InfiSense: An Important Company To Watch As Companies Decarbonize Through Rich Data

InfiSense provides wireless monitoring through a LoRaWAN and API. (Image: Unsplash)
InfiSense provides wireless monitoring through a LoRaWAN and API. (Image: Unsplash)

InfiSense (2021 Cleantech Open National Finalist and a Cleantech Open Northeast Regional Finalist) provides reliable, wireless indoor and outdoor environmental monitoring through a Long Range Wide Area Network (LoRaWAN) and open Application Program Interface (API).

Think of a LoRaWAN as a more useful form of Wifi and an open API as a software tool to store and deliver data to businesses. We’ll define them in more detail later on in the article.

Data is needed for Decarbonizing the Built Environment

While networks and APIs can be used in many industries, the primary focus is applying the tech to decarbonize the built environment.

Houses, offices, skyscrapers, really any built structure consumes large amounts of fossil fuel-generated electricity. If a real estate company, for example, has a goal of minimizing the carbon outputs from their buildings, meeting that goal requires an understanding of what is consuming energy, why, and if it is actionable to reduce that consumption. If a real estate company wanted to implement an energy-efficient lighting program, for example, they would want to know how much energy the new lighting is using compared to the old lighting in order to verify the efficacy of the program.

Currently, according to Infisense, “80% of commercial buildings in the U.S. don’t have a centralized control system” and thus have no capacity to generate or record data. Any sort of data gathering and informed decision making includes physically visiting each site, installing data loggers, and revisiting the site every six months to change sensor batteries and download the data. This is costly and time-consuming, and without real-time visibility, there’s no way to know if sensors fail.

A LoRaWAN and API are tools to fix these issues and help building managers make informed, data-based decisions.

Making Sense of Long Range, Wide Area Networks and API’s

The LoRaWAN, as the name implies, is a network that enables communication between installed sensors and a gateway to monitor a given parameter over long distances. A lighting sensor in the suburbs could send data to a gateway in the city, for example.

An API is a software interface that allows two computer programs to work together. Stripe is an everyday example of an API. It is a software program that bridges the gap between your financial software and the business you are paying.

In the same way, the InfiSense API takes data (ex. temperature data from a warehouse) and serves it in a flexible format that can be used by businesses in any number of analytical tools.

InfiSense’s Success at Cleantech Open

InfiSense was one of six finalists in the 2021 Cleantech Open Northeast Cohort. While not a traditional clean technology, InfiSense found success through positioning itself as a key component of decarbonization, resilience, and meaningful action regarding the built environment.

With large corporations and real estate owners setting aggressive net-zero carbon goals and implementing ESG reporting programs, there is a massive push to make buildings more energy-efficient. Data is essential to these initiatives but generating it remains troublesome. Thus, Infisense has a technology, backed by Cleantech Open, that fulfills a market need.


InfiSense is positioned to be a strategic partner to the leading firms that are tackling decarbonization but lack the data to make important decisions. After success at Cleantech Open, they are currently raising funds to grow the team, improve the product, and scale reach. InfiSense provides an integral service that has been lacking in many industries and thus will be an important company to watch as carbon-reduction goals become actionable.

About The Author

John Doctor

John Docter

NNSA Fellow at Pacific Northwest National Laboratory

John currently works at the Pacific Northwest National Laboratory as an Engineering Analyst Fellow. He has his master’s in Biotechnology, Sustainability, and Entrepreneurship from Northwestern University and has conducted research on microbial wastewater mitigation, soil batteries, and biomass chemical conversion and valorization. His goal is to help the world develop, understand, and embrace solutions to the climate crises. In his spare time he enjoys trail running, cycling, rock climbing, reading books, and playing the banjo.

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