Pozyx positioning

Today, all major forklift manufacturers are offering telematics systems to get data from their forklifts. These are all nice, but are they telling you anything useful about what's actually happening on your floor?

What you get are metrics like speed, number of (possible) impacts, engine hours, and more. What you don't get is context:
- where did speeding or a crash happen?
- were there other forklifts or operators involved?
- what led up to an event?
- where are my forklift idling?

Accurate forklift tracking data can help provide this context and give you more insights and visibility over your operation so you can actually make meaningful changes. Check out our latest blog that delves into this as well as the ROI you can expect from tracking the forklifts in your operations!

Blog link in the comments below ⬇

Imagine cutting your RTLS infrastructure costs without sacrificing accuracy where it matters.

One of the most common questions we get is whether the accuracy of the Pozyx UWB positioning system depends on anchor density. Can you reduce the number of anchors in some areas and accept lower accuracy there, while still achieving very high accuracy where it matters most?

Until recently, the answer was no. Traditional UWB positioning works brilliantly within the required geometry, but once the setup falls below a certain threshold, accuracy collapses. This was also true for Pozyx.

With our upcoming RTLS release, this changes.

We now support a dynamic accuracy model that adapts to the deployed infrastructure. When anchors are placed at standard density, you get the familiar 10 to 30 cm precision. When spacing them further apart, the system shifts to approximate positioning at around 5 meters. And when only a single anchor is available, the tracker still provides reliable presence detection.

This capability allows you to deploy trackers across an entire site, indoors and outdoors, while tuning anchor density to match the required accuracy in each zone. You get full visibility where you need it, use fewer anchors where precision is less critical, and scale your RTLS deployment with far greater efficiency.

If you are scaling RTLS or planning a phased rollout, this changes the game. Want to learn more? Reach out to us!

🔁 A Reverse Case Study: Not how customers use Pozyx, but how Pozyx is built

We usually share stories about how Pozyx helps customers transform their operations with RTLS and asset tracking. This time it is the other way around. It is about how we select the right electronic components to deliver low power usage, long battery life, and reliable hardware for industrial environments.

STMicroelectronics published a great article that highlights why Pozyx relies on their industrial-grade technology to achieve robust sensing and dependable performance at scale.

A special thank you to EBV Elektronik for supporting us over the years with component selection and guidance. Their help was valuable when navigating the global semiconductor challenges and ensuring we could keep delivering on our roadmap.

📄 Read the ST article: How ST Helps Pozyx Power Industrial RTLS with Smaller, Smarter, Longer-Lasting Technology
https://eu1.hubs.ly/H0q5Rfw0

Proud of the partners that help make Pozyx possible.

How ST Helps Pozyx Power Industrial RTLS with Smaller, Smarter, Longer-Lasting Technology From manufacturing plants to animal tracking, accurate and reliable location data is transforming industries worldwide. Pozyx is a Belgian company specializing in ultra-wideband (UWB) and Bluetooth real-time location systems (RTLS). It delivers precise positioning solutions that are trusted by le...