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Homeless response systems need support to strengthen their resilience to extreme weather shocks and the disproportionate harm that extreme weather has on people experiencing homelessness.

As part of a team with NORC, Abt conducted a mixed methods evaluation of the CMS ACO REACH Model and found savings and quality improvements.

TSPi, a Division of Abt Global, designs and implements IT solutions that improve efficiency, increase performance, and accelerate customer success.

Abt played a key role in helping Cambodia create a network with interoperable data management systems to improve the impact of its social protection programs.

Track PCC uses public health surveillance to learn more about the effects and burden of Long COVID among diverse populations.

Government agencies can use artificial intelligence to make better decisions and be more efficient while using Abt’s tools to mitigate risk.

Matthew Eby has over 20 years of leadership experience in supporting life science research and consulting for military, federal public health, and international agencies. His diverse career spans basic and applied research on environmental bioremediation, designing nanomaterials to combat antimicrobial resistance, and protecting our nation against bioterrorism. He also led federal and international agencies in modernizing public health systems and pandemic response efforts. Clients have included the Air Force, Navy, Army, Defense Advanced Research Projects Agency, Centers for Disease Control and Prevention (CDC), Food and Drug Administration, National Institutes of Health, and United Arab Emirates. He  has authored more than 20 peer-reviewed publications with 1000+ citations. He also is an active supporter of local community initiatives that tackle affordable housing, food insecurity, and systemic poverty.

Abt is merging databases with information on rental housing results from low-income housing tax credits to inform decision-making. 

Abt is making federal justice data more user friendly through better visualization and filtering capabilities.