IoT Technical foundation and use cases Anders P. Mynster, Senior Consultant High Tech summit DTU FORCE Technology at a glance

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IoT Technical foundation and use cases Anders P. Mynster, apm@force.

1 IoT Technical foundation and use cases Anders P. Mynster, Senior Consultant High Tech summit DTU 2017 FORCE Technology at a glance

2 Internet of Things devices everywhere!

4 Gartners Hype cycle

Development process Ideation:The biggest barrier for implementing a new technology like IoT is to create a specific vision for the new product or service. Feasibility.

5 Development process Ideation:The biggest barrier for implementing a new technology like IoT is to create a specific vision for the new product or service. Feasibility. Having defined a specific application and developed the first prototype, it is critical to remove any technical barriers for the solution. Design and Development. During this phase we coordinate requirements and development competence needs in a requirement specification. Test and validation. The technical validation is just as important for the final product as the regulatory approvals. Integration and Manufacturing. The IoT magic does not occur before the data from the device is integrated correctly into other systems and a robust production set-up has been established IoT definitions The Internet of Things (IoT) is a framework in which all things have a representation and a presence in the Internet. More specifically, the Internet of Things aims at offering new applications and services bridging the physical and virtual worlds, in which Machineto-Machine (M2M) communications represents the baseline communication that enables the interactions between Things and applications in the cloud. IEEE Communication society

6 IoT-A Reference Architecture Source: IoT-A D1.5 Final reference architectural reference model for the IoT v3.0 IoT system components ID RF RF IP Digital Rule based engine Device management Analog Device security Sensor Actuator Event Trigger Api Thing Analytics Storage App

IoT system 13 19-09-2017 Nordic IoT centre Road to Manufacturing

Feasibility studies IC Design Services IC manufacturing IoT device

validation Design panel User interactions Regulatory strategy

Link budget validation Environment evaluation Perceptual evaluation

System design Requirement Specification Prototyping Sensor hardware

Digital Analog Mixed signal Layout DFT Foundry libraries Optical

Wafer purchase Wafer storage Wafer testing Package design Package

Analysis Supply chain optimization Supply chain management LAT HTOL

Small series Scale to Volume Embedded software App development

Compatibility(EMC) Real-life RF environments Environmental Impact

7 IoT system Nordic IoT centre Road to Manufacturing Solutions Concept validation Services Concept validation Feasibility studies IC Design Services IC manufacturing IoT device design Test & validation State-of-the-art Pretotyping Context validation Design panel User interactions Regulatory strategy Quality Process Business model Cloud implications Quality Process Link budget validation Environment evaluation Perceptual evaluation Conformance Req. Spec. Choice of Wireless Tech. System design Requirement Specification Prototyping Sensor hardware Sensor algorithm Energy Harvesting Battery lifetime Risk Assessment Digital Analog Mixed signal Layout DFT Foundry libraries Optical sensors RF Power management Ultra low power Front-end Back-end Wafer purchase Wafer storage Wafer testing Package design Package Evaluation Encapsulation IC testing Storage & shipping Yield Analysis Supply chain optimization Supply chain management LAT HTOL PCB layout Design for manufacturing EMS Antenna Design Prototyping Small series Scale to Volume Embedded software App development Cloud implementation Accredited conformance testing ElectroMagnetic Compatibility(EMC) Real-life RF environments Environmental Impact Product Safety Evaluation Approval Management Technical construction file Extreme test Software validation Failure Analysis Troubleshooting

requirements Technological foundation Application centered Secure solutions

8 Nordic IoT centre the philosophy Simulations and ideas to be proven in the real world Partnership and community driven development Understanding IoT requirements Technological foundation Application centered Secure solutions Scalability Availability Ideas -> applications in the real world

Simulations in the real world Community: IoT and

technical themes Approval management Radio design System

Energy Harvesting Scalability and Big Data Security and

9 Simulations in the real world Community: IoT and Wireless club 40 member companies 16 meetings annualy 8 technical themes Approval management Radio design System design Components and modules IoT system achitectures Energy Harvesting Scalability and Big Data Security and privacy Test facilities worth of 6 MDKK to be shared between members

10 Members in the IoT and Wireless club Partnerships IC Foundries IC Design Assembly

11 Partner: CBS capability map Source: CBS competitiveness platform, Data profit: A capatibility map for data-driven growth, Ritter et. Al., 2017 GOOEE - from selling lamps to selling data Video

12 Nordic IoT centre the philosophy Simulations and ideas to be proven in the real world Partnership and community driven development Understanding IoT requirements Technological foundation Application centered Secure solutions Scalability Availability How can i Join? Anders P. Mynster - APM@FORCE.dk Anders P. Mynster, apm@delta.dk Senior Consultant EMC & Wireless March 2016 Next Free events Århus: - 27th september Hørsholm: - 28th september

IoT: Rethinking the reliability

IoT: Rethinking the reliability Anders P. Mynster, APM@delta.dk Senior Consultant EMC & Wireless 26 May 2016 Outline IoT Definition IoT Differentiation Reliability Throughput Latency Accuracy Performance