Insights on programming-free BLE design, smart labels, and the NanoBeacon® platform.
Traditional Bluetooth Low Energy development requires firmware engineers and months of integration work. NanoBeacon® flips that model with a no-code configuration approach.
Temperature excursions cost the pharmaceutical and food industries billions annually. Here's how sub-microwatt BLE sensor SoCs are changing the economics of cold chain monitoring.
Both SoCs share the same programming-free philosophy, but they're optimized for different jobs. Here's how to decide which one fits your product.
A TX-only BLE architecture can push average power consumption below a microwatt. We break down what that means in real-world battery life terms.
Both promise real-time visibility into assets and shipments, but the underlying radio technology, cost structure, and ecosystem compatibility differ significantly.
As Bluetooth tracking technology advances, InPlay has launched its integrated universal tracker solution, powered by the cutting-edge IN610 SoC. This solution ensures seamless compatibility with both Apple's Find My…
Digital transformation is not some feared juggernaut rolling across industries with little care. It is instead a powerful tool that industries from agriculture to manufacturing are seeking to boost their productivity,…
Imagine enjoying a perfect summer afternoon barbecue party with friends and family. The weather is brilliant, the ambience is cheerful, but there is one thing you keep worrying about - is the steak grilling at the right…
Unveiling a groundbreaking approach to device interconnection, InPlay's NanoBeacon technology redefines Bluetooth connectivity. As the pioneering No-Code Bluetooth System-on-a-Chip (SoC), NanoBeacon enables the creation…
The Internet of Things (IoT) industry is undergoing tremendous growth, with an increasing demand for connected devices. However, the development of these devices can be a major challenge, particularly when it comes to…
So far, we have published three tutorials on using our new NanoBeacon™ BLE Scanner mobile app. We covered the following topics:
Let’s recap what we covered in the previous articles within this series:
In the previous tutorial within this series covering our recently-released NanoBeacon™ BLE Scanner mobile app, we covered an overview of the mobile app, where to install it from, how to use it to import an IN100…
A step-by-step walkthrough of the NanoBeacon™ BLE Scanner mobile app — installation, setup, filter options, and two hands-on test cases using the IN100 EVK.
In typical Bluetooth beacon applications, a smartphone app is usually a crucial part of the system but sometimes the most difficult to get right. During the development phase, you will typically utilize a BLE scanner…
InPlay's NanoBeacon SoC In100 is a revolutionary piece of technology that is set to change the way we approach the Internet of Things (IoT). The term \"invisible\" can refer to many things, but in this case, it pertains…
RFID technology is becoming an increasingly popular choice among businesses for tracking inventory and assets. However, with two main types of RFID tags available – active and passive – it can be difficult to decide…
Most available Bluetooth beacon platforms today involve at least some firmware development work to get it working and deployed as an end product solution.
Environmental sensing applications have been around for centuries, from recording temperature, humidity, air pressure, and many more.
Would you like to detect when your plant needs water?
If you’re unfamiliar with the IN100, it’s InPlay ’s breakthrough SoC and the first of the NanoBeacon™ family.
In some cases, you may want to build a very simple Bluetooth Low Energy device that sends out sensor data like a temperature reading or the state of a particular GPIO input … or maybe you just want to quickly create a…
183 million , that’s how many location-services Bluetooth® devices shipped in 2021 alone! What’s even more impressive is that annual shipments are expected to reach 568 million in 2026 – that’s over 3x growth and 25%…
