Good morning. Today marks my 100th edition.

I have now come to you 100 times, bringing you 400 stories that add up to — according to my very rough calculations — approximately 150,000 words. That’s like 2 whole books. 

Or one very large book (or 100 very small books). 

Anyway, appreciate you all for following along, sinking into the stories and thinking hard about AI.

We’ve got a ton of exciting stuff coming up the pike.

— Ian Krietzberg, Editor-in-Chief, The Deep View

In today’s newsletter:

AI for Good: Colorado’s enhanced emergency response

Last month, Colorado’s Jefferson County deployed a cloud-based call platform designed to increase the speed and efficiency of its emergency responses. 

The details: The platform, developed by Carbyne, comes amid staffing shortages and steady increases in call volumes. 

The platform enables video calling and text messaging and is able to locate callers with a high degree of accuracy, speeding up response times. 

Michael Brewer, deputy director of Jeffcom 911 said the system “allows us to stay ahead of the curve and perform better.”

📊 Agents that actually work

New AI agents are emerging daily, but how many actually work? Numbers Station releases an exclusive look at how they deliver analytics agents to their customers. Their agents work in unison so users can query across different data sources.

The fleet of agents:

Skip the waitlist and request a demo to see all the agents in action.

The OpenAI chaos continues

On Wednesday, OpenAI CTO Mira Murati said that, after more than six years, she is departing the company. 

Shortly after that announcement, research chief Bob McGrew and research vice president Barret Zoph also announced their resignations; CEO Sam Altman said in a statement that the resignations weren’t related, it just “made sense to now do this all at once, so that we can work together for a smooth handover to the next generation of leadership.”

There’s more. At the same time, Reuters reported that OpenAI is working to restructure its company into a for-profit organization. 

The context: A little less than a year ago — when OpenAI’s board fired and then rehired Altman — the Game of Thrones-esque saga of OpenAI began and has been running hot ever since. Co-founder Ilya Sutskver and former safety leader Jan Leike left in May, co-founder John Schulman left last month, co-founder Greg Brockman is on leave and Andrej Karpathy is also gone. 

This cannot be a reassuring sign to the investors OpenAI is currently courting.

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Study: LLMs d0n’t 7nd3rst8nd the w0rld b3hind w0rds (but you do)

Large language models (LLMs) are, very basically, massive next-word prediction engines. Their ability to do this grants the illusion of intelligence, something that’s compounded by our human willingness to assign the impression of intelligence to language. 

What happened: A recent study — co-authored by cognitive scientist Gary Marcus — sought to further examine this through something called leetspeak, a method of writing where letters are substituted w1th n7mb3rs (with numbers) to make a given text harder to decipher. 

But when compared to a trial of 50 humans, even the best AI couldn’t hold up (the humans scored an average accuracy rate of .95 and a reasoning score of .89). 

Why it matters: This adds further weight to the idea that LLMs, far from human-level, are incapable of mastering meaning. “It is possible that these diversions entail a potentially fundamental and irreconcilable divide between synthetic and organic computational systems, pointing to concerns that go beyond scalability,” the paper reads. 

The key point is the disparity between accuracy and reasoning — go test this out, but ask the model to “list the numerical substitutions” after it answers. In running this test myself, I found that 4o is highly accurate in decoding leet, but can’t ever fully reason why. 

How one energy company is utilizing AI

At its core, machine learning and artificial intelligence technologies are all about enhancing efficiencies. Even as the data centers that power AI are regularly adding complications to energy utilities and the grid, some of the innovations offered by hyper-targeted applications of AI are helping these utilities apply desperately needed efficiency upgrades. 

For years, National Grid Partners — the corporate venture capital arm of the U.K. and U.S.-based utility company National Grid — has been identifying and investing in companies whose technological innovations can be applied to improve the company’s energy assets.

Pradeep Tagare, VP of investments at National Grid Partners, told me that the venture capital arm has invested $450 million over the last five years or so in around 50 companies. He said that artificial intelligence will impact “pretty much every aspect of our operations.” 

The details: National Grid partners has already deployed a number of AI-driven technological innovations, spanning everything from autonomous drones to robotic ‘dogs.’ 

The robotic ‘dog,’ — Spot — is leveraged to identify potential problems in substations, something that can now be done without risking human lives. 

Renewables: Tagare told me that AI also plays a significant role in making renewable energy accessible. With renewable energy reaching cost parity with traditional energy sources, he said that the biggest challenge isn’t generating more renewable capacity, but connecting that capacity to the grid. 

The problem is that you “have to worry about balancing the grid,” according to Tagare. This led National Grid Partners to AutoGrid, a startup that runs machine learning models on a variety of data points — that examine everything from the load on the grid at a certain time, to the historical load, to weather forecasts, etc. — which allows for renewable energy sources to be connected to the grid “at the right time without causing the grid to destabilize.” 

When we talk about AI and energy, we’re talking about two things: the first is sustainability, and the second is grid functionality. On the functionality side, Tagare said that the grid was “not designed” for this massive, “exponential” increase in energy demand coming from the AI sector. 

But on the sustainability side, Tagare said that — for National Grid — part of the answer lies in renewables and the technical innovations that enable utilities to bring more renewables onto the grid. “Our belief is that you can get there without necessarily having to compromise on your net-zero goals,” he said. 

Now this comes as the details of Big Tech’s progress on those net-zero goals remain obscured, and as the details of the environmental impact of AI remain, also, obscured. Researchers have made educated assumptions on this point, but the companies are staying mum. 

🤔 Your thought process:

Selected Image 2 (Left):

Selected Image 1 (TK):

💭 A poll before you go

Thanks for reading today’s edition of The Deep View!

We’ll see you in the next one.

Here’s your view on the content authenticity initiative:

A third of you would feel way better if every piece of digital content had some sort of content authenticity tag on it. 22% don’t really care and 13% wouldn’t feel any better at all.

11% said such a model won’t ever become widespread — here, I would think about the evolution from HTTP to HTTPS, with the S standing for secure, which gradually became the norm today on the internet.

Absolutely:

My only consolation there is that it would likely take quite a bit of work (something the bad guys might not be interested in), and the idea is to hold everything to a single, open-source protocol that couldn’t be legitimately replicated unless it’s used legitimately.

Something else: