MoteStack: A Compact, Componentized Hardware Architecture and Reference Platform Family for Low-power, Low-cost, High-fidelity in situ Sensing

Market Overview:

Remote sensing is an industry that has exploded over the past few decades as a result of high demands for bettering agriculture, food and habitats. Different types of sensing systems have been designed; however, they lack the ability to be employed on a large scale and with minimal power usage. Additionally, other systems are not able to be self-sufficient and left for long periods of time. The MoteStack offers a solution to these problems.

The MoteStack is a hardware architecture and reference platform family for constructing large-scale, long-lived, wireless data acquisition networks. The device is designed to enable data collection, data processing, data storage, and data communication across a broad range of sensor, storage, and communication technologies. When deployed at scale, the devices form an intelligent sensing fabric that can cover a large geographic area with minimal power requirements at a low cost. While the architecture was originally conceived to suit the requirements of the Intelligent River ™ program, the architecture and its platform realizations provide value to a range of industry segments, from agriculture and utilities to defense and manufacturing.


· Remote Sensing

· Precision Agricultural

· Habitat Monitoring


· Low power

· Low cost

· Extensive network capability


Inventors:                        Jason O. Hallstrom

Protection Status:           Patent application filed

Licensing Status:            Available for licensing

CURF Ref No:                2010-013


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Patent Information:
For Information, Contact:
Chris Gesswein
Director of Licensing
Clemson University Research Foundation
Jason Hallstrom
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