Blog

Build a real-time ventilation plotter in Python using the Aidlab SDK, filtering the respiratory stream and painting it with matplotlib. We cover device pairing, async loops, and two animation strategies so researchers can inspect inhalation curves seconds after capture. Ideal for labs that need publication-ready visuals without leaving their notebook.

Spin up a Python script that listens to Aidlab's workout detector and logs every push-up, burpee, and squat your clients crank out. You will learn how motion plus orientation streams trigger on-device classification, and how to extend the callback for your own analytics. A fast track for coaches and hackers who want rep counts without building machine learning from scratch.

Wire Aidlab into a Unity Android project so a floating cube mirrors your breathing in real time. We step through project setup, BLE permissions, IAidlab callbacks, and the normalization tricks that keep your scene responsive. It is a blueprint for game studios and biofeedback creators experimenting with immersive respiration control.

Turn an iPhone into a ECG monitor with the Aidlab iOS SDK.

Follow along as we use Aidlab's data to flag when someone has been lying down long enough to count as sleep.

Endomondo is gone, so we road-tested replacements-from MapMyRun's, Runkeeper, Strava, and even Zombies, Run!. We compare integrations, pricing, social features, and migration pain so you can pick a new home for your training history.

We separate myth from method in measuring body temperature with an iPhone. You will see what works today, what is coming, and when external sensors are the only reliable answer.

This deep dive pits chest straps against wrist wearables on accuracy, physiology, and the advanced metrics serious athletes rely on. From uninterrupted ECG recordings and respiration tracking to heat acclimation and recovery insights, you will see why electrodes still win when training gets intense. Use it to choose hardware that keeps pace with your goals.

We spend hours glued to our desks, forgetting to move, stretch or even drink water. This article reminds you that small, consistent actions like taking the stairs or walking part of your commute can make a big difference.

While robots won't replace fitness coaches anytime soon, there's merit in having an AI fitness assistant to remind you to unglue yourself from the desk and take a moment to pay attention to your well-being.

Study found that physical activity outside of work hours didn’t protect sedentary workers from the negative effects of sitting.

If you train by feel, you are guessing; this field guide shows how chest straps capture easy run heart rate trends that wrist wearables routinely miss. We explain why optical sensors lag after pace changes, fail in the cold, and skew averages, and how accurate data prevents overtraining. Runners get a clear case for strapping in before chasing new volume.

Not many people realize that tracking long-term temperature is just as important as identifying if you’re unwell. Besides, confirming an illness, it can be used to track many things that occur in your body, such as the menstrual cycle or recovery time after a sickness.

Stress hides in plain sight, so we dig into multi signal monitoring-heart rate, respiration volume, motion-to separate panic from posture changes. You will see why single metric apps get fooled, how white coat spikes manifest, and how physiological data can reveal what self-perception often misses.

At Aidlab we’re strong believers in remote health and fitness monitoring. That’s why today we’re introducing a new feature called Teams, which provides a whole new experience for anyone who needs an insight into a group’s data.