrangler @ChrisOat @mirror2mask @pixelmaven was working on the "Ruby: The Assassin" demo for

the launch of the ATI X1800. The ATI X1800 was significantly delayed (that's a great story too about a crazy hardware bug, but someone else who knows the details better should tell that one) and Microsoft was about to show the Xbox 360 for the first time at E3 2005. They were
planning to show Perfect Dark Zero, but apparently it was delayed. ATI had made the Xenos GPU for the X360 and Microsoft got wind of the new Ruby demo. It was a female character who vaguely resembled Joanna Dark so they asked us if we could port our demo to run on the Xbox 360
in time for E3. If memory serves, E3 was about three weeks away, which was insane. Our managers told us MS were offering each of us on the team $5,000 each if we were able to pull it off. This was a rare kind of incentive to get for us and I was really excited.
Anyway, we got pre-release dev kits which were actually Mac Pros with Radeon 9600 I believe. The first thing we had to do was get it all to build and run. The hard part there was dealing with PPC/endianess issues, but fortunately we had a lot of experience with that from porting
our engine to OSX (before the x86 transition). I was responsible for porting our shader/materialsystem. I vaguely recall having to do some hacks to chunk up draws that had too many triangles due to some limit on the
dev kits. Mostly it wasn't too bad, MS tools were already excellent at this point. We finally got a real Xbox 360 dev kit which was mounted on a plastic board which Dave Gosselin (our team lead) had in his cube. The thing that stands out most (aside from the
fear that it might stop working and then we were screwed because we were told so few of these were in existence - the number I recall was two?) was seeing Xbox 360 PIX for the first time. We had our own GPU tools and we'd never seen anything so powerful.
Most of the port details are now a blur, but we managed to get it running and running fast. I believe @cal3d got on a plane for E3 2005 with the demo. We heard about a rickety setup at the booth and the risk that if the hardware didn't work there was no backup.
But it did work - the demo was shown and we were all super proud. It was really a fun project. I wish I remembered more of the tech details, it's all a blur now, maybe some others can fill in some details.
Oh, right, and here's the demo: https://t.co/LuIKcDvsik

More from Tech

Recently, the @CNIL issued a decision regarding the GDPR compliance of an unknown French adtech company named "Vectaury". It may seem like small fry, but the decision has potential wide-ranging impacts for Google, the IAB framework, and today's adtech. It's thread time! 👇

It's all in French, but if you're up for it you can read:
• Their blog post (lacks the most interesting details):
https://t.co/PHkDcOT1hy
• Their high-level legal decision: https://t.co/hwpiEvjodt
• The full notification: https://t.co/QQB7rfynha

I've read it so you needn't!

Vectaury was collecting geolocation data in order to create profiles (eg. people who often go to this or that type of shop) so as to power ad targeting. They operate through embedded SDKs and ad bidding, making them invisible to users.

The @CNIL notes that profiling based off of geolocation presents particular risks since it reveals people's movements and habits. As risky, the processing requires consent — this will be the heart of their assessment.

Interesting point: they justify the decision in part because of how many people COULD be targeted in this way (rather than how many have — though they note that too). Because it's on a phone, and many have phones, it is considered large-scale processing no matter what.
After getting good feedback on yesterday's thread on #routemobile I think it is logical to do a bit in-depth technical study. Place #twilio at center, keep #routemobile & #tanla at the periphery & see who is each placed.


This thread is inspired by one of the articles I read on the-ken about #postman API & how they are transforming & expediting software product delivery & consumption, leading to enhanced developer productivity.

We all know that #Twilio offers host of APIs that can be readily used for faster integration by anyone who wants to have communication capabilities. Before we move ahead, let's get a few things cleared out.

Can anyone build the programming capability to process payments or communication capabilities? Yes, but will they, the answer is NO. Companies prefer to consume APIs offered by likes of #Stripe #twilio #Shopify #razorpay etc.

This offers two benefits - faster time to market, of course that means no need to re-invent the wheel + not worrying of compliance around payment process or communication regulations. This makes entire ecosystem extremely agile
There has been a lot of discussion about negative emissions technologies (NETs) lately. While we need to be skeptical of assumed planetary-scale engineering and wary of moral hazard, we also need much greater RD&D funding to keep our options open. A quick thread: 1/10

Energy system models love NETs, particularly for very rapid mitigation scenarios like 1.5C (where the alternative is zero global emissions by 2040)! More problematically, they also like tons of NETs in 2C scenarios where NETs are less essential.
https://t.co/M3ACyD4cv7 2/10


In model world the math is simple: very rapid mitigation is expensive today, particularly once you get outside the power sector, and technological advancement may make later NETs cheaper than near-term mitigation after a point. 3/10

This is, of course, problematic if the aim is to ensure that particular targets (such as well-below 2C) are met; betting that a "backstop" technology that does not exist today at any meaningful scale will save the day is a hell of a moral hazard. 4/10

Many models go completely overboard with CCS, seeing a future resurgence of coal and a large part of global primary energy occurring with carbon capture. For example, here is what the MESSAGE SSP2-1.9 scenario shows: 5/10

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