Brief

Assessing Criminal Justice Programs for Pay for Success Financing

The Pay for Success – Criminal Justice assessment tool (PFS-CJ) is a scoring rubric designed to help PFS planners assess a program’s suitability for PFS and identify specific elements of the program that need to change to become PFS-ready. The tool includes criminal justice-relevant examples showing how lessons learned from the first generation of criminal justice PFS projects in the US can combine with Urban’s broader PFS assessment tool to create a useful litmus test for identifying future PFS projects. 

Brief

Pay for Success and the Crisis Intervention Team Model

Policymakers and community stakeholders across the United States are increasingly recognizing the Crisis Intervention Team (CIT) model as a valuable approach for improving law enforcement interactions with people with mental health issues. While initial costs of implementing CIT models are low, creative solutions are needed to fund longer-term enhancements. Pay for success (PFS) has strong potential as a means of funding the components that will allow CIT models to achieve their full potential.

Report

Using Pay for Success in Criminal Justice Projects

Federal, state, and local jurisdictions across the country are recognizing pay for success (PFS) as a tool for financing and tackling criminal justice issues in their communities. In fact, the criminal justice space may be uniquely well-suited to PFS, addressing such issues as workforce development for system-involved individuals, opioid misuse treatment, and child welfare.

Brief

Why Governments and Investors Choose Pay for Success

Pay for success (PFS) has merits that make it appealing to many stakeholders: it can save governments money, shift the risk of ineffective programs to third-party funders, provide multiyear funding for service providers, and generate a modest return for investors. But these benefits are paired with significant challenges, such as long planning periods and investor returns that may not be commensurate with the risk.