“In the current market, companies realize that the device itself is not enough. What’s more important is the service around it. Take Philips for example, and see how they managed to covert a basic light bulb business into a lucrative smart lighting experience. The question is 1.       How do we do it? 2.       To choose from 300+ IoT platforms? 3.       To do it by myself? 4.       Where do the cloud providers take place? All the answers – in the session.”

1. Guy Vinograd, CEO

2.  Large scale SW is like Condensed Matter
 Million-scale users, 10000s devices, 1000s TPS
◦ AWS partner
 IoT clouds maker for device makers
◦ Fully managed service
◦ Enables device makers to focus on their core
 Customers - global $Bn companies to start-ups
About Me and Softimize

3. Provide an IoT Service Instead of Just a Device

4. REST
The Components of an IoT Service
HTTP | MQTT | CoAP | XMPP
IoT
Backend Service
GW

5. IT Cloud Analogy
IaaS
PaaS
SaaS
Connectivity
IoT Platforms
Aggregation Services
Services
Device-Maker Services

6. IaaS
PaaS
SaaS
Connectivity
IoT Platforms
Aggregation Services
Services
Device-Maker Services

7.  Smart home as example
 For the user
◦ Centralized monitoring and control
◦ Buy the GW/Apple TV
 For the device maker
◦ SDK for device drivers – Groovy
◦ Direct or cloud 2 cloud
 Great for motion sensor, door lock,
temperature sensor, On/Off switch,…
Verticals

8. Generic
 For the user
◦ Manual control – DO recipes
◦ Automated control – IF recipes
◦ >200 integrations to SaaS
◦ No status views
 For the device maker
◦ Cloud 2 cloud integration
 Great for any-integration

9.  User-centric
 Centralized operation
• Commoditization
• Lowest common denominator
• Launching new features – not there
• No stream processing
• Lack of device management
• Device configuration
• OTA FW
• No usage analytics

10. IaaS
PaaS
SaaS
Connectivity
IoT Platforms
Aggregation Services
Services
Device-Maker Services

11. http://iot-analytics.com/ 5-sgniht-wonk-tuoba-toi-mroftalp/#
The 8 Components of a Modern IoT Platform

12. Bottom-up
 Most of the 8 capabilities
◦ Entity builder
◦ Telit – data consumption monitoring
 Few cloud – cloud integrations
 On top of AWS (Ayla, Telit)
 10s of customers
 For a device maker
◦ Require using their embedded board
◦ Create your own web/mobile apps
◦ Device agent, mobile libraries
◦ Cloud side - REST API

13.  IoT application generator. Web/mobile.
◦ UI to create entities, queries, pages with
fields.
◦ Little real programming, though possible to
add JARs
 For a device maker
◦ Send info with ThingWorx API, or us
◦ “ThingWorx-ready” HW components
◦ Upgrade FW with Axeda
Top-down

14.  Time to market and dev cost – reduced by up to 50%
 Stability of a platform used by many others
 Effective to create an organization’s “Smart Things”
• Licensing >$10 per device per year
• With over 300 PaaS, What if you were wrong?
• Unfit database, deployment location, API
• Data leakage
• Features limit
• Dead (Parse.com)

15. IaaS
PaaS
SaaS
Connectivity
IoT Platforms
Aggregation Services
Services
Device-Maker Services

16. AWS IoT – MQTT/HTTP GW, Device SDKs (C, JS,
Arduino), Rules engine, Device shadow & registry
IoT Suite
Watson IoT – MQTT GW
Will soon be there
DIY - Device Connectivity Cloud Services
 + non-IoT cloud services

17.  IoT
◦ Hobson, Kaa – IoT platforms
◦ Vorto (Eclipse) – Things modeler and code
generator
 Generic
◦ Backend - NoSQL, Spark Streaming, Complex Event
Processing
◦ Web Client - AngularJS, React, Auerelia
DIY – Open Source Tools

18.  User experience perfectly matches your vision
 Low OPEX
Our Device
Heating
Cooling
Electronics
Mechanics
Hydraulics
Carbonation
Secret1
Secret2
UI
Design
IoT Service
IoT
SaaS
Web/Mobile Apps
Cloud
Security & Privacy
Billing & payment
SW Productization
Smart Home, Smart Health
User & Product Analytics
Social Networks
Our Core Skills,
Differentiation,
and Focus
New Skills,
No Differentiation,
Defocus

19. PaaS Platform In-house R&D
 Reasonable time-to-market
 Low investment
High OPEX
Vendor Lock
Long time-to-market
High investment
 Reasonable OPEX
 Exact Fit
Why Suffer?? Enjoy The Best of Both Worlds

20. TBBTM - Cloud-optimized Open IoT Platform
Avoid Lock
TBB is a private open source
It’s your IP, deployed on any
infrastructure and location
Minimize time to market
Out-of the-box features
Minimize OPEX - Down to 1/10!
Pay single-digit cents per sensor per month
No royalties to anybody
Minimal DevOps
Minimize investment
Pay only for your unique business logic

21. Sensor Hub
E
L
B
API
Server
K
i
n
e
s
i
s
Everything
DynamoDB
S3 or EFS
Session Files
Cloud Front
SQS
Agg
Trigger
Algo Agg
SQS
Agg
Ready
S3
Agg Out
Hub Logs
S3
Agg In
Auto Scaling
Auto Scaling
Auto Scaling
S3
DB
Backups
Redshift
Any SQL
BI Tool
Session Cache
RT Algo
*H1/2016 - MQTT (including AWS IoT)
TBBTM Data Streaming Implementation over AWS

22. Security Multi Tenant DB
Data Streaming Vendor Services
Management
TBBTM = Things Building Blocks
Push notificationsDevice Interaction
Access Control – laas, SaaS
Vendor and cloud provider protection
Site management – Multi device
Licensing – per Tenant. Trial license
Bulk versioned FW updates
Complex event processing
Real-time, sub second latency
Users | Devices and hierarchies
Encryption, Tenant isolation
Audit, Dashboard
Analytics – Failures, Usage patterns
Prediction – Churn, Upsell
Discover & Config – w/o wifi | Real time streaming | FW update
Security – Encrypt, Auth | Reduce energy & bandwidth
On Premise
MQTT, HTTP
Built for Clouds
Multi Cloud
Abstraction Layers for managed services
NOT using DevOps-hungry open sources

23. From Open Source to Your Product’s IoT Service
IaaS
PaaS
SaaS
Connectivity
Softimize TBB
Your IoT Service
Services
developed by Softimize

24. A Software Product by Softimize
Product Design
User types
Use cases
PRDs, Wireframes, Mockups
Production environment
Automated monitoring
Security hardening
Development
Cutting edge technologies over TBB
Performance under load (OPEX)
Quality and robustness
Maintenance
Fully Managed Service (24/7)
Cost control
Up to date stack
Pre-sale support
Product Release

25. Now You Can Focus on Your Core
Your R&D increases
your true IP
Softimize reduces
risk, TTM, and OPEX

27. Shopping List Using TBB Integration with AWS IoT

28. Let’s See Something Working

29. Shopping List Architecture
Sensor
Hub
Raspberry PI
TBB RPI JS SDK
AWS
IOT
Kinesis
DynamoDB
Auto Scaling
TBB
Streamer
Sensor
Actuator
Actuator
E
L
B
TBB
Device
Mgmt
Auto Scaling
Web
REST API Client
TBB AngularJS SDK
MQTT,
Hub Certificate
Provision Things
Set/Get shadow
Push notifications
MQTTWebSocket
IoT Service app
Device management

30. What is AWS IoT? A Thing Access Layer

31. Challenges with AWS IoT
 Device Modeling - Hierarchies
◦ 201X – most edge sensors have no IP address. (BLE, ZigBee rule)
◦ Need to model a GW and devices under it.
◦ Workaround: flat model + certificate sharing
 Device Modeling - Configuration and Status
◦ 2 sources of truth vs 1 Desired at Shadow– The device and the
cloud
◦ Solution – use Reported for status. Partial updates are available
 Device SDK
◦ Exception when changing the shadow while
disconnected

32. Guy Vinograd
guy@softimize.co