Cloud computing

Not only is it scary to have all your data available to US spying, it is also a huge risk for your business/government continuity. From now on, all our business processes can be brought to a halt with the push of a button in the US. And not only will everything then stop, will we ever get our data back? Or are we being held hostage? This is not a theoretical scenario, something like this has already happened.

Here and there, some parts of at least the Dutch government are deciding not to migrate EVERYTHING to the US (kudos to the government workers who are fighting for this!).

But even here, the details of Dutch policy are that our data will only ‘for now’ stay on our own servers. Experts are also doubtful whether it’s actually possible with the current “partial cloud” plan to keep the data here exclusively.

And then we come to the apparent reason why we are putting our head on Trump’s chopping block: “American software is just so easy to use”.

Personally, I don’t know many fans of MS Teams, Office, and Outlook. We are, however, very used to these software products. We’ve become quite good at using them.

But this brings us to the unbearable conclusion that we are entrusting all our data and business processes to the new King of America… because we can’t be bothered to get used to a different word processor, or make an effort to support other software.

Acceptance speech upon receiving the 2024 Helmut Schmidt Future Prize:

Make no mistake – I am optimistic – but my optimism is an invitation to analysis and action, not a ticket to complacency.

With that in mind, I want to start with some definitions to make sure we’re all reading from the same score. Because so often, in this hype-based discourse, we are not. And too rarely do we make time for the fundamental questions – whose answers, we shall see, fundamentally shift our perspective. Questions like, what is AI? Where did it come from? And why is it everywhere, guaranteeing promises of omniscience, automated consciousness, and what can only be described as magic?

Well, first answer first: AI is a marketing term, not a technical term of art. The term “artificial intelligence” was coined in 1956 by cognitive and computer scientist John McCarthy – about a decade after the first proto-neural network architectures were created. In subsequent interviews McCarthy is very clear about why he invented the term. First, he didn’t want to include the mathematician and philosopher Norbert Wiener in a workshop he was hosting that summer. You see, Wiener had already coined the term “cybernetics,” under whose umbrella the field was then organized. McCarthy wanted to create his own field, not to contribute to Norbert’s – which is how you become the “father” instead of a dutiful disciple. This is a familiar dynamic for those of us familiar with “name and claim” academic politics. Secondly, McCarthy wanted grant money. And he thought the phrase “artificial intelligence” was catchy enough to attract such funding from the US government, who at the time was pouring significant resources into technical research in service of post-WWII cold war dominance.

Now, in the course of the term’s over 70 year history, “artificial intelligence” has been applied to a vast and heterogeneous array of technologies that bear little resemblance to each other. Today, and throughout, it connotes more aspiration and marketing than coherent technical approach. And its use has gone in and out of fashion, in time with funding prerogatives and the hype-to-disappointment cycle.

So why, then, is AI everywhere now? Or, why did it crop up in the last decade as the big new thing?

The answer to that question is to face the toxic surveillance business model – and the big tech monopolies that built their empires on top of this model.

I can't help thinking that the author's desire to see "a sustainable Cloud" is misguided. What does "the Cloud" do? What's it for? Why do we need it?

To get at the matter of the Cloud we must unravel the coils of coaxial cables, fiber optic tubes, cellular towers, air conditioners, power distribution units, transformers, water pipes, computer servers, and more. We must attend to its material flows of electricity, water, air, heat, metals, minerals, and rare earth elements that undergird our digital lives. In this way, the Cloud is not only material, but is also an ecological force. As it continues to expand, its environmental impact increases, even as the engineers, technicians, and executives behind its infrastructures strive to balance profitability with sustainability. Nowhere is this dilemma more visible than in the walls of the infrastructures where the content of the Cloud lives: the factory-libraries where data is stored and computational power is pooled to keep our cloud applications afloat.