Smart dust

It's crazy how something 30nm to 100nm can do so many things

Summary of the technology

A ‘Smart Dust’ is a battery-free, Energy Harvesting 'Sense-it-All' with Integrated Pre-Quantum Superposition Processor and AI that Communicates Wirelessly to the Cloud (RF-Free & Zero Power).

A horizontal technology, it can also   

Smart Dust Market Expected to Reach $392.5 Million, Globally, By 2032 at 13.1% CAGR: Allied Market Research

The smart dust market is driven by several factors, including the integration of smart dust in the medical sector, the potential for industrial monitoring, and the introduction of smart dust for space research.   https://smartdust.me/terms-and-conditions/

 empower other industriesU.S. Patent Documents

6590346July 8, 2003Hadley8003981August 23, 2011Iwasaki8241932August 14, 2012Yu8866209October 21, 2014Tang et al.8889440November 18, 2014Chen et al.8941095January 27, 2015Song9182859November 10, 2015Coulson9432021August 30, 2016Johnson9763320September 12, 2017Naito9786769October 10, 2017Aleksov20110311722December 22, 2011Faris20140048799February 20, 2014Tour20160276321September 22, 2016Maki20170194298July 6, 2017Negley20170350241December 7, 2017Shi et al.

Foreign Patent Documents

104977027October 2015CN                        

                   Family Members (8)

• US-20020027504-A1

  • Publication Date: 2002-03-07

• US-7650425-B2

  • Publication Date: 2010-01-19

• US-20100312881-A1

  • Publication Date: 2010-12-09

• US-20120239808-A1

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• US-20120239807-A1

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• US-8924587-B2

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• US-8930571-B2

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• US-20150127824-A1

  • Publication Date: 2015-05-07

    

These little puppies are amazing somebody was a thinker when they made them when they say smart dust they're not kidding Nanocircuitry for sensing, recording and outputting data

US7155343B2     In one embodiment of the invention, sensors that are fabricated on the nanometer level (typically 100 μm–30 nm) are embedded in a wall during the construction of the wall. The nanosensors are able to detect external data, convert the data from an analog signal to a digital signal, store the data in memory, and transmit the data to a receiver. The external data may include temperature, light, movement, chemical makeup, and pressure applied. The receiver collects and compiles this data from the sensors and outputs an intelligible readout and/or report of the data collected. The data can be stored and retrieved at a later time to reconstruct prior events.   It can be calibrated to detect a variety of data 101, including, by way of example, image, temperature, sound, motion, chemical, biological, or any other convenient and/or known data capable of detection,,By way of example, the sensors can be buried, deposited, enclosed, fastened, fixed, infixed, ingrained, inlayed, inserted, installed, lodged, planted, plunged, pressed, stuck, or implanted into an outer surface of the wall. The wall structure can then be used to detect and record data from any source that the wall surface is exposed to, inside or outside. The sensors can be embedded during or after construction of the wall or whatever in any conventional arrangement.In a further embodiment of the invention, nanosensors are dispersed in a spreadable medium and the medium applied onto a surface. The spreadable medium can be composed of any conventional material. By way of example, the spreadable medium can be composed of paint, cement, asphalt, concrete, acrylic, chroma, coloring, dye, emulsion, enamel, flat, gloss, greasepaint, latex, oil, overlay, pigment, rouge, stain, tempera, varnish, veneer, wax, or any other material that can be applied to a surface or ursulized sprayed through the air to make a so called smart city , I'm sure throughout the years you've all heard about it and all the conspiracy theories that go with it as there is quite a few

What Is Smart Dust And How Is it Used?