24
Texting4Health Conference February 29, 2008 InSTEDD Proprietary Level I

Technologies for Early Disease Detection and Rapid Disaster Response

  • Upload
    instedd

  • View
    619

  • Download
    1

Embed Size (px)

DESCRIPTION

Technologies for Early Disease Detection and Rapid Disaster Response: InSTEDD's Global platform for early detection, response and evaluation at the Texting4Health Conference in February of 2008.

Citation preview

Page 1: Technologies for Early Disease Detection and Rapid Disaster Response

Texting4Health ConferenceFebruary 29, 2008 InSTEDD Proprietary Level I

Page 2: Technologies for Early Disease Detection and Rapid Disaster Response

…that you will help build a global system to detect each new disease or disaster as quickly as it emerges…

Page 3: Technologies for Early Disease Detection and Rapid Disaster Response

Exposed

Clinical specimen

Symptoms

Pos. specimen

Infected

Seek medical attention

Report

1000 Shigella infections (100%)

50 Shigella notifications (5%)

Sensitivity

Specificity

Get as close to the bottom of the pyramid

as possible

Urge frequent reporting

InSTEDD Proprietary Level I2/29/2008 3

Page 4: Technologies for Early Disease Detection and Rapid Disaster Response

To address these challenges by adopting a social network and cognitive model approach in order to facilitateearly identification of potential health threats their verification, assessment and investigation in order to recommend  measures (public health and others) to control them.

Prototyped for MDBSGeneralized to other regions and conditions

2/29/2008 4InSTEDD Proprietary Level I

Page 5: Technologies for Early Disease Detection and Rapid Disaster Response

Indicator‐based surveillancecomputation of indicators upon which unusual disease patterns to investigate are detected  (number of cases, rates, proportion of strains…)

Event‐based surveillancethe detection of public health events based on the capture of ad‐hoc unstructured reports issued by formal or informal sources.

2/29/2008 5InSTEDD Proprietary Level I

Page 6: Technologies for Early Disease Detection and Rapid Disaster Response

• Moderated Lists, News Feeds, Articles, Blogs, Emails, wikis (e.g., fluwiki), Videos, Audios

• Human health, animal health, plant health, water quality, Internet traffic, utilities, intelligence. etc.

• SMS, SMS Geo-Chat

Risk Visualization, Simulation and Modeling

Biosurveillance Tags

User Alerts

Contact Tracing and Network Modeling

Time SliderSignal

Time Series VisualizationMultiple data streams (structured and unstructured)

Data Visualization

Alert and Health Events Board

Asset Status and Readiness

Spatio-Temporal Analysis

Remote Sensing

2/29/2008 6InSTEDD Proprietary Level I

Response

Riff

Page 7: Technologies for Early Disease Detection and Rapid Disaster Response

InSTEDD PlatformOpen source applications, services, and frameworks

Page 8: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 8

EmergingRequirements

ComponentIntegration

DesignValidation

New Features& Services

Field Lab and Platform SynergyLearning at the edge, building for the future

Page 9: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 9

Serious infectious disease hotspot.

Page 10: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 10

Page 11: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 11

EWARN database SYNCHRONIZES via SMS. Cell phones to laptops.

The outbreak, the lab confirmation, and the contact tracking, can all be done over SMS.

Steung Treng ProvinceNorthern Cambodia

Page 12: Technologies for Early Disease Detection and Rapid Disaster Response

The Golden Shadow Demonstration

Page 13: Technologies for Early Disease Detection and Rapid Disaster Response

NeighborhoodsFirst Responders Community  Orgs

Community Disaster Network

Page 14: Technologies for Early Disease Detection and Rapid Disaster Response

GeoBlogging

Emergency Emergency Command CenterCommand Center

GeoFormsGeoChat

Page 15: Technologies for Early Disease Detection and Rapid Disaster Response

Cell phone SMS messages show up on Google EarthTime, date, person, location, textReply directly from Google EarthSee movements as paths over timeThe status display ages (colors…)

2/29/2008 InSTEDD Proprietary Level I 15

Page 16: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 16

Page 17: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 InSTEDD Proprietary Level I 17

Page 18: Technologies for Early Disease Detection and Rapid Disaster Response

Creating a collaborative environment where human epidemiologists decision makers and responders interact with automated systems, using their existing tools and services when possible

Application of Social Network Model approach and Collaborative decision making technology into the process

2/29/2008 18InSTEDD Proprietary Level I

Page 19: Technologies for Early Disease Detection and Rapid Disaster Response

2/29/2008 19InSTEDD Proprietary Level I

Taha Kass-Hout, MD, MSDirector, Health [email protected]

Mary Jane Marcus, MSWProgram [email protected]

400 Hamilton Avenue, Suite 120Palo Alto, CA 94301USA+1.650.353.4440+1.877.650.4440 (toll-free in the US)

Page 20: Technologies for Early Disease Detection and Rapid Disaster Response

The likelihood of disasters and disease outbreaks is growing

According to a recent Oxfam report, there has been a four‐fold increase in the annual number of natural disasters

30 infectious diseases identified since 1973

Potential impact is getting greaterImpact on health, economies & securityCapable of spreading faster than ever before

2/29/2008 InSTEDD Proprietary Level I 20

http://www.oxfam.org/en/policy/briefingpapers/bp108_climate_change_alarm_0711

Page 21: Technologies for Early Disease Detection and Rapid Disaster Response

Current systems design, analysis and evaluation has been geared towards specific data sources and detection algorithms – not humans

Much less has been towards interaction with responders and domain experts across agencies and at multiple levelsOften provide contradictory interpretations of ongoing events

We have systems in place for those threats we have been faced with before

We are more vulnerable to those we know about, but have not faced on a major scaleEven more vulnerable to those that we don’t know about

2/29/2008 21InSTEDD Proprietary Level I

Page 22: Technologies for Early Disease Detection and Rapid Disaster Response

Research Triangle International

Harvard MIT – Healthmap

NASA Goddard Space Flight Center

IBM: Public Health Information Affinity Domain (PHIAD)

ProMed

2/29/2008 InSTEDD Proprietary Level I 22

Page 23: Technologies for Early Disease Detection and Rapid Disaster Response

Those who had not used text messaging before the demonstration (mainly seniors) reverted to their preferred methods (FRS radio) during the emergency.   It is hard to say what would have happened if they only had text messaging as an option

Those who were experienced with text messaging loved using it for reporting

2/29/2008 InSTEDD Proprietary Level I 23

Page 24: Technologies for Early Disease Detection and Rapid Disaster Response

Those who had failures in all other forms of communication (their FRS radios failed) reverted to SMS text messaging and used it for their internal communication

The lack of responses to text messaging (and all forms of comm.) was very difficult

All of the other things we learned around how info needs to be meaningful…triaging at the field level…

2/29/2008 InSTEDD Proprietary Level I 24