Bluetooth Low Energy shares the 2.4 GHz band with Wi-Fi, and in any real-world environment, that band is crowded. As you add more BLE devices like beacons, sensors, wearables, and smart home gear, the coexistence problems get worse. Detection rates drop, connection intervals become unreliable, range shrinks, and devices that worked fine in a clean test environment start failing in the field. These issues are hard to reproduce in a standard lab because you need the competing traffic present to trigger them.
We validate BLE deployments under load, with Wi-Fi and other BLE traffic active in the same space. We test detection rates across distance, connection stability under interference, GATT service reliability, and how well your devices handle the frequency hopping that's supposed to mitigate all of this. If your product uses BLE for proximity sensing, asset tracking, or device pairing, we test those specific use cases under the conditions your customers will actually encounter.
The goal is simple. Find out where BLE breaks in your product before your customers do, and give you the data to fix it.