Four-Dollar AI vs $14K
Sudoku showdown reveals jaw-dropping compute cost savings
Jul 7, 2026 · 39 min · 12 segments
In this episode of Shift AI, Patrick Hillmann, Chief Strategy Officer at Logical Intelligence, joins host Boaz Ashkenazy for a conversation about why the next era of AI cannot be built on probability…
Patrick HillmanGuest
Boaz AshkenazyHost
Talk about the players, because these are big time folks that have joined this company.

And in this phase, we have LLMs, which are this incredible interface for the average person to be able to go and engage with an artificial intelligence.

It's really good at talking and helping people to like understand or simplify kind of complex theories.

You can talk with it and it sounds really smart and it's very confident and it allows you to learn things really quickly that would have taken like years sometimes in the past.

The problem is, though, is, as you know, and most of your viewers know, is that these are probabilistic systems, right? Which means that they are essentially just really good guessing machines.

That's a feature, not a bug, right? It allows for a very simple and very natural sort of flow of communication between humans and machines.

But as we've seen, having these public systems in place also creates an environment where AI is fundamentally sort of prevented from being able to operate in some of the most critical systems we have on the globe.

And that ranges from energy to transportation, defense, the semiconductor space, health care.

You can't have systems that are probably right because they sound good operating on you in a surgical field.

Even if, like, you had an LLM that was 99.9% right, you wouldn't put your kid into a car that one in a thousand times is going to drive to the wrong location.


Talk about the players, because these are big time folks that have joined this company.

And in this phase, we have LLMs, which are this incredible interface for the average person to be able to go and engage with an artificial intelligence.

It's really good at talking and helping people to like understand or simplify kind of complex theories.

You can talk with it and it sounds really smart and it's very confident and it allows you to learn things really quickly that would have taken like years sometimes in the past.

The problem is, though, is, as you know, and most of your viewers know, is that these are probabilistic systems, right? Which means that they are essentially just really good guessing machines.

That's a feature, not a bug, right? It allows for a very simple and very natural sort of flow of communication between humans and machines.

But as we've seen, having these public systems in place also creates an environment where AI is fundamentally sort of prevented from being able to operate in some of the most critical systems we have on the globe.

And that ranges from energy to transportation, defense, the semiconductor space, health care.

You can't have systems that are probably right because they sound good operating on you in a surgical field.

Even if, like, you had an LLM that was 99.9% right, you wouldn't put your kid into a car that one in a thousand times is going to drive to the wrong location.

Every episode on Radar is fully transcribed, speaker-labeled, and rich with metadata. Here is a taste of this one. Try Radar for free to see the rest.
3 of 5
Four-Dollar AI vs $14K
Sudoku showdown reveals jaw-dropping compute cost savings
Probabilistic Isn’t Safe Enough
Hear why 99.9 percent certainty isn't enough
LLM = Confident Intern
LLMs compared to an overly confident intern
+2 more clips · 4 min 13 sec of audio in all
The rest of this transcript — segmented and speaker-labeled, so you land on the exact moment something was said
All 5 clips — the highlight moments, each cut as its own audio, with a title and a speaker
All 12 segments — the transcript broken into labeled sections, every ad read marked
All 25 topics — jump to every other episode discussing the same subject
Every related episode — other shows Radar links to this one
No account is needed to search Radar.