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Internet of Things and the ethics of our machines

by scott pickard

These topics are extremely worthy of discussion because I fear there is an inevitable march towards the dystopian visions we have had as long as we’ve created Science Fiction. The Internet of Things (IoT) will grow at an accelerating pace that we cannot understand and it will covertly saturate our lives without us fully realizing the unintended consequences of these changes. We will adapt and acquiesce to this world in marginal steps that seem relatively harmless to us (look at what has happened with privacy in the Facebook era) and in fact we may accept this as the inevitable advancement and trade-offs of our technological society. IoT will bring more of everything to us but at a cost that we will not fully realize in terms of privacy, surveillance, and most importantly self-determination. We will be so reliant on IoT and machines that there will be no turning back.

Internet Internet of Things (IoT) big ideas There are more than 2.5 billion people worldwide who are connected to the Internet, but in 2014 there are over 10 billion things that are connected to the Internet and growing every minute! in general: air quality egg | application development platform: thingworx | connect devices: electricimp, flic, Nest | embedded systems: freescale | enterprise: jasper | human interface: glass | industrial: Industrial Internet of Things (IIoT) > Manufacturing | mapping: Memex | plants: PLEASED | theinternetofthings |

The Connectivist

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(Remote) Data to Knowledge

by Scott Pickard

A researcher at UIUC asked my thoughts about resources which could help him with his proposal to develop and deploy a wireless sensor/data/transmission/collection/storage/analytics platform to support the optimization of hard-to-reach, poor, small-plot agricultural regional economies.  I came up with the following list:

aerial data collection: PrecisionHawk
analytics and visualization: Google Fusion Tables
connecting devices to the internet: electric imp
crowd-driven area data collection: Loveland Technologies
platform: ThingWorx
real-time sensor networks: xively
remote monitoring: Illinois Structural Health Monitoring Project (ISHMP)

The off-the-shelf tools are out there.  It is a matter of putting them together in an innovative way to generate some new knowledge that is truly useful and can make an impact.

Big Data Sensors and Sensor Networks aerial data collection: PrecisionHawk in general: www.lumasenseinc.com | www.sensorlogic.com | fiber optic temperature sensors www.sensortran.com | hydrogen www.h2scan.com | motion sensors movea, qualtre | optical www.spectrasensors.com | plant water level: plant link | radiation safecast | real-time sensor network: cosm | security: mocana | thermal light valve http://redshiftsystems.com | water levels: gaugecam | wireless: twine internet of things: air quality egg | application development platform: thingworx | connect devices: electricimp | embedded systems: freescale | human interface: glass | plants: PLEASED big ideas | theinternetofthings medical: back: lumoback | medication: proteusbiomedical | orthopedic implants: orthosensor remote monitoring: www.icontrol.com | bio-physical: zephyr-technology | ruggidized communications: www.talend.com RFID: chips: impinj | extended capability: www.intelleflex.com | hospital inventory: www.wavemark.net | software: odinrfid, www.rfcode.com | www.thingmagic.com | systems: www.higtek.com | www.power-id.com | www.skyetek.com | www.tagsysrfid.com Mapping | Home | Sports | Plants | Automate | Electronics | AI | Autos

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