Details
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Type: extRequest
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Status: Closed
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Priority: Major
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Resolution: Done
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Fix Version/s: 2021
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Component/s: FIWARE-TECH-HELP
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Labels:None
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Sender Email:
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HD-Chapter:IoT
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HD-Enabler:IoT Broker
Description
Hi Fiware Team,
We hope you can help with the following
Scenario 1.
We wish to develop a distributed IoT system in FIWARE Lab that operates
remote solid state switches that in turn activate electromagnetic
solenoids.
- Each device in the system will have its own pic processor operating an
individual switch and solenoid pair. - Each device in the system is autonomous and is activated by coded keys
transmitted from a bluetooth mobile handset. The codes that operate the
IoT devices will include a time attribute so that individual users can
have long term or short term (a defined window in time) authority to
activate the IoT devices. - The valid keys in operation for each IoT device will be transmitted to
that device from a central control over the internet and stored in
internal memory. The matching keys with their related time codes will be
sent over the internet to an app in individual users handsets from the
same central control. - The central control can validate or terminate keys at any time.
Question 1: Is there a Fiware/Fiware Lab tutorial that would best
support us in developing such a system?
Scenario 2.
Question 2: For a related application. In Fiware Lab is it possible to
simulate a complete IoT system including a block for a Raspberry Pi and
some basic interconnected IoT devices (a number of normally closed
contacts) that interacts over the internet with a remote central
control?
With Kind Regards
Bernie Butler
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[Created via e-mail received from: bernie@anysolution.eu]
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Dear Bernie
First, here is the link explaining how to use a Rasperry Pi in the context of FIWARE ( http://www.fiware.org/tag/figway/ ) and in addition we have also implemented the FIWARE Gateway in a Rasperry Pi so you can also use EspR4FastData (the Gateway Data Handling GE) in a Rasperry Pi.
you can also find some courses on FIWARE Academy ( https://edu.fiware.org/course/view.php?id=36 ) where you can also discover the standardized interface.
Regarding the potential architecture for your service, you have 2 different solutions:
1 - Use Figway + IDAS + Orion to collect events from sensors and/or Rasperry Pi and push this data to the central control. IDAS is a more classical approach like M2M to do that.
2 - Use EspR4FastData + IoTBroker + IoT Discovery and you can create your central control like you want
For each solution you can use the standardized API NGSI for every enabler. The difference will be the intelligence you want to put in the Rasperry Pi. EspR4FastData provides a rules engine with a SQL like language to manage data on the fly and sometimes avoid to send request for action to the central control.
Best regards