Safe Community Awareness and Alerting Network (SCALE): Difference between revisions

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{{ActionCluster
{{ActionCluster
 
|image=SCALE.jpg
| title            = Safe Community Awareness and Alerting Network (SCALE)
|team=IoT Dev Labs, Victory Housing, University of Maryland Baltimore County, University of Arkansas, Senseware, Sigfox, N5 Sensors, UC-Irvine, UT Dallas
 
|leader=Dennis Linders, Dan Hoffman
| team             = IoT Dev Labs, Victory Housing, University of Maryland Baltimore County, University of Arkansas, Senseware, Sigfox, N5 Sensors, UC-Irvine, UT Dallas
|imagecaption=SCALE
 
|municipalities=Montgomery County MD, Gainesville FL
| leader           = Dennis Linders, Dan Hoffman
|status=Implemented
| image            = SCALE_transparent.png
|description=* Connect homes to detect emergency events and alert residents via phone or app, and initiate contacting first responders
| imagecaption     = SCALE
| municipalities   = Montgomery County MD, Gainesville FL
| status           = Implemented  
| website          =
| download          =
 
| description       =  
* Connect homes to detect emergency events and alert residents via phone or app, and initiate contacting first responders
* Demonstrate how to extend a connected safe home to everyone at a low-incremental cost  
* Demonstrate how to extend a connected safe home to everyone at a low-incremental cost  
* Focus on seniors, their care givers, and property managers
* Focus on seniors, their care givers, and property managers
 
|challenges=* Creating a standard process for collecting and storing data from various sensors operating on different platforms
 
| challenges       =  
* Creating a standard process for collecting and storing data from various sensors operating on different platforms
* Piloting new applications of existing technology
* Piloting new applications of existing technology
* Scaling the project beyond the pilot stage across the County
* Scaling the project beyond the pilot stage across the County
* Collaborating with service providers to maximize opportunities for seniors to connect with services via  
* Collaborating with service providers to maximize opportunities for seniors to connect with services via
 
|solutions=TBD
| solutions             =  
|requirements=* Collaborate with seniors and experts on seniors and aging and emergency management to identify potential needs of seniors living independently
 
| requirements       =  
* Collaborate with seniors and experts on seniors and aging and emergency management to identify potential needs of seniors living independently
* Engage #IoT experts to develop #IoT solutions to address the needs of seniors living independently
* Engage #IoT experts to develop #IoT solutions to address the needs of seniors living independently
* Pilot #IoT solutions in the apartments of seniors living independently
* Pilot #IoT solutions in the apartments of seniors living independently
* Measure ongoing success of the program and adapt program as necessary
* Measure ongoing success of the program and adapt program as necessary
 
|kpi=* Reduced number of senior deaths from in home accidents
 
|measurement=* Mortality statistics from the state
| kpi               =  
|standards=* Our project uses established Machine-to-Machine communications standards (MQTT)  to provide real-time data to data consumers
* Reduced number of senior deaths from in home accidents
 
| measurement       =  
* Mortality statistics from the state
 
| standards         =
* Our project uses established Machine-to-Machine communications standards (MQTT)  to provide real-time data to data consumers
* Actuators and Dashboards can subscribe to data streams from any data producer
* Actuators and Dashboards can subscribe to data streams from any data producer
* Most of the components of the sensing habitat are composed of open-source software and off-the-shelf hardware, allowing ready replicability
* Most of the components of the sensing habitat are composed of open-source software and off-the-shelf hardware, allowing ready replicability
* The data habitat is based on a MQTT transmission protocol, with consumers subscribing only to relevant feeds, promoting scalability
* The data habitat is based on a MQTT transmission protocol, with consumers subscribing only to relevant feeds, promoting scalability
 
|cybersecurity=TBD
 
|impacts=* Help aging households in Montgomery County live independently more confidently  
 
| cybersecurity         =  
 
| impacts                 =  
* Help aging households in Montgomery County live independently more confidently  
* Connect vulnerable residents in the County to critical services more efficiently
* Connect vulnerable residents in the County to critical services more efficiently
* Prevent deaths from common accidents among seniors (e.g., fall cannot get up, unnoticed gas leak)
* Prevent deaths from common accidents among seniors (e.g., fall cannot get up, unnoticed gas leak)
 
|demonstration=* Phase I Pilot/Demonstration:
 
| demonstration       =
* Phase I Pilot/Demonstration:
# Network infrastructure developed
# Network infrastructure developed
# Sensors deployed in volunteer resident homes
# Sensors deployed in volunteer resident homes
* Phase II Deployment:
* Phase II Deployment:
# Continue developing new sensors to pilot
# Continue developing new sensors to pilot
 
|chapter=Communications Networks
| supercluster           = Public Safety
|supercluster=Public Safety
| year                   = 2017
|year=2014, 2015, 2016, 2017
 
|title=Safe Community Awareness and Alerting Network (SCALE)
}}
}}
[[Category:Year_2016]]
[[Category:Year_2015]]
[[Category:Year_2014]]

Latest revision as of 05:18, January 25, 2023


Safe Community Awareness and Alerting Network (SCALE)
GCTC logo 344x80.png
SCALE.jpg
SCALE
Team Organizations IoT Dev Labs
Victory Housing
University of Maryland Baltimore County
University of Arkansas
Senseware
Sigfox
N5 Sensors
UC-Irvine
UT Dallas
Team Leaders Dennis Linders
Dan Hoffman
Participating Municipalities Montgomery County MD
Gainesville FL
Status Implemented
Document None

Description

  • Connect homes to detect emergency events and alert residents via phone or app, and initiate contacting first responders
  • Demonstrate how to extend a connected safe home to everyone at a low-incremental cost
  • Focus on seniors, their care givers, and property managers

Challenges

  • Creating a standard process for collecting and storing data from various sensors operating on different platforms
  • Piloting new applications of existing technology
  • Scaling the project beyond the pilot stage across the County
  • Collaborating with service providers to maximize opportunities for seniors to connect with services via

Solutions

TBD

Major Requirements

  • Collaborate with seniors and experts on seniors and aging and emergency management to identify potential needs of seniors living independently
  • Engage #IoT experts to develop #IoT solutions to address the needs of seniors living independently
  • Pilot #IoT solutions in the apartments of seniors living independently
  • Measure ongoing success of the program and adapt program as necessary

Performance Targets

Key Performance Indicators (KPIs) Measurement Methods
  • Reduced number of senior deaths from in home accidents
  • Mortality statistics from the state

Standards, Replicability, Scalability, and Sustainability

  • Our project uses established Machine-to-Machine communications standards (MQTT) to provide real-time data to data consumers
  • Actuators and Dashboards can subscribe to data streams from any data producer
  • Most of the components of the sensing habitat are composed of open-source software and off-the-shelf hardware, allowing ready replicability
  • The data habitat is based on a MQTT transmission protocol, with consumers subscribing only to relevant feeds, promoting scalability

Cybersecurity and Privacy

TBD

Impacts

  • Help aging households in Montgomery County live independently more confidently
  • Connect vulnerable residents in the County to critical services more efficiently
  • Prevent deaths from common accidents among seniors (e.g., fall cannot get up, unnoticed gas leak)

Demonstration/Deployment

  • Phase I Pilot/Demonstration:
  1. Network infrastructure developed
  2. Sensors deployed in volunteer resident homes
  • Phase II Deployment:
  1. Continue developing new sensors to pilot