Vincenzo DifronzoEmbedded Computing Group

Jun, 2015

WISEWireless IoT Solution Embedded

Our IoT Hardware Paradigm

Sensors

WISE-1000Series

Sensor Module

WISE-3000SeriesRF

Module

Gateway

BLE/WIFI/Sub G LAN/WIFI/3G

RFModule

Form-factor M.2 Sensor module & Sensor Node

IoT Gateway/Edge GatewayServer Grade

OS RTOS/mbed Linux Linux/Windows

RF Tech WIFI/Sub G/BLE LAN/WIFI/3G -

SW Support WISE Cloud/MCU Code WISE Cloud/BSP/API Wise Cloud

Agenda

• Wirelss technologies in the marketplace• Criteria to select the right one• Market segmentation• Technology description and tolopogies

• Security in the Wireless Network• WISE-Module Software Support Model• Advantech WiSE-EC business model• WISE IoT Gateway and Sensor HW/SW Offering• Unified M2.Module for Sensor Development Platform

• Roadmap updates• Summary of WISE Strategies

• Application Scenarios/Introduction to Demo Tour

InstrumentedData Acquisition

Controllers, Sensors

BLE

Zigbee RFIDSubG

6LowPAN

Internet of Things – Wireless Technologies

WPAN or WLAN?

IEEE 802.15.4

WiFi

Nodes Distance?

Power Source?

Quantity of Nodes?

>50% Wireless Demands

Choose Suitable Wireless technologies

• Cost of the radio technology

• Power consumption

• Ease-of-use

• Security

• Available ecosystem

• Range

• International Standard

802.15.4eEnvironment Monitoring

Structure MonitoringSmart City, Road

BLEHealthcare

RTLS

WiFiIndoor Application

Factory/Home Automation

SubGLong Distance Comm.Agricultural, Building

Market Segmentation

Outdoor IndoorLarge Scale Mesh Network

Multiple Nodes within 1km2

Battery Power Source

• Encryption and AuthenticationAll message is with HW AES-128 EncryptionAll Data Link Layer (DLL) messages are authenticated with CCM* with AES-128 in hardware.

• Keying ModelUsing 128-bit Join Key for authenticationIn IEEE802.15.4e networks, each communication node contains a 128-bit Join Key stored securely in non-volatile (NV) flash. The node authenticates itself to the network by sending a join request encrypted with this Join Key and Join Counter. And then, the wireless Gateway decrypts this message to confirm it was sent by a node possessing the correct key and with the expected joincounter. If authentication fails, the join request is dropped.

• Access Control ListUsing ACL for security management and controlAccess Control Lists (whitelists, blacklists) provide an additional layer of control to ensure that un-wanted devices cannot disrupt a network.

• Key managementThe key generation is by a large random seedKey generation is based upon NIST specificationSP800-90. CTR-DRBG samples thermal noise and an XOR function to generate a large random seed.

Security in the Wireless Network

WISE-Module Software Support Model

RTOS/mbed(Source Code)

Linux(BSP/Source Code)

SUSIAPI

SUSIAPI

SensorApplication

GatewayApplication

Sensor Gateway

Management

Advantech specific software support

WISE-Module Software Support Model

RTOS/mbed(Source Code)

Linux(BSP/Source Code)

SUSIAPI

SUSIAPI

SensorApplication

GatewayApplication

Sensor Gateway

Management

Customer specific or Advantech EcoSystem Sensor Partner

Vertical Application SI

IoT CloudService SI

IoT DeviceService SI

WISE-EC Business Model

Gateway &

dedicated application

sensors

Gateway &

generic application sensors

Gateway &

Custom made sensors (Sensor

Maker Company)

WISE IoT Gateway HW/SW Offering

IoT gateway system box product

IoT gateway module for SI to develop their own IoT gateway box product

100 motes or 200 motes management selection

– WISE-3310 with 200 motes management capability

– WISE-3320 with 100 motes management capability

Gateway Software SDK

– BSP

– Tool

WISE Agent and WSN Software packages for Advantech WISE Cloud integration

WISE Agent and WSN software reference source code for 3rd party Cloud integration

WISE Sensor Module HW/SW Offering

MCU with certified wireless connectivity capability

Sensor I/O interface for SI to develop sensor product– ADC, GPIO, PWM, UART, I2C, SPI..

Box and Module product

RTOS with connectivity, network management API, and I/O driver ready

Software SDK for SI to develop the sensor product

Sensor management reference source code for SI to develop sensor application on the module

M.2 Form Factor Module Standard ( MCU + Wireless connectivity)

Unified M2.Module for Sensor Development Platform

Carrier Board with Sensorsby Sensor System Vendor

M.2 Module (MCU + Wireless Connectivity )

Sensors

M.2 connector(Standard Pin out)

Roadmap Update

Gateway Roadmap-20 ~ 70°C -20 ~ 80°C -40 ~ 85°C

Developing PlanningAvailable

IOT

Gat

ew

ay

2015

WISE-3320

•TI Sitara AM335x• IEEE 802.15.4e 6LowPAN• Linux 3.0.15 BSP• PoE support/ PD & PSE• Up to 100 motes

WISE-3310

• Freescale i.MX6 Cotex-A9• IEEE 802.15.4e 6LowPAN• Linux 3.0.15 BSP• Up to 200 / 100 motes

Sep15 Dec’15

WISE-1303

• SubG Gateway module• 802.15.4g compliant• mbed OS support• H/S miniPCIe

Q1,16

WISE-3330

• TI Sitara AM335x• IEEE 802.11bgn• Linux OS

Q1,16

Wir

ele

ss S

en

sor

Ne

two

rk

Gat

eway

/ M

od

ule

UBC-220

• Freescale i.MX6 Dual-Lite• 1GB DDR3, 4GB Flash• 1 HDMI, 1 LVDS• 1 USB 2.0, 1 SD, 1 GbE• 2 Mini PCIe w/ SIM• +12 VDC-In• 120x 89x 30mm Q2’ 15

UBC-221

• Intel X1000 Quark• 512 MB DDR3• 1 USB OTG, 1UART• 1 SD, 2 10/100 Mpbs• 1 Mini PCIe, 4 GPIO• +12 VDC-In & PoE• 120x 89x 30mm Q2’ 15

UTX-3115

• Intel Bay Trail E38xx• 2x MiniPCIe expansion slot• Moon Island support

Communication Node Roadmap

-20 ~ 70°C -20 ~ 80°C -40 ~ 85°C

Developing PlanningAvailable

WIS

E C

om

m.

Bo

ard

M.2

Io

T C

om

m. M

od

ule

WISE-1021

• Linear Dust Smartmesh• IEEE 802.15.4e 6LowPAN• TI MSP430 Microcontroller• 55x65.3mm

Sept’15

WISE-1503

• SubG IoT module• 802.15.4g compliant• mbed OS support• M.2 2230 design

WISE-1020

• Linear Dust Smartmesh• IEEE 802.15.4e 6LowPAN• 4xAD-in, 4xDI, 3xDO, 1xUART• 75x60mm

Sept.’15

Q3,16

WISE-1501

• WIFI 802.11bgn IoT module• TI ARM Cortex-M4 80MHz• mbed OS support• M.2 2230 design

Q1,16

WISE-1502

• Linear Dust Smartmesh• IEEE 802.15.4e, 6LowPAN• TI MSP430 Microcontroller• M.2 2230 design

Q2,16

I/O & Sensor Module/Box Roadmap

-20 ~ 70°C -20 ~ 80°C -40 ~ 85°C

Developing PlanningAvailable

WISE-1221

• General I/O interface node• IEEE 802.15.4e, 2.4GHz• 4x AD-in, 2 x DI , 2 x DO • onboard Temp/RH sensor

Dec’15

WISE-1252

• Digital I/O Node• IEEE 802.15.4e, 2.4GHz• 4-ch Digital Input, 4-ch Power Relay• 2.5 W @ 24 VDC• Isolation 3500VDC

WISE-1251

• RS-422/485 I/O Node• IEEE 802.15.4e, 2.4GHz•2xplug-in terminal blocks (RS422/485)• 1.4 W @ 24 VDC• Isolation 3500VDC

Sep’15 Nov’15

WIS

E I/

O M

od

ule

Se

nso

r-B

ox

(M.2

Mo

du

le

wit

h C

arry

-bo

ard

)

WISE-1505B

• IEEE 802.11bgn • On-baord Temp/RH sensor• mbed OS Support

Q1,16

FCC

IC CETELECKCC

iDA

NCC

ACMA2015 Complete

By request

SRRC

Modular Design

Standardize

(WISE-Standard M.2 Form Factor, …)

RF Solution Semiconductor

Alliance

(Intel, Linear, Mediatek, TI, Freescale, NXP, …)

Industrial Design

Environmental Conformation

Software Integration

RTOS, PaaS

(mbed, WISE-Cloud, 3rd Party Cloud)

Summary of WISE Strategies

Goal

Creating a “Worldwide Wireless Sensor Module Open Standard” for enabling and speed-up the implementation of wireless sensor application

Resource and effort reusable

Flexible offering for different customer (Sensor maker and Sensor

Node SI)

Time to market

Flexible product combination (One module + Several carrier boards

or Several module on same carrier board)

Benefit

Application ScenariosIntroduction to Demo Tour

IoT Hardware Offering

Smart RetailIntelligent Roadways

Smart ElevatorSmart Parking User Interface

Intelligent Cities | Connected Devices | Integrated Services

Thank You.

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