industry news
Subscribe Now

BeSpoon Unveils Tools to Create Multiple Uses For its Ultraprecise 3D, Real-time Location Technology

LE BOURGET DU LAC, France – Oct. 14, 2014 – BeSpoon SAS today unveiled three turnkey system-level development packages that enable companies to integrate 3D real-time location system (RTLS) technology into industrial and consumer products.

With these hardware and software building blocks, system engineers have simple and economical tools for using BeSpoon’s high-precision RTLS technology in multiple applications for the Internet of Things (IoT), manufacturing, healthcare, home automation, gaming, emergency management and countless other sectors.

The building blocks allow quick prototyping of systems that can track virtually any object to within a few centimeters of its location, indoors or out, in three dimensions, using BeSpoon’s pioneering single-chip precision RTLS technology.

The importance of high-precision localization systems was highlighted recently by Google CEO Larry Page, who said location tracking should be precise within inches.

“BeSpoon’s RTLS system offers that capability today, and we are making it easy for system engineers to experiment with it, because we’re confident they’ll come up with hundreds of great ideas,” says BeSpoon CEO Jean-Marie André. “The huge range of today’s GPS-enabled applications shows what can be done with a combination of human creativity and reliable positioning data. Our technology enables something similar, but with full indoor compatibility, much greater location accuracy, and a level of robustness not found in any previously available solution.”

André added that the rapidly growing IoT would offer an additional level of functionality by providing communications infrastructure that can collect, manage and share precision location information.

The new packages enable Precise Inverted 3D, Precise Indoor GPS and Precise RTLS.

  • The Precise Inverted 3D design package comes with a SpoonPhone (featuring an Android API to access the location data) and the inverted 3D software. The software is capable of computing its 3D location based on the positions of six fixed tags. This allows rapid testing and requires minimal hardware configuration.
  • Precise Indoor GPS enables additional SpoonPhones to locate themselves just by listening to the tags. This also allows deploying an unlimited number of self-locating devices.
  • Precise Location RTLS tracks in real time a set of tags whose locations are made available through a simple server connection.

With these capabilities, BeSpoon’s technology is ideal for single devices and server-centric solutions tracking multiple items. In a device-centric application, a moving device constantly computes its location and orientation within a 3D space. This approach could be implemented, for example, in a set of goggles to create a virtual-reality environment, or in a navigation system for a campus or mall. In a server-centric solution, a central infrastructure tracks locations of many individual items. This model could be used for tracking products in factories or on luggage conveyors in airports, among many applications.

For more information about the new kits, plus pricing and ordering process, visit www.BeSpoon.com

About BeSpoon

BeSpoon, a fabless semiconductor company that also offers system-level products and support, solved the problem of indoor position tracking with a proprietary chip that can track items or individuals to within a few centimeters. Developed in cooperation with CEA-Leti in Grenoble, France, the location process measures the time of flight of an ultra wide band (UWB) radio signal with a precision of 125 picoseconds, opening a vast range of opportunities for asset monitoring, precise indoor location, and ultimately the ability to keep track of all our belongings via our phones. For more information, visit www.BeSpoon.com

Leave a Reply

featured blogs
Dec 19, 2024
Explore Concurrent Multiprotocol and examine the distinctions between CMP single channel, CMP with concurrent listening, and CMP with BLE Dynamic Multiprotocol....
Dec 24, 2024
Going to the supermarket? If so, you need to watch this video on 'Why the Other Line is Likely to Move Faster' (a.k.a. 'Queuing Theory for the Holiday Season')....

Libby's Lab

Libby's Lab - Scopes Out Littelfuse's SRP1 Solid State Relays

Sponsored by Mouser Electronics and Littelfuse

In this episode of Libby's Lab, Libby and Demo investigate quiet, reliable SRP1 solid state relays from Littelfuse availavble on Mouser.com. These multi-purpose relays give engineers a reliable, high-endurance alternative to mechanical relays that provide silent operation and superior uptime.

Click here for more information about Littelfuse SRP1 High-Endurance Solid-State Relays

featured chalk talk

STM32 Security for IoT
Today’s modern embedded systems face a range of security risks that can stem from a variety of different sources including insecure communication protocols, hardware vulnerabilities, and physical tampering. In this episode of Chalk Talk, Amelia Dalton and Thierry Crespo from STMicroelectronics explore the biggest security challenges facing embedded designers today, the benefits of the STM32 Trust platform, and why the STM32Trust TEE Secure Manager is an IoT security game changer.
Aug 20, 2024
39,821 views