There are basically is designing a restful API, Amazon web services for internet of things, Sky net internet of things messaging platform

1. NADAR SARASWATHI COLLEGE OF ARTS&SCIENCE,THENI
DEPARTMENT OF COMPUTER SCIENCE
V.VANMATHY
II-MSC(CS)

2. INTERNET OF THINGS
TOPIC: DESIGNING A RESTFUL APL
AMAZON WEB SERVICES FOR IOT
SKYNET IOT MESSAGING PLATFORM

3. Internet of things01
03
02
Designing a restful APl
Amazon Web Services
for IOT
Skynet IOT messaging
platform

4. 01
Designing a Restful APl

5.  REST is short for Representational State Transfer,
an architectural style for building web services that
interact via an HTTP protocol.
 Its principles were formulated in 2000 by computer
scientist Roy Fielding and gained popularity as a
scalable and flexible alternative to older methods
of machine-to-machine communication.
 It still remains the gold standard for public APIs.
Designing a Restful Apl

6. Rest Apllnaction

7. 1. A client or software that runs on a user’s computer or
smartphone and initiates communication;
2. A server that offers an API as a means of access to its
data or features; and
3. A resource, which is any piece of content that the server
can provide to the client (for example, a video or a text file).
The key elements of the REST API paradigm are

8. Please enter title content here
An HTTP method describes what is to be done with a resource. There
are four basic methods also named CRUD operations:
1. POST to Create a
resource,
2. GET to Retrieve a
resource,
3. PUT to Update a
resource, and
4. DELETE to Delete a

9. 02
Amazon Web Services for IOT

10. AWS for IOT
 AWS IoT provides the cloud services that
connect your IoT devices to other devices and
AWS cloud services. AWS IoT provides device
software that can help you integrate your IoT
devices into AWS IoT-based solutions. If your
devices can connect to AWS IoT, AWS IoT can
connect them to the cloud services that AWS
provides.

11. AWS for IOT

12. AWS IoT lets you select the most appropriate and up-to-date
technologies for your solution. To help you manage and support your
IoT devices in the field, AWS IoT Core supports these protocols:
MQTT (Message Queuing and Telemetry Transport)
MQTT over WSS (Websockets Secure)
HTTPS (Hypertext Transfer Protocol - Secure)
LoRaWAN (Long Range Wide Area Network)over
AWS for IOT

13. AWS for IOT
AWS IoT provides the following interfaces for AWS IoT tutorials:
AWS IoT Device SDKs—Build applications on your devices that send
messages to and receive messages from AWS IoT. For more
information, see AWS IoT Device SDKs, Mobile SDKs, and AWS IoT
Device Client.
AWS IoT Core for LoRaWAN—Connect and manage your long range
WAN (LoRaWAN) devices and gateways by using AWS IoT Core for
LoRaWAN.

14. AWS Command Line Interface (AWS CLI)—Run
commands for AWS IoT on Windows, macOS, and
Linux. These commands allow you to create and
manage thing objects, certificates, rules, jobs, and
policies. To get started, see the AWS Command Line
Interface User Guide. For more information about the
commands for AWS IoT, see iot in the AWS CLI
Command Reference.
AWS for IOT

15. AWS for IOT
AWS IoT API—Build your IoT applications using HTTP or HTTPS
requests. These API actions allow you to programmatically create and
manage thing objects, certificates, rules, and policies. For more
information about the API actions for AWS IoT, see Actions in the
AWS IoT API Reference.
AWS SDKs—Build your IoT applications using language-specific
APIs. These SDKs wrap the HTTP/HTTPS API and allow you to
program in any of the supported languages. For more information,
see AWS SDKs and Tool

16. 03
Skynet IOT messaging platform

17. Skynet IOT Messaging platform

18. Skynet IOT Messaging platform

19. Skynet IOT Messaging platform

20. Thank you