SlideShare a Scribd company logo
Unified Communication for IoT
Vision
Internet
Unify Internet
Founders
Internet
Rikard Strid
CEO
For more then 15 years Rikard has been working
with Internet Of Thing and Internet applications. His
first Start-Up was about Smart Home and Energy
applications, which is provided by TeliaSonera on
IPTV. In 2010 Rikard founded Clayster together with
Peter Waher to create a unified infrastructure for
Everything on the Internet. With a vision to
normalize technologies and protocols for a more
homogeneous Internet where data can coexist and
exchange information seamless. His mission is to
create a Internet that meets the demands of high
integrity and security, at the same time as we enter
a era with trillions connected things.
Peter Waher
CTO
For more then 30 years Peter has been working with
Internet Of Thing and Internet applications. In his past he
has developed AMR and M2M platforms for ABB. With
Clayster Peter wants to enable Rapid Application
Development to a new level, where the platform
automatically solves most of the repetitive tasks
developers are confronted with in their development of
IoT services, including auto-generation of code and user
interfaces, drastically reducing development time. The
platform is a true web 3.0 platform and consists of a
powerful, flexible and fully extensible multi-protocol
communication engine, application engine, abstraction,
persistence, automation, management, calculation, and
clustering and web API layers, including Semantic Web
technologies. It is uniquely scalable in the sense that it
does not only scale up, but also down. Peter is lead
writer to make XMPP the core protocol for IoT.
About
Internet
We provide platforms and frameworks for rapid
development to unify Everything on the Internet for
innovations to be created. Our customers has
chosen our technology to be on the edge into the
future of Internet. The future of Internet is not
about a single technology or protocol, but to make
them coexist.
Unify
Internet
XMPP has proven to be the No. 1 protocol for people to communicate, now it’s time for Things
to get the same advantage. With high scalability, interoperability, and security we are able to
do what was not possible when we relayed on HTTP. XMPP Foundation and XSF is a global
collaboration to standardize extensions for XMPP to meet the needs from a protocol to handle
trillions of Things communicating.
Internet
Unifier
XEP-0322 – EXI Compression
XEP-0323 – Sensor Data
XEP-0324 – Provisioning
XEP-0325 – Control
XEP-0326 – Concentrator
XEP-0332 – HTTP over XMPP
XEP-0336 – Dynamic Forms
ISO/IEEE/IEC P21451-1-4
Internet
Standard
We can not depend on a single protocol
or technology when we create solutions
for the future. Data and information must
be normalized in a secured environment,
in which we then can adopt services and
applications.
Internet
Unify Data
Analytics
Provisioning
Things
Applications
Storage
Semantic
Management
Integration
Internet
Unify Data
Internet
Clayster Include
XMPP is the core into which we
normalize data from different sources
and make it available in unified fabric.
The Include platform abstracts and
transforms any data source to coexist in
a data normalized infrastructure.
Analytics
Provisioning
Applications
Storage
Semantic
Management
Integration
Internet
Clayster Include
CoAP MQTT
RESTf
ul
SOAP ZigBee …..
XMPP
Internet
Clayster Expose
The Expose platform enables to access
information and to develop solution that
exist within the normalized data fabric by
using Web Service API or Semantic Web
technologies (e.g. SPARQL). This
solution is for those who are not ready to
develop by using XMPP, and XEPs yet.
Things
Internet
XMPP
Clayster Expose
RESTful SOAP Semantic Web
Internet
Clayster Provisioning
Provisioning is the place where data is
secured to who and when it is exposed
to access. Before someone can enter
the fabric of data, first access must be
accepted by the thing or data owner.
Service Provider
Things
Data Access Request
Service Provider
Things Access Request
Owner
Internet
Clayster Provisioning
Internet
Clayster Applications
A application platform that provide
capabilities to access data fabrics of
normalized data agnostic to where it
comes from. Applications are consumed
by the user independent of what screen
they chose. Applications can either be
hosted centralized or distributed to the
device.
Internet
Clayster Applications
Internet
Clayster Management
To be in full control of everything that
happens in the data fabric. Management
of data and applications is change
forever. The management tool is flexible
to customization to adopt different
domains and use cases.
Internet
Clayster Management
Clayster Wiki
Internet
Clayster believes is in distributed
development, and therefor to give
developers full advantage of our
technology by providing a SDK and Wiki.
We provide source code for developers
to modify and adopt our platform for their
needs. Everything to make Internet as
unified and adoptable as possible.
Internet
Clayster Wiki
Internet
Clayster Framework
A framework to adopt and scale all the
demands for Internet Of Everything. It
can be scaled from low power device to
clustered centralized environment. It is
the core of our solutions, and it enables
organizations to rapidly developed and
adopt to their market demands.
OS
.NET/mono
Clayster
database
infrastructure
libraries
applications
renderer
modules
Internet
Clayster Framework
Internet
Smart America Challenge – White House
XEP-0323
XEP-0324
XEP-0325
(XEP-0322)
XMPPXEP-0324
XEP-0326
MQTT
XMPP
ZigBee
XMPP XMPP XMPPXEP-0324
XEP-0326
XEP-0324
XEP-0326
XEP-0324
XEP-0326
XMPPXEP-0324
XEP-0326
RESTful MODBUS MODBUS
XEP-0323
XEP-0324
XEP-0325
XEP-0326
XEP-0323
XEP-0326
XEP-0332
XEP-0324
XEP-0323
XEP-0324
XEP-0325
XEP-0326
XEP-0323
XEP-0324
XEP-0325
XEP-0326
Energy Smart Home
Provisioning
AMR & Emergency
Smart City Apps
Internet
Smart America Challenge – White House
Internet
Use Case
Our customers use our technology in
different domains to deliver state of art
product and services to their customers.
Some of the use cases are; AMR/AMI,
Energy Control, SCADA, IPTV, Home
Control, OPC Server, Building
Automation, BigData, etc.
Internet
KTC Control – Energy Management
AMR/AMI
SCADA
IMC
Meter
The IMC connects every system in
the building, and based on known
information about build it takes
decisions to save energy.
Supports the most important
automation protocol on the
market.
Internet
Manodo – Connected Home App’s
VoD Stream
Live Stream
DRM
Applications
ProvisioningClayster
3rd Party

More Related Content

PPTX
Data-Intensive Technologies for Cloud Computing
PDF
Difference between OSI Layer & TCP/IP Layer
PPTX
M2M - Machine to Machine Technology
PPTX
CoAP - Web Protocol for IoT
PDF
2.6 ethernet ieee 802.3
PPT
Adhoc and Sensor Networks - Chapter 07
PPTX
Fog computing
PPT
Optical networks
Data-Intensive Technologies for Cloud Computing
Difference between OSI Layer & TCP/IP Layer
M2M - Machine to Machine Technology
CoAP - Web Protocol for IoT
2.6 ethernet ieee 802.3
Adhoc and Sensor Networks - Chapter 07
Fog computing
Optical networks

What's hot (20)

PPTX
Application layer
PPT
C11 support for-mobility
PPTX
Fragmentation and types of fragmentation in Distributed Database
PPTX
QoS (quality of service)
PPT
Ch:2 The Physical Layer
PPTX
Network Layer
PPTX
Mac protocols
PPT
Context Aware Computing
PPTX
Ip packet delivery
PPT
Unit 5 Application Layer
PPTX
SPINS: Security Protocols for Sensor Networks
PPTX
Introduction to computer network
PPT
Chapter 4 data link layer
PDF
IEEE 802.11 Architecture and Services
PPTX
Gprs architecture ppt
PPT
IPV4 Frame Format
PDF
IEEE standards and Data Link Layer Protocol
PPTX
Physical design of io t
PPT
Computer networks--networking hardware
PPT
The constrained application protocol (CoAP)
Application layer
C11 support for-mobility
Fragmentation and types of fragmentation in Distributed Database
QoS (quality of service)
Ch:2 The Physical Layer
Network Layer
Mac protocols
Context Aware Computing
Ip packet delivery
Unit 5 Application Layer
SPINS: Security Protocols for Sensor Networks
Introduction to computer network
Chapter 4 data link layer
IEEE 802.11 Architecture and Services
Gprs architecture ppt
IPV4 Frame Format
IEEE standards and Data Link Layer Protocol
Physical design of io t
Computer networks--networking hardware
The constrained application protocol (CoAP)
Ad

Similar to Unify Internet Of Things with Clayster (20)

PDF
XMPP a Unified Fabric for Internet Of Things
PPTX
Smart City Lecture 4 - Harmonizing the Internet of Things
PPTX
Webinar- Internet of Things: Application Frameworks in IoT
PDF
Some Notes on New IP
PPT
Rahul internet of things
PDF
XMPP & Internet Of Things
PPTX
DACS - The Internet of Things (IoT)
PPTX
X internet
PDF
IoT overview 2014
PDF
Industrial Internet of Things: Protocols an Standards
PPTX
Internet of Things, An Introduction
PDF
Standards and Open Source for Big Data, Cloud, and IoT
PPTX
Towards Future Internet: Web 3.0, Internet of Services & Internet of Things
PPTX
Internet of things
PDF
Designing Internet of things
PDF
IoT- Module-4, ENGINEERING IOT NETWORKS.
PDF
Computer Networks And Internets 5th Edition 5th Douglas Comer
PPTX
Embedded to connected
PPTX
Week 8 - Module 19 - PPT- Internet of Things for Libraries.pptx
PPTX
Week 8 - Module 19 - PPT- Internet of Things for Libraries.pptx
XMPP a Unified Fabric for Internet Of Things
Smart City Lecture 4 - Harmonizing the Internet of Things
Webinar- Internet of Things: Application Frameworks in IoT
Some Notes on New IP
Rahul internet of things
XMPP & Internet Of Things
DACS - The Internet of Things (IoT)
X internet
IoT overview 2014
Industrial Internet of Things: Protocols an Standards
Internet of Things, An Introduction
Standards and Open Source for Big Data, Cloud, and IoT
Towards Future Internet: Web 3.0, Internet of Services & Internet of Things
Internet of things
Designing Internet of things
IoT- Module-4, ENGINEERING IOT NETWORKS.
Computer Networks And Internets 5th Edition 5th Douglas Comer
Embedded to connected
Week 8 - Module 19 - PPT- Internet of Things for Libraries.pptx
Week 8 - Module 19 - PPT- Internet of Things for Libraries.pptx
Ad

Recently uploaded (20)

PDF
WOOl fibre morphology and structure.pdf for textiles
PDF
Web App vs Mobile App What Should You Build First.pdf
PPTX
A Presentation on Artificial Intelligence
PPTX
KOM of Painting work and Equipment Insulation REV00 update 25-dec.pptx
PDF
A comparative study of natural language inference in Swahili using monolingua...
PDF
Accuracy of neural networks in brain wave diagnosis of schizophrenia
PDF
DASA ADMISSION 2024_FirstRound_FirstRank_LastRank.pdf
PDF
Video forgery: An extensive analysis of inter-and intra-frame manipulation al...
PDF
Encapsulation_ Review paper, used for researhc scholars
PDF
A comparative analysis of optical character recognition models for extracting...
PDF
MIND Revenue Release Quarter 2 2025 Press Release
PDF
From MVP to Full-Scale Product A Startup’s Software Journey.pdf
PDF
NewMind AI Weekly Chronicles - August'25-Week II
PDF
August Patch Tuesday
PPTX
A Presentation on Touch Screen Technology
PDF
Enhancing emotion recognition model for a student engagement use case through...
PDF
Unlocking AI with Model Context Protocol (MCP)
PDF
Getting Started with Data Integration: FME Form 101
PPTX
Digital-Transformation-Roadmap-for-Companies.pptx
PPTX
OMC Textile Division Presentation 2021.pptx
WOOl fibre morphology and structure.pdf for textiles
Web App vs Mobile App What Should You Build First.pdf
A Presentation on Artificial Intelligence
KOM of Painting work and Equipment Insulation REV00 update 25-dec.pptx
A comparative study of natural language inference in Swahili using monolingua...
Accuracy of neural networks in brain wave diagnosis of schizophrenia
DASA ADMISSION 2024_FirstRound_FirstRank_LastRank.pdf
Video forgery: An extensive analysis of inter-and intra-frame manipulation al...
Encapsulation_ Review paper, used for researhc scholars
A comparative analysis of optical character recognition models for extracting...
MIND Revenue Release Quarter 2 2025 Press Release
From MVP to Full-Scale Product A Startup’s Software Journey.pdf
NewMind AI Weekly Chronicles - August'25-Week II
August Patch Tuesday
A Presentation on Touch Screen Technology
Enhancing emotion recognition model for a student engagement use case through...
Unlocking AI with Model Context Protocol (MCP)
Getting Started with Data Integration: FME Form 101
Digital-Transformation-Roadmap-for-Companies.pptx
OMC Textile Division Presentation 2021.pptx

Unify Internet Of Things with Clayster

  • 3. Founders Internet Rikard Strid CEO For more then 15 years Rikard has been working with Internet Of Thing and Internet applications. His first Start-Up was about Smart Home and Energy applications, which is provided by TeliaSonera on IPTV. In 2010 Rikard founded Clayster together with Peter Waher to create a unified infrastructure for Everything on the Internet. With a vision to normalize technologies and protocols for a more homogeneous Internet where data can coexist and exchange information seamless. His mission is to create a Internet that meets the demands of high integrity and security, at the same time as we enter a era with trillions connected things. Peter Waher CTO For more then 30 years Peter has been working with Internet Of Thing and Internet applications. In his past he has developed AMR and M2M platforms for ABB. With Clayster Peter wants to enable Rapid Application Development to a new level, where the platform automatically solves most of the repetitive tasks developers are confronted with in their development of IoT services, including auto-generation of code and user interfaces, drastically reducing development time. The platform is a true web 3.0 platform and consists of a powerful, flexible and fully extensible multi-protocol communication engine, application engine, abstraction, persistence, automation, management, calculation, and clustering and web API layers, including Semantic Web technologies. It is uniquely scalable in the sense that it does not only scale up, but also down. Peter is lead writer to make XMPP the core protocol for IoT.
  • 4. About Internet We provide platforms and frameworks for rapid development to unify Everything on the Internet for innovations to be created. Our customers has chosen our technology to be on the edge into the future of Internet. The future of Internet is not about a single technology or protocol, but to make them coexist.
  • 6. XMPP has proven to be the No. 1 protocol for people to communicate, now it’s time for Things to get the same advantage. With high scalability, interoperability, and security we are able to do what was not possible when we relayed on HTTP. XMPP Foundation and XSF is a global collaboration to standardize extensions for XMPP to meet the needs from a protocol to handle trillions of Things communicating. Internet Unifier
  • 7. XEP-0322 – EXI Compression XEP-0323 – Sensor Data XEP-0324 – Provisioning XEP-0325 – Control XEP-0326 – Concentrator XEP-0332 – HTTP over XMPP XEP-0336 – Dynamic Forms ISO/IEEE/IEC P21451-1-4 Internet Standard
  • 8. We can not depend on a single protocol or technology when we create solutions for the future. Data and information must be normalized in a secured environment, in which we then can adopt services and applications. Internet Unify Data
  • 10. Internet Clayster Include XMPP is the core into which we normalize data from different sources and make it available in unified fabric. The Include platform abstracts and transforms any data source to coexist in a data normalized infrastructure.
  • 12. Internet Clayster Expose The Expose platform enables to access information and to develop solution that exist within the normalized data fabric by using Web Service API or Semantic Web technologies (e.g. SPARQL). This solution is for those who are not ready to develop by using XMPP, and XEPs yet.
  • 14. Internet Clayster Provisioning Provisioning is the place where data is secured to who and when it is exposed to access. Before someone can enter the fabric of data, first access must be accepted by the thing or data owner.
  • 15. Service Provider Things Data Access Request Service Provider Things Access Request Owner Internet Clayster Provisioning
  • 16. Internet Clayster Applications A application platform that provide capabilities to access data fabrics of normalized data agnostic to where it comes from. Applications are consumed by the user independent of what screen they chose. Applications can either be hosted centralized or distributed to the device.
  • 18. Internet Clayster Management To be in full control of everything that happens in the data fabric. Management of data and applications is change forever. The management tool is flexible to customization to adopt different domains and use cases.
  • 20. Clayster Wiki Internet Clayster believes is in distributed development, and therefor to give developers full advantage of our technology by providing a SDK and Wiki. We provide source code for developers to modify and adopt our platform for their needs. Everything to make Internet as unified and adoptable as possible.
  • 22. Internet Clayster Framework A framework to adopt and scale all the demands for Internet Of Everything. It can be scaled from low power device to clustered centralized environment. It is the core of our solutions, and it enables organizations to rapidly developed and adopt to their market demands.
  • 25. XEP-0323 XEP-0324 XEP-0325 (XEP-0322) XMPPXEP-0324 XEP-0326 MQTT XMPP ZigBee XMPP XMPP XMPPXEP-0324 XEP-0326 XEP-0324 XEP-0326 XEP-0324 XEP-0326 XMPPXEP-0324 XEP-0326 RESTful MODBUS MODBUS XEP-0323 XEP-0324 XEP-0325 XEP-0326 XEP-0323 XEP-0326 XEP-0332 XEP-0324 XEP-0323 XEP-0324 XEP-0325 XEP-0326 XEP-0323 XEP-0324 XEP-0325 XEP-0326 Energy Smart Home Provisioning AMR & Emergency Smart City Apps Internet Smart America Challenge – White House
  • 26. Internet Use Case Our customers use our technology in different domains to deliver state of art product and services to their customers. Some of the use cases are; AMR/AMI, Energy Control, SCADA, IPTV, Home Control, OPC Server, Building Automation, BigData, etc.
  • 27. Internet KTC Control – Energy Management AMR/AMI SCADA IMC Meter The IMC connects every system in the building, and based on known information about build it takes decisions to save energy. Supports the most important automation protocol on the market.
  • 28. Internet Manodo – Connected Home App’s VoD Stream Live Stream DRM Applications ProvisioningClayster 3rd Party