Challenge

Re-Imagining public safety for large crowd events

Austin, TX
November 2, 2020

At-a-Glance

Category:

AI/ML, AV/AR, Data Analytics, Data Collection, Data Privacy, Public Safety, User Research

Procurement Method:

Application Period:

October 6, 2020

 - 

November 2, 2020

Q&A Period:

October 6, 2020 - October 19, 2020

University Partner:

Challenge

The City of Austin is seeking a safe, low risk and cost effective solution to increase the safety of large crowd events for our residents, public safety, other city staff, and visitors.

Background

Pre-COVID pandemic, The City of Austin has been home to large-scale events such as South by Southwest, Austin City Limits Music Festival, etc. Public safety and government staff have found organizing and managing events of large sizes to be confusing and chaotic. 

Recent public demonstrations around the country and in Austin about policing have further magnified the need to help our public safety organizations improve engagement with the public during large public events. The City of Austin has embarked on a 're-imagining public safety' initiative.  As part of that effort, we would like to explore how to better train public safety to respond safely and effectively with our residents and guests. 

There are three types of large events to consider: (1) Structured (2) Unstructured (3) Hybrid. Each of those events requires different considerations and plans from city staff. 

The issues that large events can create:

  • Confusion due to the multitude of city stakeholders including these core members: Police Department, Fire Department, EMS, Transit Department, Economic Development Department. Larger events entail even more additional staff from Austin Code, Public Health, Resource Recovery, and Development Services Department
  • An unbalanced ratio between city employees and attendees
  • Misunderstanding amongst city staff on the public safety department approaches given limited context

The City of Austin seeks to better understand:

  • Crowd science and management
  • The existing collected crowd data and how it can help mitigate high-risk events while maintaining safety for all
  • Biases in the data
  • How to model different scenarios where bias exists so we can incorporate it into our training
  • How to recreate high-risk situations for training staff to appropriately respond 

The academic team would have access to Austin's: 

  • Public safety organizations, first responder teams, policymakers, event staff members, City Attorney's office, 
  • Existing technology, data analysts, and technology team
  • Previous EMS AR/VR training modules that have been created
  • Existing crowd data 

The City of Austin is collaborating with the City of West Sacramento on this effort so academic teams will have an opportunity to work with both cities and to work with West Sacramento's academic team.

Requirements & Outcomes

The city of Austin would like to achieve the following outcomes: 

In the short term:

  • identify/co-create descriptions of crowd scenarios
  • identify experimentally valid numbers of study participants
  • design/choose hypotheses to test
  • choose success metrics
  • implement initial training sessions
  • public safety is enthusiastic about this training
  • short term training results
  • positive user experience during training

In the long term:

  • transform how public safety can work
  • become a leader in reimagining public safety
  • increase morale for the public safety department
  • improved relationships between public safety officers, residents, and city staff
  • quantifiable metrics on the impact of our efforts

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