VIZONOMY PLATFORM

Data and algorithms for increasing urban resilience.
Contact or email us at hello@vizonomy.com

Vizonomy’s Climate Risk Terminal offers massive data, FEMA standards, intuitive assessments, and dedicated support.
Starting at $14k per year, increase your community’s resilience.

MEET VIZONOMY


SIMPLIFY THE HAZARD MITIGATION PROCESS WITH A SINGLE, OPEN, INTUITIVE SOFTWARE PLATFORM

Vizonomy integrates data capture, analysis, visualization, and export in a seamless platform for comprehensive and reliable mitigation planning. Save hundreds of hours and nearly 10x the cost of the traditional, static risk assessment.

EXTRACT INSIGHT FROM ALL OF YOUR DATA

Vizonomy uniquely enables governments to leverage data from all sources: federal agencies, OpenStreet Map, and local GIS departments. With more than 70 layers covering hazards, infrastructure, and demographic data, expect valuable insights for mitigation planning.

COMPLY WITH FEMA STANDARDS FOR LOSS ASSESSMENT

Vizonomy applies the same methodologies developed by FEMA for its popular HAZUS software – and migrates everything to the cloud. More than 800 damage functions allow for accurate economic loss estimation at the structure, neighborhood, or city level.

AMPLIFY YOUR COMMUNICATION STRATEGY

Vizonomy increases your reach for public support of local mitigation projects. Build awareness. Export your assessment into a local hazard mitigation plan. Share results via pdf, through social media, or online.

Complexity made simple


With Vizonomy, accelerate your government’s ability to learn and better understand their community’s risk. Through our data architecture, FEMA-based analysis, and optimized visualization platform, we support hazard mitigation planning to identify long-term strategies for risk reduction and increasing public awareness. Vizonomy provides a reliable and powerful solution for cities of all sizes.

LEARN MORE

MODULAR DESIGN


User interfaces that enables government to interact smoothly with data, ask better questions, and make better decisions.

City Level Analysis


Reliable Data
Select more than +70 datasets from local, state, and federal sources. Assets incl. schools, roads, hospitals, etc.
Exposure Summary
Quickly estimate which areas are at risk by viewing the exposure summary on critical sectors, demographics, and buildings.
Spatial Analysis by Neighborhood, City or County
Determine which assets are exposed by hazard scenario within a neighborhood, city, or county.
Share Results
With your customized analysis, share results within your government agency through a private link or PDF report.

Building Vulnerability Analysis


Reliable Data
Select more than +70 datasets from local, state, and federal sources. Assets incl. schools, roads, hospitals, etc.
Exposure Summary
Quickly estimate which areas are at risk by viewing the exposure summary on critical sectors, demographics, and buildings.
Spatial Analysis by Neighborhood, City or County
Determine which assets are exposed by hazard scenario within a neighborhood, city, or county.
Share Results
With your customized analysis, share results within your government agency through a private link or PDF report.

Social Media Real-Time Emergency Response


Twitter Data Mining
Easily search hazard-related keywords from Twitter using semantic analysis. Filter results by time and geography.
Near Real-time Imagery
Use imagery the day before, during, and after an event to quickly assess damages and assist with insurance payout verification. Coming soon.
Probabilistic Scenarios
See which areas are likely to be exposed to storm surge 12 to 24hrs in advance, using NOAA and proprietary models.
Automated Reporting
Receive automate text and email updates on upcoming hazard events and assets exposed. Use for coordination and crowdsourcing equipment location. Coming soon.

CLIMATE VARIABLES ANALYSIS


Temperature & Precipitation
Asses a suite of temperature and precipitation indicators to show future trends at the city level (12 x 12km).
Compare Future Trends
Compare future trends (2020-2060) to a historical baseline (1970-2000).
Downscaled Global Circulation Models
Use projections derived from 19 global circulation models and statistically downscaled to better represent local conditions.
Probabilistic Approach
Leverage probabilistic estimates generated for extreme indicators using Gaussian distribution, with values falling in the 25th and 75th percentiles.

Critical Sector Vulnerability Analysis


Sector Data
Develop a vulnerability analysis across twelve sectors, incl. government, financial, maritime transport, emergency, etc.
Sea Level Rise Risk
Determine how many assets by category and within each sector are exposed to each of NOAA’s scenarios from 1ft to 6ft.
Current Flood Risk
Determine how many assets by category and within each sector are exposed to the 100 or 500YR floodplains.
Detailed Results
For each vulnerability assessment, see which assets are specifically exposed by scenario. Includes asset name, location, and depth.
CONTACT Explore new ways to increase your resiliency.