IIoT

Semyon Teplitsky

What is Internet Of Things ?

Kevin Ashton first coined the term in 1999 referring to a global network of RFID connected objects.Typically, IoT is expected to offer advanced connectivity of devices, systems, and services that goes beyond M2M communications and covers a variety of protocols, domains, and applications.

CONNECTED DEVICES

DIVERSE APPLICATION

Industrial IoT is driven by a combination of:

CONNECTIVITY PEOPLE & PROCESS2 3

http://postscapes.com/what-exactly-is-the-internet-of-things-infographic

SENSORS & ACTUATORS1

SENSORS & ACTUATORSWe are giving our world a digital nervous system.

1

CONNECTIVITYThese inputs are digitized and placed onto networks.

2

PEOPLE & PROCESSESThese networked inputs can then be combined into bi-directional systems that integrate data, people, processes and systems for better decision making.

3

CONNECTING PEOPLE with VALUE

At first blush, the obvious implication of the IIoT is that everyday process, machines, objects can and will become better, more efficient versions of what they already are .

http://www.dupress.com Deloitte University Press

VALUE LOOPInformation within the IIoT creates value in a never ending value loop consisting of 5 stages:

VALUE DIRECTIONSInformation is a powerful value-creation tool. However, the information value loop tends to pull IIoT deployments in one of four directions:

VALUE TRANSFORMATIONValue from IIoT deployments allows manufacturers to invest less in eliminating variation and instead use it as a driver of Innovation or Competitive Advantage

OUTPUTS

Reduced Costs

Improved Performance

Real time Analytics

Find new paths

leverage administration expertise across an organization by tying multiple platforms together

See the Bigger Picture

How will you turn billions of customer events into proactive engagement ?

Integration Any source. Any scale. Real-time.

lightapp’s collection platform is built on a redundant collection grid due to which lightapp is linearly scalable, flexible and resilient. The components in the grid work together but can function separately from each other and take each other's roles if needed.

The grid architecture also allows for quick deployment, as individual components are functional immediately after installation.

IIoT SERVICE PROVIDER ECOSYSTEM

The complex and rapidly changing landscape within the Industrial IoT demands a structured approach to identifying risks and appropriate responses.

Product Development

System Integrators

Professional Services

Support Teams

Hardware

IoT DEVELOPER SURVEY April 2015

The Eclipse IoT Working Group solicited feedback for the IoT Developer Survey. The intent of the survey is to better understand the trends and attitudes toward developing IoT solutions.

The survey was opened for input on February 9, 2015 and closed March 26, 2015. A total of 394 individuals responded to the survey but 38 were disqualified due to lack of experience in IoT. The survey was promoted through a variety of channels, including Eclipse Foundation social media and web sites, Eclipse IoT WG member promotions to their communities, various IoT Meetups, and other IoT organizations (OMA, OASIS, IIC).

IoT DEVELOPER SURVEY Key FindingsDevelopers are engaged with IoT: 33% of respondent are

building IoT solutions today. Over 50% are in learning and discover mode.

Top 3 Influencers of IoT Technology:

IoT Leaders: Intel, Google, Cisco, IBM, and Bosch

Top 3 IoT Concerns: Security, Interoperability and Hardware Integration

Open Source Is Pervasive in IoT: 81% claim open source is used for IoT solutions

Key IoT Technology: HTTP and MQTT for messaging, Linux for OS

1. Hardware vendors,

2. Semiconductor manufacturers

3. Cloud Providers

Who responded to the survey?

Who responded to the survey?

Who responded to the survey?

Solution Area

Connectivity

Messaging Protocol

Industrial Protocols

Operating System

Thank YouQuestions?

Semyon Teplitsky