Transforming Atmospheric Data into
Atmospheric pollutants from many sources have significant impact on World Health, Local Environments and Climate Change.
As more and more economies grow, air pollution grows as do the effects on health, environment and climate unless there are capabilities to observe, measure and re-mediate.
Peter Drucker said “If you can’t measure it, you can’t improve it”. The environmental challenge is to measure the air pollution in its environmental context and provide actionable information to interested parties who can arrest the air pollution growth and improve the environment.
Scepter observes atmospheric data in the vertical air column and transforms it into actionable products and services.
Scepter ingests sensor data on platforms located from terrestrial to airborne to satellite sources. It then aggregates that data, fuses it with other datasets, analyses that data and then presents the information to the user.
Scepter analytics and deep learning enables entirely new actionable information to be gleaned from various other environmental data.
The Scepter objective is “Transforming Atmospheric Data Into Actionable Services”.
To achieve this Scepter uses an “Atmospheric Sensor Network and Analytical Information System”.
We provide global-to-local real-time air pollution data, integrated with data from other sources, blended with wind data, filtered through accepted healthcare criteria and analyzed to provide actionable information for businesses, consumers, governments and NGOs.
Scepter has developed and patented a ground breaking approach to monitoring air pollution in real-time using an array of terrestrial, airborne and Low-Earth-Orbit (LEO) satellite-based sensors to measure the vertical air column.
We apply a commercial lens to the problem / opportunity.
Scepter’s monitoring and data processing platform is the only solution that will meet the real and growing needs of a variety of customers.
Our approach to gathering air pollution data and producing information is complementary to other approaches including science missions.
Scepter achieves an efficient global footprint by using its unique LEO satellite constellation to augment and leverage existing terrestrial sensor infrastructure and national satellite monitoring programs.
We take a partner-based ecosystem approach to the global air pollution problem; we collaborate rather than go-it-alone.
This approach enables Scepter to achieve quick time to market and mitigate risk.
Scepter leverages both existing free sensor data and new sensor platforms from terrestrial through drone, aircraft, UAV to satellite to provide a comprehensive sensor data set.
This approach provides various 3D views of the atmosphere that can be incrementally integrated and fused into a comprehensive observation of the atmosphere.
Integrated Business Model
Global nature of air pollution requires integration of the vertical air column, data sources, sensor infrastructure and key stakeholders.
Ecosystem Approach with Global Reach
Build world-class capabilities quickly with corporate partners and retain the ability to be nimble.
Leverage Multiple Applications
One global ecosystem measuring pollutants, air quality and green house gases (GHGs).
Leverage free data and existing patchy sensor networks to start.
Drive Industry Standard
Incorporate key constituency standards such as Open Geospatial Consortium standards and others where possible.
Rollout the system based on years of experience and expertise.
Scepter is a group of people who powered movement fighting for a green and peaceful future.
Scepter’s highly accurate data will help people to make healthier decisions. Scepter ensures to deliver real time data with no cost.