The first intelligent device to measure your air, predict variations, and deliver personalized solutions for a comfortable and pollution-free home and life

Bloom scans your environment for pollution buildups and learns your air's reoccurring behavior to deliver actionable solutions for cleaner air. It seamlessly connects to your smartphone device and smart home platform to give you permanent control over your air’s purity.

Bloom’s discrete and elegant design simplifies everyday use and long-term functionality

Bloom is wearable and apt for outdoor use, pairing with your smartphone via Bluetooth

Bloom uses Wi-Fi to connect to your smart home platform and deliver indoor air quality data

Bloom is equipped to operate independently from your smartphone and smart home platforms

Bloom’s technology combines two pollution sensors and a temperature, humidity and elevation sensor to instantly detect pollution variations and environmental changes. When this happens, Bloom’s smartphone app delivers a personalized solution to improve the immediate air quality.

Bloom’s mobile app is concise, and easy to read at a glance

Bloom is tailored to each user and has specific settings for individual needs and characteristics such as asthma and allergies, pregnancy or children, sleep patterns, and commute trends.

Bloom gives you control of your device to maximize its benefits

Bloom harnesses the power of Machine Learning to not just tell you your air is currently polluted, but to forecast when you air may be polluted in the future... Its predictive algorithm establishes a baseline of your air and anticipates pollution changes to deliver preventative solutions to always breathe your purest air.

Bloom forecasts upcoming pollution events and offers preventative solutions

Bloom integrates with your smart home platform to deliver remote control over your indoor air quality.

Connect with Samsungs' SmartThings platform in two easy steps

Its open API interface allows further customization while still leveraging the preset air quality guidelines and Bloom's evolution through machine learning.

Gain programmatic access to Bloom through its Open API interface

Bloom’s dashboard allows you to monitor your home’s air from anywhere in the world. Login and see the conditions in real-time of your home, or view historical data and improving air quality over time.

Access your air quality data from anywhere through the cloud-based dashboard interface

Bluetooth and WiFi enabled

We developed Bloom's technology because we think it is important to be able to measure the amount of toxic chemicals that are in our air ready to be inhaled. We developed Bloom's algorithms because we know that alerting people of nearby pollution is not enough. In order to be truly perceptive and participate in the smart home / smartphone environment, Bloom has to deliver real solutions.

Learn more about Bloom's mission.

Bloom not only allows you to live in cleaner environments and brings your smart home to the next level, it also helps make important life decisions.

Real estate: use Bloom to monitor the air quality of your favorite neighborhoods and avoid making air pollution part of your 30-year mortgage.

Bloom's dashboard allows you to track open houses and desired neighborhoods

Travel: use Bloom community map to communicate with other users and inquire about their city's air quality prior to making travel plans. Activities: Bloom delivers daily air updates to consider before engaging in outdoor activities, and identifies your most visited places to suggest similar locations with improved air quality.

Connect with the Bloom global community and travel and air quality tips

Activities: Bloom delivers daily air updates to consider before engaging in outdoor activities, and identifies your most visited places to suggest similar locations with improved air quality.

Bloom's mobile app delivers air updates and recommendations based on your favorite activities

Bloom improves your quality of life by reducing the short-term effects of air pollution.

Bloom improves your life expectancy by reducing the long-term chronic effects of air pollution.

Bloom's design was inspired by elements commonly found in nature, in particular, the pattern followed by sunflower's petals. This pattern, the Fibonacci Sequence, reoccurs throughout nature in flowers, tree branches, shells, and faces. This ratio is called the Golden Ratio, or Phi, and it is the ratio we used to spread the breathing indentations you see on Bloom's surface. As well as the dimensions for the charging pod.

Fibonacci's Sequence is created by simply adding the two previous numbers together to get the next (1, 1, 2, 3, 5, 8...)

Bloom's shell dimensions was created by dividing sequential numbers of Fibonacci's sequence by one another

Hydrocarbons: are compounds of hydrogen and carbon, such as any of those that are the chief components of petroleum and natural gas. These compounds are introduced into the environment through their use as fuels and chemicals as well as through leaks or accidental spills during exploration, production, reﬁning, or transport. Hydrocarbons are highly toxic and pose a serious global environmental and health threat.

Reducing and oxidizing agents: A reducing agent is an element or compound that loses an electron to another chemical species. Since the reducing agent is losing electrons, it is said to have been oxidized. Not all reducing and oxidizing agents are toxic, or contributors to air pollution. Though certain combinations are extremely poisonous to humans and other animals.

[PMe] Particulate matter equivalent: microscopic particles suspended in air, many of which are hazardous. This complex mixture includes both organic and inorganic particles, such as dust, pollen, soot, smoke, and liquid droplets. And is the leading cause of premature pollution-related deaths in the world. Bloom derives the presence of PM by calculating the levels of nitrogren dioxide and certain hydrocarbons, as much ambient PM(2.5) mass is formed through interactions between these elements, as well as ultraviolet light.

[CO] Carbon monoxide: is a toxic colorless, odorless, and tasteless gas. Carbon monoxide poisoning is the most common type of fatal air poisoning in many developed and developing countries.

[NOX] Nitrogen oxides: are gasses produced during combustion of fuels and one of the main contributors to smog and acid rain. Exposure to these gasses has severe and life threatening health effects on humans and other animals.

[C2HCl3] Trichloroethylene: used in paints, paint removers/strippers, grease solvents, dry cleaning operations, adhesives, lubricants, varnishes, metal cleaners/polishes, and printing inks.

[CH2O] Formaldehyde: one of the chemicals most often found in homes. It is used in building materials and insulation, wood products (hardwood plywood, particleboard), household products (glue, permanent press fabric, paints/coatings, lacquers/finishes, paper bags, waxed paper, facial tissues, paper towels, table napkins, dish-washing liquids, fabric softeners, and some cosmetics), and garden fertilizers.

[C6H6] Benzene: is widely used in the United States, particularly in the production of plastics, resins, nylons, synthetic fibers, lubricants, rubbers, dyes, and detergents. It is also a byproduct of the combustion process and found in crude oil, gasoline and cigarette smoke.

[NH3] Ammonia: comes from fertilizers, plastics, textiles, dyes, window cleaners, floor waxes and smelling salts.

[C8H10] Xylene: widely found in common tissues, paints and stains, rubber, leather, tobacco smoke and vehicle exhaustion.