Respiratory Viruses – Insight Net

Respiratory Viruses

STLT Outbreak and Analytics Response (SOAR)
SOAR is a public health analytics platform developed by International Responder Systems that helps STLT agencies rapidly monitor, model, and forecast infectious disease trends using integrated, open-source data. It turns real-time and predictive analytics into clear, actionable insights that support faster, more informed outbreak response and decision-making.
SOAR Video Tutorials
A series of video tutorials that provide step-by-step guidance on how to optimize SOAR’s various features and functionalities to support effective public health decision-making. These videos will be embedded within the SOAR platform and are currently available on International Responder Systems’ YouTube channel.
SOAR Demo
Discover how SOAR can enhance public health surveillance and outbreak response through a live demonstration featuring a step-by-step walkthrough of the platform’s forecasting, alerting, and analytics capabilities, hosted by public health experts at International Responder Systems.
Mastering SOAR: An online platform for Public Health Surveillance, Forecasting and Outbreak Response.
This course is a self-paced, asynchronous training series designed to engage new SOAR users through hands-on demonstrations and guided instruction, participants will learn how to navigate SOAR, interpret disease nowcasts and forecasts, evaluate forecasting models, configure outbreak alerts, and use advanced surveillance and genomic analysis tools to support evidence-based public health decision-making and outbreak response.…
Trainings Market Analysis
Systematic analysis on the market to analyze the landscape, demand, and need for different types of trainings.
Simulation Games
Develop serious simulation games and planning to host workshops focused on these games.
Agent-Based Network Respiratory Virus Model
Agent-based network model of respiratory virus transmission, disease progression, and intervention. The model is modular and has been applied to counties, university campuses, and K-12 schools. For the general population (county) model three types of interactions are simulated: household interactions, social interactions, community interactions. The university model simulates residential interactions, classroom interactions, and community interactions.…
Embedding postdocs and tool builders
Embedding postdocs and tools building from UCSD
Microcertifications
A system of online training modules and microcertifications
Wastewater Surveillance network platform
Modeling tools for simulating wastewater analytics and surveillance at airports and environmental sites