Aclima is a company that focuses on environmental technology, specifically in the domain of air quality monitoring and analysis. The company offers a platform that measures and analyzes air pollution and greenhouse gases, providing data and insights to help reduce emissions and improve public health. Their services are primarily used by industry, government, and communities. It was founded in 2007 and is based in San Francisco, California.
Research containing Aclima
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CB Insights Intelligence Analysts have mentioned Aclima in 1 CB Insights research brief, most recently on Feb 17, 2023.
Expert Collections containing Aclima
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Aclima is included in 3 Expert Collections, including Smart Cities.
Game Changers 2018
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Companies developing artificial intelligence solutions, including cross-industry applications, industry-specific products, and AI infrastructure solutions.
Aclima has filed 26 patents.
Sensors, Fluid dynamics, Gas sensors, Aerodynamics, Air pollution
Sensors, Fluid dynamics, Gas sensors, Aerodynamics, Air pollution
Latest Aclima News
Nov 1, 2023
News provided by Share this article Share toX BOSTON, Nov. 1, 2023 /PRNewswire/ -- In recent years, there has been significant interest in the use of low-cost gas sensors affixed to lampposts, trees, and traffic lights within smart cities to monitor outdoor air quality. Yet before this industry has really taken off, there are already signs of a trend away from the adoption of expansive sensor networks towards mobile platforms. In this article, IDTechEx will give an overview of some of the key drivers of this industry shift and the impact this is expected to have on the multi-billion-dollar environmental gas sensor market . Mobile platforms reduce infrastructure demand Many local authorities have experimented with introducing networks of low-cost air quality sensors into their cities to monitor pollution. Such sensor networks providers promised to reduce capital expenditure compared with incumbent equipment while also offering access to higher spatial resolution data. Yet, in many instances, the adoption of these sensor networks has been short-lived or limited in size. Through multiple interviews with stakeholders in outdoor air quality monitoring, IDTechEx has learned that infrastructure and calibration requirements create a barrier to continued adoption in the smart city market. The reality of implementing a large network without an existing ecosystem of third-party support has posed a real challenge. Mobile platforms offer a reduced infrastructure demand compared to large, fixed sensor networks. For example, gas sensor equipment mounted into vehicles overcomes the bureaucracy associated with connecting to the national grid and is easier to maintain than those mounted at height. Moreover, calibrating one piece of high-quality equipment instead of hundreds of sensors is less time-intensive. This advantage is clearly appreciated by Aclima in the US; they have recently pivoted away from low-cost fixed sensor networks towards a mobile solution. Fixed networks reduce partnership options and business model agility Another challenge with the fixed sensor network approach to air quality monitoring in smart cities is the lack of clear business model solutions. While there is demand for further understanding of the relationship between air quality and urban design, traffic management, citizen health, and the climate – unlocking the value of gas sensor data for these applications isn't easy. In most instances, local authority approaches to air quality monitoring are driven by legal requirements, which currently only require periodic measurements easily taken using the existing installed equipment. Moreover, local authorities are the clearest end-users of air quality data, and so as the main procurers of monitoring hardware, they are unable to easily monetize the data any further. On the other hand, business model innovation using mobile platforms appears easier. For example, one method of reducing outdoor pollution is the electrification of vehicles and the use of public transport. As such, air quality sensor data is increasingly included in the metrics collected by battery-powered fleets of delivery vans, e-scooters, buses, and trains. In this instance, much of the value is in collecting evidence of the positive environmental impact of electrification compared to fuel vehicles. Whether these companies can create solutions that can also capture the true value of the high-spatial-resolution data they collect is yet to be seen. However, there is now a global search for new markets and large data sets on which to unlock the power of artificial intelligence, and as such, air quality data has the potential to become a stronger product line in its own right in the near future. Gas sensor technology continues to shrink The third and final driver towards mobile air quality monitoring is the continuous shrinking of gas sensor technology. To date, the power consumption, size, and, crucially, cost have limited the adoption of this technology into mobile (portable) consumer devices such as wearables. However, for many years, leading gas sensor manufacturers have continued to develop smaller and smaller solutions – and the latest generation to emerge is directly targeting wearables OEMs. This includes Bosch's latest product, an inlet-free optical particle counter hundreds of times smaller than incumbents. Some start-ups have tried to penetrate this market in the past, for example, using tiny printed sensor solutions, but have struggled to find the economies of scale necessary to compete on cost. As with many new wearable sensors , many more potential consumers are likely waiting until they are integrated by their preferred brand, e.g. Apple or Samsung, before using the data. As such, despite a period of disillusionment, the next generation of miniaturized gas sensors could now see the trend towards mobile air quality monitoring consolidated by a mass-market for smart-watches after all. Outlook To summarize, mobile air quality monitoring solutions reduce the infrastructure demands of fixed solutions while also creating more scope for business model innovation. Technology development of further sensor miniaturization is also set to play an important role in expanding air-quality monitoring capabilities into wearable devices. For more insight into the environmental gas sensor market, see IDTechEx's latest report, " Environmental Gas Sensor Market 2024-2034: Technology, Trends, Forecasts, Players ". IDTechEx has been covering the broad topic of sensor technology since 2008, interviewing a wide range of major players over the years, attending multiple conferences, and delivering consulting projects and workshops on this topic. Trends in air quality monitoring and more are covered in this latest dedicated environmental gas sensor report, which evaluates the performance of ten technologies in detail – comparing their key characteristics and compatibility to five application areas. It includes over 30 company profiles from interviews with both major manufacturers and start-ups specializing in a range of different technologies, plus ten-year market forecasts. For more information on this report, please visit www.IDTechEx.com/EGS , or for the full portfolio of sensors research available from IDTechEx, please visit www.IDTechEx.com/Research/Sensors . About IDTechEx IDTechEx guides your strategic business decisions through its Research, Subscription and Consultancy products, helping you profit from emerging technologies. For more information, contact [email protected] or visit www.IDTechEx.com . Images download:
Aclima Frequently Asked Questions (FAQ)
When was Aclima founded?
Aclima was founded in 2007.
Where is Aclima's headquarters?
Aclima's headquarters is located at 10 Lombard Street, San Francisco.
What is Aclima's latest funding round?
Aclima's latest funding round is Unattributed VC.
How much did Aclima raise?
Aclima raised a total of $68.5M.
Who are the investors of Aclima?
Investors of Aclima include MPower Partners, Social Capital, Kapor Capital, Rethink Impact, Schmidt Family Foundation and 13 more.
Who are Aclima's competitors?
Competitors of Aclima include PlanetWatch and 3 more.
Compare Aclima to Competitors
Airly is a company that focuses on air quality monitoring and control, operating in the environmental technology sector. The company offers a comprehensive platform that provides real-time air quality data, enabling governments and businesses to make data-driven decisions to reduce emissions and protect public health. Its main customers are local governments, businesses, and communities seeking to improve their local air quality. It was founded in 2016 and is based in Palo Alto, California.
PlanetWatch provides a solution to generate, validate, analyze and record air quality data. It decentralizes and incentivizes air quality monitoring by leveraging the Algorand blockchain storing data gathered from a dense mesh of air quality sensors onto the Algorand blockchain and rewarding contributions to the ecosystem by distributing the PLANET token, a utility token, to sensor owners. The company was founded in 2020 and is based in Saint Genis Pouilly, France.
eLichens offers comprehensive air quality analysis and prediction products. It develops software solutions and miniaturized sensors to digitalize air quality. The company produces air quality monitors, outdoor air quality stations, and more. The company was founded in 2014 and is based in Grenoble, France.
Kunak specializes in the development of environmental monitoring solutions within the air quality sector. The company offers reliable systems for precise gas and particle analysis, as well as real-time environmental monitoring. These solutions are primarily utilized by sectors such as urban planning, industrial emissions control, and research and consultancy. It was founded in 2012 and is based in Navarra, Spain.
Airqoon develops a hyper-local air pollution management solution. It provides data-driven, actionable, air monitoring environmental intelligence to enterprises, cities, and institutions. The company was founded in 2018 and is based in Istanbul, Turkey.
N5 Sensors manufactures nanoengineered sensor arrays to detect chemical hazards. Its products include ChemNode, an end-to-end multimodal sensor solution powered by a cloud-connected sensor suite and advanced algorithms that provide continuous monitoring and detection, and more. The company was founded in 2012 and is based in Rockville, Maryland.