Prediction and Punishment: Critical Report on Carceral AI

36 Pages Posted: 10 Jan 2025

See all articles by Dasha Pruss

Dasha Pruss

George Mason University

Hannah Pullen-Blasnik

Columbia University

Nikki Stevens

Massachusetts Institute of Technology (MIT)

Shakeer Rahman

Independent

Clara Belitz

Independent

Logan Stapleton

Vassar College

Mallika G. Dharmaraj

Independent

Mizue Aizeki

Surveillance Resistance Lab

Petra Molnar

Centre for Refugee Studies, York University

Annika Pinch

Northwestern University

Nathan Ryan

Bucknell University

Thallita Lima

Independent

David Gray Widder

Cornell University - Cornell Tech NYC; Carnegie Mellon University - School of Computer Science

Amiya Tiwari

Harvard University, Harvard College

Ly Xīnzhèn Zhǎngsūn Brown

Georgetown University

Jason S. Sexton

UCLA

Pablo Nunes

Independent

Date Written: November 01, 2024

Abstract

Prediction and Punishment is a report collectively envisioned, researched, written, and edited by a group of critical researchers and activists to expose key issues at the intersection of the carceral system and artificial intelligence (AI). The report emerged from a cross-disciplinary workshop on carceral AI that took place in Pittsburgh, Pennsylvania in February 2024. The report's aim is to provide a resource for researchers, community organizers, and policy-makers to get informed about the impacts of technologies designed to police, incarcerate, surveil, and control human beings. As a community, we stand against the use of carceral technologies. 

This report begins with an introduction that provides some context and definitions for our analysis and then continues in two main parts:

Part 1: State of Carceral AI discusses our core takeaways, including the ways that the advent of carceral AI is (and is not) novel; the perils of centering the conversation around algorithmic bias; the pernicious role of public-private partnerships; the spread of carceral AI globally and beyond the criminal legal system; the unpredictable human element in how carceral AI is used; and the incompatibility between algorithmic reforms and liberatory futures.

Part 2: Recommendations and Paths Forward discusses our suggested routes to mitigate the use and expansion of carceral AI. These include divesting from carceral technology and reducing the size and scope of the carceral system through low-tech interventions; blocking the rebranding of scrapped carceral AI systems under new names; expanding how we think about 'evidence-based' policy; increasing public access to information about carceral AI systems; building technology that intentionally centers our values; and community building to resist carceral AI.

Keywords: criminal legal system, AI, carceral system, algorithm

Suggested Citation

Pruss, Dasha and Pullen-Blasnik, Hannah and Stevens, Nikki and Rahman, Shakeer and Belitz, Clara and Stapleton, Logan and Dharmaraj, Mallika G. and Aizeki, Mizue and Molnar, Petra and Pinch, Annika and Ryan, Nathan and Lima, Thallita and Widder, David Gray and Tiwari, Amiya and Zhǎngsūn Brown, Ly Xīnzhèn and Sexton, Jason S. and Nunes, Pablo, Prediction and Punishment: Critical Report on Carceral AI (November 01, 2024). Available at SSRN: https://ssrn.com/abstract=5017321 or http://dx.doi.org/10.2139/ssrn.5017321

Dasha Pruss (Contact Author)

George Mason University ( email )

Hannah Pullen-Blasnik

Columbia University ( email )

Nikki Stevens

Massachusetts Institute of Technology (MIT) ( email )

Shakeer Rahman

Independent ( email )

Clara Belitz

Independent ( email )

Logan Stapleton

Vassar College ( email )

Mallika G. Dharmaraj

Independent ( email )

Mizue Aizeki

Surveillance Resistance Lab

121 Avenue of the Americas, 6th Floor
New York, NY New York 10013
United States

Petra Molnar

Centre for Refugee Studies, York University ( email )

4700 Keele St.
York Lanes
Toronto, Ontario M3J 1P3
Canada

Annika Pinch

Northwestern University ( email )

Nathan Ryan

Bucknell University ( email )

Thallita Lima

Independent ( email )

David Gray Widder

Cornell University - Cornell Tech NYC ( email )

2 West Loop Rd.
New York, NY 10044
United States

Carnegie Mellon University - School of Computer Science ( email )

5000 Forbes Avenue
Pittsburgh, PA 15213
United States

Amiya Tiwari

Harvard University, Harvard College ( email )

Ly Xīnzhèn Zhǎngsūn Brown

Georgetown University ( email )

Washington, DC 20057
United States

Jason S. Sexton

UCLA ( email )

405 Hilgard Avenue
Box 951361
Los Angeles, CA 90095
United States

Pablo Nunes

Independent ( email )

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