Date post: | 22-Jan-2018 |
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Internet |
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IoT Convention EuropeLamot Congress Mechelen - June 15th 2017
Overview of a great day - Bart Van Bos - AllBits
IoT Convention EU - Lamot Congres Mechelen
36 speakers
4 aula’s
4 themes
IoT Enablers
Smart Cities
Smart Living
DronesOverview of a great day - Bart Van Bos - AllBits
Pigeon Air Quality Twitter - London
Pieter Ballon - IMEC - IoT, People & Public Spaces
Cloudburst Management Plan - Copenhagen
Pieter Ballon - IMEC - IoT, People & Public Spaces
Extreme rainfall events summer 2010/2011
€ 500M estimated cost up to 2033
Pay & Go - Parking Sensors - Kortrijk
Be-Mobile - Traffic & Mobility
Fiets Scanner Gamification - Bonheiden
Pieter Ballon - IMEC - IoT, People & Public Spaces
Shopping Pattern Detection - Den Haag
Pieter Ballon - IMEC - IoT, People & Public Spaces
Connected Smart LED - Mechelen
In cooperation with Philips Lighting
Agoria Smart City Technology Award 2015
Pieter Ballon - IMEC - IoT, People & Public Spaces
City of Things
Smart city co-design centre in Antwerp
Test bed based on Open Data
PROMO: https://vimeo.com/130731411 Pieter Ballon - IMEC - IoT, People & Public Spaces
Hype cycle
Dirk Indigne - EngieM2M - Where are you on the hype cycle of IoT?
EngieM2M - SigFox - Low Power Wireless
Dirk Indigne - EngieM2M - Where are you on the hype cycle of IoT?
IoT Design Must Ask Questions
Business critical info?
Number of messages per day?
International functionality?
Power available - batteries?
Static or moving objects?
Plug&play installation needed?
Local or global solution?
Dirk Indigne - EngieM2M - Where are you on the hype cycle of IoT?
Jouri Dufour - Tobania - Maximizing IoT Testing
Three Main Areas of IoT Industrial
➢ Improve efficiencies in capital expenditures (CAPEX)
Customer
➢ Convenience while limiting need of human input
Enterprise
➢ Reduce operational expenditures (OPEX)
Release Priority Shift => Testing
Jouri Dufour - Tobania - Maximizing IoT Testing
IoT Testing Best Practices
Internet of Things => Internet of Threads => Internet of Testing
➢ Headless application: service virtualisation / development testing➢ Test data: test data virtualisation➢ Performance: audited performance testing for ...
○ Network○ Data○ Application
➢ Security: ○ Penetration testing○ Vulnerability scanning○ Fuzzing
➢ Network: network virtualisation
Jouri Dufour - Tobania - Maximizing IoT Testing
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
Google data centers as infrastructure for IoT
➢ 7 Google products have 1 Billion Active Users➢ Google spent 33 Billion in infrastructure CAPEX over the last 3 years➢ Google sets up 1 new data centre every month
➢ A global IoT service that scales automatically➢ Eliminate infrastructure from IoT data analytics by using serverless cloud IoT
platform➢ Ensure secure device connections with industry standard protocols
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
Conrad Connect and WayLay➢ Web Shop that sells IoT devices
○ Closed eco-systems and protocols
➢ WayLay inter-connects those devices using Google IoT platforms➢ 15 Million API calls per day➢ Several Billion metrics are exposed➢ Biggest problem is not throughput, but LATENCY➢ Storage vs. rules execution
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
IoT API Integration Patterns
➢ Publish/Subscribe Event Streams○ Server to one or many channels (streams/sockets)○ Server to many endpoints (for every device) - typical for mobile API
➢ Webhooks - 100 msg/sec➢ HTTP polling
○ Good for data collection and storage
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
How to build a scalable IoT system
Every component must be exposed as a microservice
Every component must be stateless
Every component must scale linearly
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
Challenges Event-Driven Architecture
Configuration?
Deployments?
Security?
Monitoring?
Fail-over?
Central Logging?
Release & Build Management?
Veselin Pizurica - WayLay - Google Cloud Infrastructure in Conrad Connect
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
Why is a IoT Gateway important?
➢ 85% of devices are not internet ready➢ Development effort in time and money (~ 9 months+)➢ 60% cloud cost reduction with edge processing➢ Network optimization
○ Batching○ Compression○ Message composition○ Queueing○ Throttling
➢ Consistent implementation of infrastructure capabilities○ Security○ Credentials management
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
IoT Gateway Responsibility
➢ Activation & security➢ Health monitoring (alerting)➢ Configuration management (through cloud)➢ Remote updates
○ Ideally schedule this based on metadata➢ Command processing➢ Edge filtering & aggregation➢ Extensibility
○ All types of protocols and messages,○ Customer should be able to add his own protocol implementations
➢ Buffering & reliability
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
Example - Azure IoT Edge
➢ Container Based Modules➢ Azure Functions➢ Azure Stream Analytics➢ Azure Machine Learning➢ Cognitive Services➢ Offline / Synchronized
Device Twins
➢ Local Storage➢ Cloud Management &
Deployments➢ High Availability / Fault
Tolerance➢ Cloud Dev/Test Support
Make hybrid cloud and edge IoT solutions with Azure IoT Edge, delivering cloud capabilities to the edge
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
Nebulus IoT Gateway
Nebulus IoT Gateway is a SW Gateway
➢ Runs on a variety of OS’s (Linux/Windows/Docker)/HW➢ Is secure by design, from activation to connectivity➢ Can be fully remotely managed and updated➢ Is fully extensible, by (y)our team➢ Lives on the edge, but is controlled by the cloud➢ Run on small devices (> 128MB RAM)➢ Consists of modular containers
○ Azure functions, cognitive services, azure machine learning, azure stream analytics
Sam Vanhoutte - Codit & Microsoft - The truth about IoT Field Gateways
IoT is evolving
➢ Vertical isolated IoT solutions➢ API integration in the cloud➢ Fog integration➢ Real smart devices
Frederik Santens - IOTBE - IoT Business Model Innovations
IoT Innovation - 3 areas
➢ Product/service innovation➢ Process innovation (cost optimization)➢ Business model innovation => biggest $ opportunities!
Frederik Santens - IOTBE - IoT Business Model Innovations
Frederik Santens - IOTBE - IoT Business Model Innovations
Frederik Santens - IOTBE - IoT Business Model Innovations
IoT in Belgium
(+) Belgium has a strong technical expertise(+) Focus on product/technology innovation
(-) Lack of understanding the IoT impact(-) Risk-averse(-) Business model innovation is key... and missing
Frederik Santens - IOTBE - IoT Business Model Innovations
Smart Pill Box
➢ Technological Innovation○ Doctor subscribes meds○ Pharmacy gives you smart box○ Box opens every day, if you forget it closes○ It's a smart box
➢ Business Model Innovation ○ Sends a notification to the Doctor if you forget○ Send info to insurance companies○ ... if you don’t follow doctor... fee goes up
Frederik Santens - IOTBE - IoT Business Model Innovations
FitBit
Similar to Smart Pill Box - only healthy people bought FitBit :(
Frederik Santens - IOTBE - IoT Business Model Innovations
Google Nest
➢ Technological Innovation○ Wireless thermostat
➢ Business Model Innovation ○ Create entry point / gateway to the internet (ease of installation)
○ Get access to your home's data!Frederik Santens - IOTBE - IoT Business Model Innovations
Business Model Canvas - Osterwalder & Pigneur
Frederik Santens - IOTBE - IoT Business Model Innovations
The Magical Triangle
Frederik Santens - IOTBE - IoT Business Model Innovations
Frederik Santens - IOTBE - IoT Business Model Innovations
Business Models Conclusion
➢ Business model innovation is NOT easy○ A lot of comp don't know their current business model(s)○ Thinking outside of the box○ Execution of a new business model
➢ Network based business models○ Finding the right partners
➢ Collaboration of businesses○ Developer communities and business ecosystems○ External factors (GDPR, politics, startup scene...)
Frederik Santens - IOTBE - IoT Business Model Innovations
Internet of things + Internet of technicians
➢ Internet of things + Internet of technicians = disruptive new business models
➢ Smart Grid - 2018-2019➢ Innovation steps
○ First on HW○ Then on SW○ Next step on service
➢ If this then that (https://ifttt.com) ○ Nobody does this○ Because 95% of the population is not willing to do so
Chris Lefrère - ESAS - IoThings + IoTechnicians = Disruptive new buss models
Four waves of IoT
1. Domotica - Closed Ecosystems2. IoT Gateways - Bridging Ecosystems3. Hidden Gateways aka Trojan Horses - Google Nest 4. Cloud API’s - Devices accessible through the cloud
Chris Lefrère - ESAS - IoThings + IoTechnicians = Disruptive new buss models
Preventive Minimal Service - Refrigerator
➢ Screen hangs - back end auto detects and reboots
➢ Kids leave the door open - owner gets notification on mobile
➢ Back end is unable to determine root cause - automatically schedules a technician's visit
Device with a service - no need for middlemen anymore
Chris Lefrère - ESAS - IoThings + IoTechnicians = Disruptive new buss models
Washing machines as a service (Bundles in NL)
Chris Lefrère - ESAS - IoThings + IoTechnicians = Disruptive new buss models
Car as a service
➢ Virtual show rooms○ No more need for local dealers
➢ Cars as a service○ No more need for Uber
➢ Self driving cars (TB €€€ industry)○ No more need for insurance, because part of car as a service
Chris Lefrère - ESAS - IoThings + IoTechnicians = Disruptive new buss models