Internet of Things Connectivity for Embedded Devices

Internet of Things
Connectivity for
Embedded Devices
Andrew Caples
Sr. Product Marketing
Manager, Nucleus RTOS

mentor.com/embedded
Android is a trademark of Google Inc. Use of this trademark is subject to Google Permissions.
Linux is the registered trademark of Linus Torvalds in the U.S. and other countries.
Qt is a registered trade mark of Digia Plc and/or its subsidiaries. All other trademarks mentioned in this document are trademarks of their respective owners.

Its going to be BIG!

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What is IOT?

CLOUD

WAN

SERVICES

LAN

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What is IOT?

Open fridge –
remind me to
track food
eaten

LAN
PAN

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What is IOT?

CLOUD

WAN

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SERVICES

mentor.com/embedded

What is IOT?

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What is IOT?

LAN

Smart Energy Profile 2.0

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Security

WAN

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Coming soon…

PAN

CLOUD
WAN

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Zero Configuration
Devices are added to the network without user intervention

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Nucleus RTOS for IoT
Additional Middleware
SEP 2.0/ OpenADR

IPSec / IKE

SNMP v1/v2/v3

XML / JASON

SSL / CyaSSL

HTTP Server / Client

SAFE/ FAT File System

SSH

DHCP

Graphics

WPA Supplicant

DNS-SD / mDNS

SQlite

WebSockets

FTP / TFTP / Telnet

IPv4 / IPv6

802.11 /802.1x

Middleware
USB 2.0/3.0 /OTG
6LowPAN

CoAP

Kernel Services
Power Management

RPL

Bluetooth/BLE

Device Manager

Processes

Nucleus RTOS

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Zigbee

mentor.com/embedded

nanoBlue-on-Nucleus: FIRST CONNECTED
RTOS
Implementing Embedded System Connectivity

www.nanopowercommunications.com/nanoblue/

More “Things” are being connected

Home/daily-life devices
Business and

Public infrastructure
Health-care
…


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People Connecting to Things

ECG sensor

Internet
Motion sensor

Motion sensor
Motion sensor


Things Connecting to Things

- Complex and heterogeneous
resources and networks


Wireless Sensor Networks (WSN)
End-user
Core network
Gateway

e.g. Internet

Sink
node

Gateway

Computer services

- The networks typically run Low Power Devices
- Consist of one or more sensors, could be different type of sensors (or actuators)


Smart product sales

Source: Siemens, http://www.siemens.com/innovation/apps/pof_microsite/_pof-fall-2012/_html_en/facts-and-forecasts-growth-market-of-the-future.html


Extending the Internet
The Internet of Things (IoT)
 Connectivity & Communication between Devices
and Physical Objects, or "Things," is a growing
trend that is often referred to as the Internet of
Things.
 Technologies that enable integration of real world
data and services into the current information
networking technologies are often described under
the umbrella term of the Internet of Things (IoT)”


Sensor devices are becoming widely available
- Programmable devices

- Off-the-shelf gadgets/tools


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nanoBlue-on-Nucleus
World’s First Connected RTOS
 Nucleus adds Connectivity with nanoBlue
 Design ‘Internet of Things’ embedded systems with a click
 iPhone (or other mobile )to Object Communication with a
click


What is nanoBlue?
 World’s Lowest Power Bluetooth Low Energy
Stack
 Worlds Smallest Memory Foot Print : Under 32KB
 World’s Fastest Connection Time: 10X
 Integrated TCP/IP + Sensor SW : Under 128KB (June
2014)

 Runs on any MCU


Opportunities

Source: http://blog.trentonsystems.com/internet-of-things-crosses-business-personal-boundaries/


nanoBlue-on-Nucleus: The connected
RTOS


IoT Connectivity for Embedded: nanoBlue UltraLow
Power Connectivity in a coin battery


Connecting Anything to Anything


Deployment of Billions of sensors
and actuators



An emerging trend is to connect
sensors with the Internet of Things
(IoT)




Digitalization of the physical world
Technology disruption


New Business Model
 Objects become smart and communicate

 Continuous monitoring reduce damage, risks & cost
 Today’s static information architectures face
challenges
 Smart companies take advantage


The IoT Connectivity
Bluetooth
802.5.4

Positioning

ZigBee

Sensing

Infrared

RFID

Sensors

Communication

RFID tag
Embedded
mobile

Biometry
Video

Temperature

Internet
of Things

Identification

Localization
and Tracking

RFID

GPS

Devices

Mobile
Phone
Security

Message
Security

Authentication/
Authorization

Privacy

Constrained
device with radio

Single Solution on Sensor
Application Profile
Nucleus NET
BLE(Nanoblue)

Nucleus RTOS
Hardware


Serial
Driver

nanoBlue -Ultra Low Energy BLE Stack
Customer Applications

Proximity

Blood
Pressure

Heart Rate

• Smallest Memory Footprint
(<32KB)
• TCP/IP + nanoBlue <128KB
[Optional]
• MCU Independent

Generic Access Profile
Generic Attribute Profile

• Fastest Connection Time
• Lowest Power
• Single mode, dual mode

Attribute Layer

• Single chip, dual chip

L2CAP

• Bluetooth 4.0v + 4.1v

HCI [Optional]
Controller

Bluetooth LE Profiles

 Heart Rate (HRP)
 Health Thermometer
(HTP)

 Blood Pressure (BPP)
 Proximity (PXP)
 Alert Notification (ANP)
 Cycling Speed and
Cadence
 Running Speed and

Cadence
 Find Me
 Phone Alert Status
 Cycling Power
 HID Over GATT

 Glucose (GLP)
 Time
 Scan Parameters


Developing applications using nanoBlue
+ Nucleus

nanoBlue added as component of
Nucleus with the name ‘ble’


FindMe profile on Nucleus
Profile Overview
LE Controller

 The Find Me profile defines
the behaviour when a button
is pressed on a device to
cause an immediate alert on
a peer device. This can be
used to allow users to find
devices that have been
misplaced .
 Profile Role
 Find Me Target(GATT
Server)
 Find Me Locator(GATT
Client)
 Services
 Immediate Alert Service

Mid alert (User
LED glow)

High Alert
NanoBlue running
on Nucleus
(AM3358 EVM
module)


Hardware
setup

FindMe using nanoBlue + Nucleus

Select nanoBlue for Bluetooth Low
Energy


Health Thermometer profile on Nucleus
Profile Overview
LE Controller

 The Health Thermometer Profile
(HTP) is used to enable a data
collection device to obtain data
from a thermometer sensor that
exposes the Health Thermometer
Service
 Profile Role
 Thermometer (GATT Server)
 Collector (GATT Client)

HTP Client running on
Apple IPAD

HTP server
running on
Nucleus (EVM
module)
AM3358

 Services
 Health Thermometer
Service
 Device information Service

Hardware setup

HTP using nanoBlue + Nucleus

Select nanoBlue for Bluetooth Low
Energy


NanoBlue + Nucleus Health Monitoring
NanoBlue + Nucleus
Enabled Sensors
NanoBlue +
Nucleus Heart Rate
Monitor
NanoBlue +
Nucleus Glucose
Monitor

Cellular
Gateway

Requestin
g Data

Cloud

NanoBlue +
Nucleus Blood
Pressure Monitor
NanoBlue +
Nucleus Health
Thermometer
Monitor

Any Mobile
Application

Home Gateway


Tell us about your project
We will make it REAL!


nanoBlue: Get Connected...


NanoBlue is focused on linking, processing and sharing information between
devices and people with ultralow energy consumption in hostile environments.
In particular the product provides;









instant connectivity -7X faster connectivity than competitors
the world’s smaller size,
lower power consumption
High security
100% compatibility /portability to all embedded platforms
Easy integration with other Software and Systems
Ultralow Energy enabling 10 years battery life on a coin battery

Elements that create a unique product able to process information at lower energy
Nanoblue enables you to communicate with objects via your Mobile Phone,
PC,Tablet
and other devices to communicate with each-other to make people’s life better
and
reformulate their relation with the environment.

nanoBlue Applications
NanoBlue opens up possibilities and applications, such as:
•
•
•










Logistics monitoring, where packages decide where to be shipped,
Smart City- urban planning, energy efficiency networks, where lights decide when to be switched,
intelligent shopping,
Smart Mobility- Cars have become the “ultimate mobile device” and we, the people, are becoming
“connected drivers. Remote diagnostic capabilities that alert them when parts need replacement
e-Healthcare - Patients are ingesting Internet devices into their own bodies to help doctors diagnose
and determine the causes of certain diseases,
Intelligent shopping,
Smart product management,
Smart meters,
Home automation
Sport & Fitness
Consumer Electronics
PC Peripheral
Being an extremely small sensors it can be placed on plants, animals, and geologic features, and
connected to the Internet

Therefore through Nanoblue objects will no longer be neutral and passive, but active and
participatory in all new forms of interactions for the creation of a smarter planet.


Internet of Things Connectivity for Embedded Devices

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