Analytics on Everything Mattias Zaunders Sigma ITM Leif Tofterö Sigma Connectivity
Internet of Everything
The physical information system things will communicate with each other Internet history 1st Evolution Machine2Machine DATA SILOS Internet evolution 2nd Evolution Internet of Everything The physical world itself turns into an information system 1968 2008 2020
One standardized IoT technology platform to serve all industries Infrastructure Home Automation Improved Products & Services Life Sciences Automotive Manufacturing Transportation Sigma IoT Platform New Products Retail Security & Defense Sensation Bank, Finance & Insurance Environment SenSmitters Open platforms & standard components New Business Models Government Education
Sigma Sensmitter System With the latest technologies in sensors and electronics we can put nerve ends in places and on a larger scale than what was not possible from technical nor economical point of view just a few years ago. No cables Low power consumption Excellent RF performance High miniaturization Low unit prize Scalability Quick installation The Nerve Ends of Internet of Things
Sensors Sensor development has never been as fast as it is right now. Driven by the mobile industry, new sensors and new technologies are invented and refined every day. From one-man startups to big companies like Bosch and Panasonic are making better, faster, smaller and cheaper sensors all the time. Temperature Moisture Capacitive Touch Flow of air and liquids Lightning Humidity Rotation Vibration Movement Compass Proximity Air Pressure Gases CO,CO2, NOx, Ozone, VOC Pictures Audio, frequency Health Pulse, rate, saturation etc Light, IR, RGB, UV Magnetic Positioning Level And so on
RF There are many technologies available with different pros and cons. Range, bandwidth, latency, power consumption, safety, complexity, size and cost are parameters that has to be taken into account. SimpliciTI 1cm 30km 13MHz - 5GHz 9,6Kbps 72Mbps
Vad är då Sensation & Sensmitters?!
Sigma Sensmitter Configurations Accelerometer Compass Gyro Zigbee Proximity Display-Touch Positioning Capacitive Touch Conference/Restroom Passive IR Temperature Humidity Light Magnetic Current Microphone Bluetooth Temperature NFC Humidity Light Speaker Moisture Climate Temperature Humidity Air pressure Light CO2 Vision People count Patterns
Business Intelligence Portals - SharePoint - External Management of Sensor networks Sensor networks Sensation s Telemetric data Dashboard Integration - CRM - MDM - SCADA - EAM - BMS Sensmitters - R&D Technology Event generation Realtime Analysis External data sources
Climate Utilization
Air emission Light Vibrations & Noise Moisture
Kundcase PEAB: Analys av betonggjutning Hur påverkas fastigheten av att gjuta ett betonggolv när väggar är resta och taket är lagt? Logga hur gjutförloppet ser ut. Vad händer med luftfuktigheten under tiden inne i fastigheten. Stämmer misstankarna att gjutning medför hög fuktbelastning i fastigheten?
Relativ Luftfuktighet Temperatur
Sensmitte r Virtuel l Sensor
Sensmitte r Ånghalt
Sensmitte r SMHI Ånghalt - Ånghalt
Sensmitte r SMHI Ånghalt - Ånghalt Fukttillskott
Ångtäthet
IoT för ledningsnät (VA, El, Fjärrvärme, Gas) 1. Koppla upp befintlig utrustning 2. Mät på fler ställen 3. Yttre påverkan 4. Analys
Koppla upp befintlig utrustning 1. Ut från Silon 2. Koppla upp befintlig utrustning som 1. Pumpar 2. Ventiler 3. Relästationer 4. Elektronik 5. Mätstationer 3. SAMLA DATA
Mät på fler ställen, högupplöst data 1. Ny sensorer i näten 1. Tryck 2. Flöde 3. Temperatur 4. Gaser 5. Vibrationer 6. Ny teknologi 7. Nya material 2. SAMLA DATA
Yttre påverkan 1. Extern data 1. Nederbörd 2. Vattenstånd 3. Belastningsparametrar 4. Miljödata 5. Kundsupport ärenden 1. Position 2. SAMLA DATA
Analys
Exempel på beslut fattade utan bra beslutsunderlag
Trastvägen Brunn Brunn Brunn Brunn Brunn Leifs hus Pumphus
Trastvägen Brunn Brunn Brunn Brunn Brunn Leifs hus Pumphus
Trastvägen Brunn Brunn Brunn Brunn Brunn Brunn Leifs hus Pumphus
Frågor