Air Lab
Innovative air quality measurement at your fingertips
Air Lab measures crucial air quality parameters such as CO2, temperature, humidity, and pollutants with high accuracy.
Air Lab is a versatile air quality measuring device designed for ease of use and customization. Created by Networked Artifacts, the device measures several key environmental parameters, including CO2 levels, temperature, relative humidity, air pollutants such as VOCs and NOx, and atmospheric pressure. Built on the efficient ESP32S3 microcontroller, Air Lab incorporates a high-accuracy SCD41 sensor for CO2 and temperature measurement and utilizes an SGP41 sensor for detecting VOCs and NOx. With its ability to log and analyze data directly, without requiring a smartphone or laptop, Air Lab appeals to individuals who desire a hands-on approach to environmental monitoring. The device's firmware—which is expected to be open-source post-launch—is developed atop the esp-idf framework and employs LVGL for its UI rendering, promising a smooth user experience. A significant feature of Air Lab is its simulator, allowing users to interact with a web version of the device, facilitating understanding and exploration of its capabilities without needing the physical device. As part of its functionality, the input data can be accessed directly by the device, positioning Air Lab as an engaging educational tool in understanding air quality. The project is currently funded through a crowdfunding campaign on CrowdSupply, and while pricing specifics are not available, early backers can expect a reasonable tier that reflects the device's capabilities. In comparison, conventional devices like the Aeroqual and the Atmotube often come with locked-down software and limited customization options, making Air Lab an attractive alternative for developers and enthusiasts looking to tinker. However, potential users should be aware of limitations such as the absence of networking features in the current simulator, which hinders remote data access and analysis capabilities. Targeted towards solo developers, startup teams, and environmental educators, the Air Lab sets itself apart with its open ecosystem and user-friendly interface, focusing on making air quality awareness accessible to the broader public while enabling a rich ecosystem for innovation and research. As interest in personalized and location-based air quality monitoring rises, tools like Air Lab cater to both casual users and more tech-savvy individuals who want deeper data exploration.
Use Cases
Home air quality monitoring
Air Lab can be deployed in homes to monitor air quality parameters such as CO2 and VOCs, informing residents about their indoor air environment.
A family uses Air Lab to track CO2 levels while cooking, allowing them to optimize ventilation and ensure a healthier home.
Educational purposes in schools
Teachers can employ Air Lab in classrooms to educate students about air quality and environmental science.
A science teacher utilizes Air Lab to monitor and demonstrate air quality changes during a week-long project on pollution.
Researching urban air quality
Researchers can utilize Air Lab to gather localized air quality data for studies on urban pollution.
A team of environmental scientists deploys several Air Labs across a city to collect data on NOx and VOC levels.
Prompting real-time actions
Businesses can use Air Lab to adjust operations based on air quality readings in real-time.
A coffee shop uses Air Lab to monitor indoor air quality, triggering ventilation mechanisms when CO2 levels rise above safe thresholds.
Upgrading existing DIY air quality setups
Makers can integrate Air Lab with existing setups to enhance their air quality measuring capabilities.
A developer integrates Air Lab with a home automation system to adjust HVAC settings according to air quality readings.
Get started in 5 minutes
1. Visit the Air Lab simulator at https://networkedartifacts.com/airlab/simulator. 2. Click on the available options to start simulating air quality measurements. 3. Experiment with different scenarios by adjusting parameters such as CO2 and temperature levels. 4. Observe how the simulated device responds to the changes you input. 5. For further exploration, join the mailing list for project updates or inquire via the contact section.
Pros & Cons
✅ Pros
- +Open-source firmware encourages user customization and flexibility, catering to tech enthusiasts and developers.
- +Direct data logging without the need for external devices simplifies measurement and analysis.
- +High-quality sensors provide accurate readings for a diverse range of environmental parameters.
❌ Cons
- −Current simulator lacks networking features, restricting remote monitoring capabilities.
- −Limited pricing information may deter potential users from committing to the product.
- −Post-launch, users may face a learning curve to fully utilize the device's capabilities.
Frequently Asked Questions
What is Air Lab used for?▾
Air Lab is used for measuring air quality parameters including CO2, temperature, humidity, and pollutants.
How much does Air Lab cost?▾
The exact pricing for Air Lab is currently unknown as it is being funded through a crowdfunding campaign.
How do I get started with Air Lab?▾
You can start by visiting the Air Lab simulator online to explore its features and understand its components.
Is Air Lab worth it?▾
For users interested in air quality monitoring and customization, Air Lab can be a valuable tool when fully available.
What are the best alternatives to Air Lab?▾
Alternatives to Air Lab include Aeroqual, Atmotube, and PurpleAir, which also provide air quality monitoring.
What are the limitations of Air Lab?▾
Currently, the simulator does not support networking, limiting remote data monitoring functionalities.