Pitfalls of Artificial Intelligence Decisionmaking Highlighted In Idaho ACLU Case

One of the biggest civil liberties issues raised by technology today is whether, when, and how we allow computer algorithms to make decisions that affect people’s lives. We’re starting to see this in particular in the criminal justice system. For the past several years the ACLU of Idaho has been involved in a fascinating case that, so far as I can tell, has received very little if any national coverage, but which raises fascinating issues that are core to the new era of big data that we are entering.

The case, K.W. v. Armstrong, is a class action lawsuit brought by the ACLU representing about 4,000 Idahoans with developmental and intellectual disabilities who receive assistance from the state’s Medicaid program. I spoke recently with Richard Eppink, Legal Director of the ACLU of Idaho, and he told me about the case:

It originally started because a bunch of people were contacting me and saying that that the amount of assistance that they were being given each year by the state Medicaid program was being suddenly cut by 20 or 30 percent. I thought the case would be a simple matter of saying to the state, “Okay, tell us why these dollar figures dropped by so much.”

What happens in this particular program is that each year you go to an assessment interview with an assessor who is a contractor with the Medicaid program, and they ask you a bunch of questions. The assessor plugs these into an Excel spreadsheet, and it comes out with this dollar figure amount, which is how much that you can spend on your services that year.

But when we asked them how the dollar amounts were arrived at, the Medicaid program came back and said, “we can’t tell you that, it’s a trade secret.”

And so that’s what led to the lawsuit. We said “you’ve got to release this, you can’t just be coming up with these numbers using a secret formula.” And then, within a couple of weeks of filing the case, the court agreed and told the state, “yeah, you have to disclose that.” In a ruling from the bench the judge said it’s just a blatant due process violation to tell people you’re going to reduce their health care services by $20,000 in a year for some secret reason. The judge also ruled on Medicaid Act grounds—there are requirements in the act that if you’re going to reduce somebody’s coverage, you have to explain why.

That was five years ago. And once we got their formula, we hired a couple of experts to dig into it and figure out what it was doing—how the whole process was working, both the assessment—the formula itself—and the data that was used to create it.

Eppink said the experts that they hired found big problems with what the state Medicaid program was doing:

There were a lot of things wrong with it. First of all, the data they used to come up with their formula for setting people’s assistance limits was corrupt. They were using historical data to predict what was going to happen in the future. But they had to throw out two-thirds of the records they had before they came up with the formula because of data entry errors and data that didn’t make sense. So they were supposedly predicting what this population was going to need, but the historical data they were using was flawed, and they were only able to use a small sub-set of it. And bad data produces bad results.

A second thing is that the state itself had found in its own testing that there were problems—disproportionate results for different parts of the state that couldn’t be explained.

And the third thing is that our experts found that there were fundamental statistical flaws in the way that the formula itself was structured.

Idaho’s Medicaid bureaucracy was making arbitrary and irrational decisions with big impacts on people’s lives, and fighting efforts to make it explain how it was reaching those decisions. This lack of transparency is unconscionable. Algorithms are often highly complicated, and when you marry them to human social/legal/bureaucratic systems, the complexity only skyrockets. That means public transparency is vital. The experience in Idaho only confirms this.

I asked Eppink, if Idaho’s decisionmaking system was so irrational, why did the state rely on it?

I don’t actually get the sense they even knew how bad this was. It’s just this bias we all have for computerized results—we don’t question them. It’s a cultural, maybe even biological thing, but when a computer generates something—when you have a statistician, who looks at some data, and comes up with a formula—we just trust that formula, without asking “hey wait a second, how is this actually working?” So I think the state fell victim to this complacency that we have with computerized decisionmaking.

Secondly, I don’t think anybody at the Medicaid program really thought about how this was working. When we took the depositions in the case I asked each person we deposed from the program to explain to me how they got from these assessment figures to this number, and everybody pointed a finger at somebody else. “I don’t know that, but this other person does.” So I would take a deposition from that other person, and that person pointed at somebody else, and eventually everybody was pointing around in a circle.

And so, that machine bias or complacency, combined with this idea that nobody really fully understood this—it was a lack of understanding of the process on the part of everybody; everybody assumed somebody else knew how it worked.

This, of course, is one of the time-honored horrors of bureaucracies: the fragmentation of intelligence that (as I have discussed) allows hundreds or thousands of intelligent, ethical individuals to behave in ways that are collectively stupid and/or unethical. I have written before about a fascinating paper by Danielle Citron entitled “Technological Due Process,” which looks at the problems and solutions that arise when translating human rules and policies into computer code. This case shows those problems in action.

So what are the solutions in this case? Eppink:

A couple years ago after we’d done all that discovery and worked with the experts, we put it together in a summary judgment package for the judge. And last year the court held that the formula itself was so bad that it was unconstitutional—violated due process—because it was effectively producing arbitrary results for a large number of people. And the judge ordered that the Medicaid program basically overhaul the way it was doing this. That includes regular testing, regular updating, and the use of quality data. And that’s where we are now; they’re in the process of doing that.

My hunch is that this kind of thing is happening a lot across the United States and across the world as people move to these computerized systems. Nobody understands them, they think that somebody else does—but in the end we trust them. Even the people in charge of these programs have this trust that these things are working.

And the unfortunate part, as we learned in this case, is that it costs a lot of money to actually test these things and make sure they’re working right. It cost us probably $50,000, and I don’t think that a state Medicaid program is going to be motivated to spend the money that it takes to make sure these things are working right. Or even these private companies that are running credit predictions, housing predictions, recidivism predictions—unless the cost is internalized on them through litigation, and it’s understood that “hey, eventually somebody’s going to have the money to test this, so it better be working.”

As our technological train hurtles down the tracks, we need policymakers at the federal, state, and local level who have a good understanding of the pitfalls involved in using computers to make decisions that affect people’s lives.

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Like tax law.


This is NOT artificial intelligence. It is computerization of a decision making process, and a failed bureaucratic process, but it is NOT artificial intelligence. Please correct your false headline.


An excel spreadsheet or even Access database is not an "artificial" decision making computer. It is a set of data variables the user interprets based on human decision making. Unfortunately, mostly only knowledge workers know this so the average human with basic computer understanding believes the "computer" is making all the decisions.

Come ACLU go after the right target, not Microsoft Office.


I find it so odd that so many people reading this story seem more upset about a technology being criticized than people being harmed.


What is AI if is not computerised decision processes? Is it just a mater of complexity in the decision process that makes it AI? Even machine learning end up as automated decision making.

Maybe you are thinking about a more Sci-Fi version of AI. Gibson is a great read but it is not what us in the field are working on.


What is AI if is not computerised decision processes? Is it just a mater of complexity in the decision process that makes it AI? Even machine learning end up as automated decision making.

Maybe you are thinking about a more Sci-Fi version of AI. Gibson is a great read but it is not what us in the field are working on.


This isn't AI, it's bad code.


I don't believe, either, that the State of Idaho was ever using a real algorithm--rather, they were just using manually entered data and perhaps mindlessly applying Excel's sum function at the end, or something equally simple (and simple-minded). And whatever they were doing, it was a far cry from intelligence, artificial or natural. But Mr. Eppink and the ACLU are heroes for taking the case on. Private citizens made no headway whatsoever against the Idaho Department of so-called Health and Welfare, but a federal judge did.


This absence of straightforwardness is unconscionable. The system is quite frequently difficult, and when you correlate it with human social and bureaucratic frameworks, this system just stops working right. That implies open straightforwardness is crucial and we can see it on the example of Idaho.

Expert at http://domyessay.today/dissertation-writing-service/ -Edward K. Almendarez.


i must comment on the comments. AI is, in fact, this. The application of programmable intelligence by non-conscious, deterministic machines to derive a perceptibly useful result, within a given input boundary, is AI.

I suspect what most of the commenters are thinking of when they hear "Artificial Intelligence" is actually "Consciousness".

It is exactly this kind of "intelligence" that is used in target selection for drone strikes. "Business intelligence" platforms are easily able to produce AI Target Selection by integrating image recognition/analysis (from drone surveillance feeds) and integrating with other data defined by the algorithm - weather, time of day, etc. It's nothing that SAP, IBM, Oracle, etc., aren't doing everyday.


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