A blueprint for using AI to strengthen democracy


Start with what might be called the epistemic layer—how we come to know things. People are increasingly relying on AI to know what is true, what is happening, and whom to trust. Search is already substantially AI-mediated. The next generation of AI assistants will synthesize information, frame it, and present it with authority. For a growing number of people, asking an AI will become the default way to form views on a candidate, a policy, or a public figure. Whoever controls what these models say therefore has increasing influence over what people believe. 

Technology has always shaped the way citizens interact with information. But a new problem will soon arise in the form of personal AI agents, which can change not only how people receive information but how they act on it. These systems will conduct research, draft communications, highlight causes, and lobby on a user’s behalf. They will inform decisions such as how to vote on a ballot measure, which organizations are worth supporting, or how to respond to a government notice. They will, in a meaningful sense, begin to mediate the relationship between individuals and the institutions that govern them.

We’ve already seen with social media what happens when algorithms optimize for engagement over understanding. Platforms do not need to have an explicit political agenda to produce polarization and radicalization. An agent that knows your preferences and your anxieties—one shaped to keep you engaged—poses the same risks. And in this case the risks may be even more difficult to detect, because an agent presents itself as your advocate. It speaks for you, acts on your behalf, and may earn trust precisely through that intimacy.

Now zoom out to the collective. AI agents and humans could soon participate in the same forums, where it may be impossible to tell them apart. Even if every individual AI agent were well-designed and aligned with its user’s interests, the interactions of millions of agents could produce outcomes that no individual wanted or chose. For example, research shows that agents displaying no individual bias can still generate collective biases at scale. And setting aside what agents do to each other, there is what they do for their users. A public sphere in which everyone has a personalized agent attuned to their existing views is not, in aggregate, a public sphere at all. It is a collection of private worlds, each internally coherent but collectively inhospitable to the kind of shared deliberation that democracy requires.

Taken together, these three transformations—in how we know, how we act, and how we engage in collective governance—amount to a fundamental change in the texture of citizenship. In the near future, people will form their political views through AI filters, exercise their civic agency through AI agents, and participate in institutions and public discussions that are themselves shaped by the interactions of millions of such agents.

Today’s democracy is not ready for this. Our institutions were designed for a world in which power was exercised visibly, information traveled slowly enough to be contested, and reality felt more shared, if imperfectly. All of this was already fraying long before generative AI arrived. And yet this need not be a story of decline. Avoiding that outcome requires us to design for something better.

On the informational layer, AI companies must ramp up existing efforts to ensure that models’ outputs are truthful. They should also explore some promising early findings that AI models can help reduce polarization. A recent field evaluation of AI-generated fact checks on X found that people with a variety of political viewpoints deemed AI-written notes more helpful than human-written ones. The paper is yet to be peer-reviewed, but that is a potentially revolutionary finding: AI-assisted fact-checking may be able to achieve the kind of cross-partisan credibility that has eluded most manual human efforts. Greater understanding of and transparency about how models make these assertions and prioritize sources in the process could help build further public trust.

On the agentic layer, we need ways to evaluate whether AI agents faithfully represent their users. An agent must never have an agenda of its own or misrepresent its user’s views—a technically daunting requirement in domains where users may have not explicitly stated any preferences. But faithful representation also cannot become an accessory to motivated reasoning. An agent that refuses to present uncomfortable information, that shields its user from ever questioning prior beliefs or fails to adjust to a change of heart, is not acting in the person’s best interest.



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Recent Reviews


When you pick out a phone, you’re also picking out the operating system—that typically means Android or iOS. What if a phone didn’t follow those rules? What if it could run any OS you wanted? This is the story of the legendary HTC HD2.

Microsoft makes a mess with Windows Mobile

The HD2 arrives at an unfortunate time

windows mobile 6.5 Credit: Pocketnow

Officially, the HTC HD2 (HTC Leo) launched in November 2009 with Windows Mobile 6.5. Microsoft had already been working on Windows Phone for a few years at this point, and it was planned to be released in 2009. However, multiple delays forced Microsoft to release Windows Mobile 6.5 as a stopgap update to Windows Mobile 6.1.

Microsoft’s plan for mobile devices was a mess at this time. The HD2 didn’t launch in North America until March 2010—one month after Windows Phone 7 had been announced at Mobile World Congress. Originally, the HD2 was supposed to be upgraded to Windows Phone 7, but Microsoft later decided no Windows Mobile devices would get the new OS.

This left the HD2 stuck between a rock and a hard place. Launched as the final curtain was dropping on one OS, but too early to be upgraded to the next OS. Thankfully, HTC was not just any manufacturer, and the HD2 was not just any phone.

The HD2 was better than it had any right to be

HTC made a beast of a phone

HTC HD2 Credit: HTC

HTC was one of the best smartphone manufacturers of the late 2000s and 2010s. It manufactured the first Android phone, the first Google Pixel phone, and several of the most iconic smartphones of the last two decades. Much of the company’s reputation for premium, high-quality hardware stems from the HD2.

The HD2 was the first smartphone with a 4.3-inch touchscreen—considered huge at the time—and one of the first smartphones with a 1 GHz Qualcomm Snapdragon processor. That processor, along with 512GB of RAM, made the HD2 more future-proof than HTC probably ever intended. Phones would be launching with those same specs for the next couple of years.

For all intents and purposes, the HD2 was the most powerful phone on the market. It just so happened to run the most limiting mobile OS of the time. If the software situation could be improved, there was clearly tons of potential.

The phone that could do it all

Android, Windows Phone, Ubuntu, and more

The key to the HD2’s hackability was HTC’s open design philosophy. It had an easily unlockable bootloader, and it could boot operating systems from the NAND flash and SD cards.

First, the community took to righting a wrong and bringing Windows Phone 7 to the HD2. This was thanks to a custom bootloader called “MAGLDR”—Windows Phone 7.5 and 8 would eventually get ported, too. The floodgates had opened, and Windows Phone was the least of what this beast of a phone could do.

Android on the HTC HD2? No problem. Name a version of the OS, and the HD2 had a port of it: 2.2 Froyo, 2.3 Gingerbread, 4.0 Ice Cream Sandwich, 4.1/2/3 Jelly Bean, 4.4 Kitkat, 5.0 Lollipop, 6.0 Marshmallow, 7.0 Nougat, and 8.1 Oreo. Yes, the HD2 was still getting ports seven years after it launched.

But why stop at Android? The HD2 was ripe for all sorts of Linux builds. Ubuntu—including Ubuntu Touch—, Debian, Firefox OS, and Nokia’s MeeGo were ported as well. The cool thing about the HD2 was that it could dual-boot OS’. You didn’t have to commit to just one system at a time. It was truly like having a PC in your pocket, and the tech community loved it.

Do a web search for “HTC HD2” now, and you’ll find many articles about the phone getting yet another port of an OS. It became a running joke that the HD2 would get new versions of Android before officially supported Android phones did. People called it “the phone that refuses to die,” but it was the community that kept it alive.

The last of its kind

“They don’t make ‘em like they used to”

HTC HD2 close up Credit: TechRepublic

The HTC HD2 was a phone from a very different time. It may have gotten more headlines, but there were plenty of other phones being heavily modded and unofficially upgraded back then. Unlockable bootloaders were much more common, and that created opportunities for enthusiasts.

I can attest to how different it was in the early years of the smartphone boom. My first smartphone was another HTC device, the DROID Eris from Verizon. I have fond memories of scouring the XDA-Developers forums for custom ROMs and installing the latest Kaos builds on a whim during college lectures. Sadly, it’s been many years since I attempted that level of customization.

It’s not all doom and gloom for modern smartphones, though. Long-term support has gotten considerably better than it was back in 2010. As mentioned, the HD2 never officially received Windows Phone 7, and it never got any other updates, either. My DROID Eris stopped getting updates a mere eight months after release.

Compare that to phones such as the Samsung Galaxy S26, Google Pixel 10, and iPhone 17, which will all be supported through 2032. You may not be able to dual-boot a completely different OS on these phones, but they won’t be dead in the water in less than a year. We will likely never see a phone like the HTC HD2 from a major manufacturer again.

HTC Droid Eris


A Love Letter to My First Smartphone, the HTC Droid Eris

No, not that DROID.



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