COMPLEX SELECTION CRITERIA OF CLOUD GATEWAY CHOOSING презентация

COMPLEX SELECTION CRITERIA OF CLOUD GATEWAY CHOOSING
 Authors: Kurdecha V.V., IshchenkoWhat is IoT?
 The Internet of Things (IoT) is a systemWhat is cloud gateway?
 A cloud gateway is a hardware- orCloud gateway is the  missing piece in the puzzle
 ItArchitecture of our SolutionWhere is Cloud Gateway?
 IoT reference architecture (from IoT Hub documentation)IoT architecture with IoT HubEach device has two endpoints to interact with IoT Hub
 D2CWhat IoT Hub also has
 Identity registry;
 Monitoring information;
 Device identityAWS IoT data servicesSDKs : languages and platforms supported
 IoT Hub:
 .Net SDK;
 Java;
 NodeJS;
Security and Authentication
 The connection established between devices and IoT Hub is TLSMessages : exchanging data on the wire
 A message in thePrices, Quotas and Throttling
 IoT Hub unit (500 devices);
 The AWSPublications
 Ishchenko I.O. Decision-making based on expert fuzzy logic. Realization ofConclusions
 Complex selection criteria of cloud gateway choosing was provided.
 IoTThank you for your attention!References:
 Globa L.S., Kurdecha V.V., Ishchenko I.O., Zakharchuk A.G. An approach



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COMPLEX SELECTION CRITERIA OF CLOUD GATEWAY CHOOSING Authors: Kurdecha V.V., Ishchenko I.O., Zakharchuk A.G.


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What is IoT? The Internet of Things (IoT) is a system of interrelated computing devices, mechanical and digital machines, objects, animals or people that are provided with unique identifiers and the ability to transfer data over a network without requiring human-to-human or human-to-computer interaction.

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What is cloud gateway? A cloud gateway is a hardware- or software-based appliance located on the customer premises that serves as a bridge between local applications and remote cloud-based services.

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Cloud gateway is the missing piece in the puzzle It connects the core network with the access and edge network; It connects the cloud traffic to the end-users; It also connects between different clouds/datacenters (different locations and different providers).

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Architecture of our Solution

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Where is Cloud Gateway? IoT reference architecture (from IoT Hub documentation)

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IoT architecture with IoT Hub

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Each device has two endpoints to interact with IoT Hub D2C (device to cloud) : the device uses this endpoint to send messages to the cloud both as telemetry data, outcome for a received command or request for execution; C2D (cloud to device) : the device receives commands on this endpoint for executing the requested action. The IoT Hub generates a feedback at application level to confirm that the command is acquired by the device and it’s going to be executed;

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What IoT Hub also has Identity registry; Monitoring information; Device identity management;

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AWS IoT data services

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SDKs : languages and platforms supported IoT Hub: .Net SDK; Java; NodeJS; C. AWS IoT: C; NodeJS.

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Security and Authentication The connection established between devices and IoT Hub is TLS (Transport Layer Security) based. The authentication is provided by IoT Hub verifying a SAS (Shared Access Signature token) token. AWS IoT relies on TLS protocol so that the communication with the message broker is encrypted and the client is authenticated using the mutual authentication.

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Messages : exchanging data on the wire A message in the IoT Hub has an opaque payload to carry data in user defined formats (for example binary, XML, JSON and so on). The AWS IoT enables the interaction with thing shadows. The thing shadow is a JSON document used to store and retrieve current state information for a device.

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Prices, Quotas and Throttling IoT Hub unit (500 devices); The AWS IoT pricing is based on million messages exchanged quota.

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Publications Ishchenko I.O. Decision-making based on expert fuzzy logic. Realization of fuzzy knowledge bases using ASP.NET technology // Innovations in science and technology: book coll. - Kyiv, 2015. - pp. 31 - 32. The report noted diploma Conference (2nd place) Globa L.S., Ishchenko I.O., Zakharchuk A.G. Data Processing in E-Health System // Journal of Communication and Computer; Kurdecha V.V., Ishchenko I.O., Zakharchuk A.G. An approach to the Internet of Things system architecture // CADSM'2017 14th INTERNATIONAL CONFERENCE THE EXPERIENCE OF DESIGNING AND APPLICATION OF CAD SYSTEMS IN MICROELECTRONICS; Globa L.S., Ishchenko I.O., Zakharchuk A.G. INTELLIGENT SUPPORT SYSTEM FOR E-HEALTH // 20th International Multi-Conference on Advanced Computer Systems Międzyzdroje, Poland, October 19-21, 2016; Globa L.S., Ishchenko I.O., Zakharchuk A.G. An approach to the Internet of Things system with nomadic units developing // IEEE BlackSeaCom 2016 Demo session(2016 IEEE International Black Sea Conference on Communications and Networking (BlackSeaCom))

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Conclusions Complex selection criteria of cloud gateway choosing was provided. IoT hub and AWS IoT was compared; The results of this research was used in the startup;

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Thank you for your attention!

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References: Globa L.S., Kurdecha V.V., Ishchenko I.O., Zakharchuk A.G. An approach to the Internet of Things system architecture. CADSM'2017. R. Want, B. N. Schilit, and S. Jenson “Enabling the internet of things” Computer, vol. 48, no. 1, pp. 28–35, Jan 2015. Hongki Cha, Wonsuk Lee, Jonghong Jeon “Standardization strategy for the Internet of wearable things”, Republic of Korea, ICTC 2015 Jorge E. Luzuriaga , Miguel Perez , Pablo Boronat , Juan Carlos Cano, Carlos Calafate , Pietro Manzoni “A comparative evaluation of AMQP and MQTT protocols over unstable and mobile networks”, IEEE 12th Consumer Communications and Networking Conference, 2015


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