Presenting: Dr. Paolo Di Prodi Daniel Berenguer Robomotic: www.robomotic.com Panstamp: www.panstamp.com

• X10 1975

• Modbus 1979

•Bluetooth 2000

• Zigbee

• Zwave 2003

• 6LowPan 2012

Ingredients: Hardware

Protocol

Software

Applications

Chief: Architecture

Standard

Language

Budget

What is the most popular ? Bluetooth

2.5 Billions in 2013 correlates with phones!

Zigbee ZigBee-RF4CE: 1 billions estimated in 2015 Zwave: not known Panstamp: approx 120 kits shipped every month

Panstamp is a solution platform for IoT

Features: Open Hardware Open Software Open Protocol Internet based Rule and AI based Low Cost Easy to Learn

Panstamp software platform (1)

Panstamp software platform (2)

Panstamp hardware Wearable sensors:

ezChronos watch

Environmental sensors:

Temperature Humidity Pressure

Floor Vibration and Light

PIR motion

Actuators:

Relay board for on/off and PWM

RGB LED strip controller

How do we talk?

SWAP: Simple: runs on AVR MCU 8 bit + 2 KB stack Wireless: CC11XX radio over ISM (433-868-915 Mhz) Abstract: register based Protocol: status, query and command packets

Why not Zigbee or Zwave? Stack is NOT open source!

Zwave has only 1 chip vendor Zigbee has only 3 chip vendors

Do you really need mesh networks?!?!!? High development cost: hardware, license and engineering

Zigbee vs SWAP Example

Zigbee memory footprint: TI Z-Stack CC2430 - Coordinator/Router - 116 kB Flash, 7 kB RAM

TI Z-Stack CC2430 - End Device - 99kB Flash, 3.8kB RAM

Ember - EM250 - ~100 kB - Coordinator/Router

Panstamp Node: Code: ~ 3 kB

RAM: 350 bytes

But is it safe?

Features: Security options: smart encryption (AES 256 bit) and security nonce can be enabled

Network topology: Star network AND peer to peer

Repeaters to extend range

No dynamic routing (yet!)

Baud rate: 115200

Sensors from Robomotic

PIR

Temperature

Humidity

Light

Vibrations

Vibrations

Light

Panstamp sensors

Device Registry structure

Device Registry structure

SWAP commands

Arduino library for Panstamp

Base Station

Raspberry PI running Raspbian + SWAP modem Connectivity: Wifi USB, GSM USB, Bluetooth USB

Hardware for developers

Battery board with generic IO and footprints for extra sensors Power: any AA battery rechargeable or not Plastic case clip on, antenna exit and screw on for wall mounting

Hardware for developers

Panstamp module is Arduino compatible Panstamp modem is based on FTDI USB

Hardware for developers

The EMMA software includes a full SWAP implementation !

12:15 pm

Application case: fall

The EMMA watch monitors impact

Open Remote Build cool UI for Android and iOs with open remote!

Open Remote Open Remote supports the lagarto protocol

Support for cloud and gateways

Cloud Web: COSM ex Pachube

ThingSpeak

Twitter

Open.sen.se

SMS Gateways: Intellisoftware

Clickatell

USB GSM 3G etc: Gammu/Wammu

Support for cloud

Support for cloud

Rule based example

Rule grammar construction

IF EVENT

CONDITIONS

ACTIONS

• Time

• SWAP Input Register Events

• Time and Date

• SWAP Input Register Conditions

• SWAP Output Register

• Cloud Service

• SMS Service Actions

DataLogging How?

User decides which registers requires logging

When? Use decides logging interval

Where? Local SD card with Round Robin tables

Table setup example

Conclusion Business

Licence free

Agile Product Development

Developers: Easy to learn

Low cost

Fast configuration and deploy

Users: Plenty of space for extra application layers

Learning curve

120

10 4 2

124

6 1 0 0 0

21

33

Monkey Undergrad. Junior Senior

Chart Title

Hours Support Money

Questions

Twitter: @robomotic @panstamp

Hashtag: #panstamp

Web: www.robomotic.com

Web: www.panstamp.com

Forum: www.panstamp.org/forum

Email: paolo@robomotic.com