Smart Wearables Can Now Track Pollutants And Allergens

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It was 1999 when Kevin Aston, a British technologist, sparked the idea of IoT.

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Fast forward to 2024; we’re not just living in a connected world; we’re thriving in it.

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In the realm of smart homes, connected cities, and wearable technology, smart wearables have taken the spotlight in recent years.

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In fact, Deloitte predicts that by 2024, more than 400 million consumer health and wellness wearable devices will ship globally. These cool gadgets include smartwatches and medical-grade wearables- designed to keep us healthy and fit.

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‍What are smart wearables?

Smart wearables generally refer to IoT solutions involving hardware, software, and app development.

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When worn, they can track a range of health data, including temperature, blood oxygen levels, respiratory rate, GPS location, physical activity, changes in direction, and the electrical impulses of the brain, muscles, and heart.

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This information can track various aspects of health and well-being, including calories, exercise, stress, posture, sleep quality, cognitive decline, and early signs of infection and inflammation.

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Remember, we can't manage what we can't measure. And wearables allow for continuous monitoring.

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15% of US smartwatch owners bought their devices after the pandemic began- wearables can now be called our health allies. Imagine your smartwatch not just counting steps but actively safeguarding you from the unseen adversaries in the air.

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Traditionally, health and fitness trackers have focused on personal metrics like heart rate and activity levels. But what about the external factors that significantly impact our well-being?

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Air pollution and exposure to pollen can trigger allergies, exacerbate respiratory conditions, affect sleep quality, and even lead to cognitive decline.

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How can you track air quality and pollen on your wearable for a healthier lifestyle?

I'm sure many of us have gone for a jog or relaxed in our gardens, only to find out later that high PM levels or pollen counts triggered our asthma or allergies.

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This is where environmental data steps in.

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Wearable devices equipped with sensors to measure weather, air quality, and pollen levels empower you to make smarter health choices, like detours around polluted areas or finding indoor havens during peak pollen seasons. It's all possible with the right information.

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And that’s not all. With air quality API, athletes can optimize their training based on real-time air quality. The possibilities are endless!

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Studies have shown that wearable devices with environmental data promote preventive and personalized healthcare.

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For decades, science fiction has been teasing us with the idea of wearable technology. But what will these devices actually look like, and what can we expect them to do?

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What does the future look like for wearables?

The continuous evolution of this incredible technology has captured the imagination of tech enthusiasts and health-conscious individuals alike.

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It's incredible to see how, by 2027, it’s likely to reduce hospital costs by 16% and potentially save a whopping $200 billion with its remote patient monitoring devices.

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When you integrate environmental data into wearables, it has the potential to strengthen patient-physician engagement and improve patient outcomes.

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For instance, imagine a wearable being your personal allergy assistant. With pollen API it can learn your unique allergy triggers and environmental stressors to provide you with personalized alerts in your area.

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Further, this data can be easily integrated with your medical records to help your healthcare team better understand the environmental triggers responsible for your respiratory conditions and allergies.

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The future of wearables is exciting and holds immense potential for personalized health management, environmental awareness, and improved quality of life.

“You don’t drive a car around without a dashboard. I would argue it’s just as crazy to go around without a health monitor.

-Michael Snyder of Stanford University, a pioneer in the field of wearables.

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But there are challenges, too. Ensuring accurate data, interpreting it meaningfully, and protecting user privacy are all crucial.

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Challenges

The innovation in wearables is advancing rapidly, thanks to the developments in sensors, semiconductors, and AI. But, when it comes to using it for environmental monitoring, there are a few challenges to consider.

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Firstly, it is essential to ensure that the data collected is reliable and accurate, which involves considering factors such as sensor calibration and environmental conditions.

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Secondly, it can be challenging to interpret the large amounts of data generated in a way that makes sense while keeping user privacy in mind.

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In addition to these challenges, it's also essential to think about user acceptance and comfort and how to integrate environmental data with other domains.

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That’s where Ambee comes in.

Why choose Ambee’s air quality and pollen data?

At Ambee, we combine ground-based sensors, satellite data, and advanced machine learning to create the most accurate reflection of data possible. We go beyond city-wide readings to provide street-level insights into your immediate environments.

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To understand better, read why Ambee’s data quality is superior.

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With Ambee, the future of wearables can be bright and breathable: Get in touch.