Elevator Pitch: Forkbeard’s Digital Twin Solution

Photo by Wayne Chew on Unsplash

Last month we have dedicated most of our posts/analysis to Apple’s new product: the AirTag. More specifically, we have discussed the underlying concept of the Digital Twin, the use cases beyond lost & found and the limitations of current technologies. If you are unfamiliar with the Digital Twin concept and technology those articles are definitely worth a read. Forkbeard’s expertise in Indoor Positioning Systems using ultrasonic and Bluetooth Low Energy signals gives the company an edge when it comes to developing Digital Twin solutions. Below is a brief overview of the problem, the solution and Forkbeard’s secret.

The Problem

The Solution

  1. Operating system independence
    At the core of Forkbeard’s solution are phones that record and report any interaction that they had with other phones, tags and beacons (locations). Most companies allow their employees to choose their work phone. To create a powerful Digital Twin which captures all possible devices, the solution must work across operating systems. This is equivalent to Apple’s AirTags being able to detect Tile’s tags in the ‘Find My’ application. While this might be unimaginable for any Apple solution due to the walled gardens (setup by design to strengthen its ecosystem play), it is not for Forkbeard. Forkbeard’s Digital Twin works across Android and iOS covering approximately 99% of the operating systems out in the market.
  2. In-background and locked screen capability
    Smartphones with the ForkbeardP2P enabled App are continuously looking for other Bluetooth devices in proximity. It is therefore essential that they must be constantly active. The Digital Twin solution should be invisible. The phone should be able to record data while being in the user’s pocket allowing him to simply focus on his/her task without having to manually scan for interactions. Such functionality might seem basic at first but has forced governments to stop their own contact tracing apps in favour of the Apple & Google solution. Citing privacy concerns, Android and iOS limit such functionality for app developers. With deep understanding of Bluetooth and operating systems, Forkbeard has managed to develop a solution that works in the background as well as with a locked screen in the user’s pocket.
  3. Connectivity independence
    Many Digital Twin solutions can only report interactions that are currently occurring. This means that if the interactions are not offloaded immediately to the cloud, they are lost. Forkbeard’s solution has memory in the nodes, meaning that the devices that comprise the Digital Twin (phones, tags, beacons, etc.) can save interactions in the absence of connectivity. The interactions can then be offloaded at a later point in time when connectivity is established through a gateway or a phone. This means that Forkbeard’s solution does not require constant connectivity. This connectivity independence is more in line with the nature of work and production processes, as well as reduces costs for the customers.

To prevent traceability and minimize cybersecurity threats we use secure and randomized IDs. This allows Forkbeard to safely record human/object interactions and their distances across locations over time.

The Secret

Seems too good to be true? Contact us and we’ll make sure to demo you the capabilities of our Digital Twin solution.

Originally published at https://forkbeardtech.com on March 9, 2021.

Forkbeard is building the world’s leading indoor positioning platform by combining Bluetooth Low Energy and ultrasound technologies.

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