Implementing the IoT Anders P. Mynster, apm@delta.dk Senior - PowerPoint PPT Presentation

Implementing the IoT Anders P. Mynster, apm@delta.dk Senior Consultant August 2016

Program 9 31-08-2016

Program 10 31-08-2016

Internet of Things devices everywhere!

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. 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 18 integrated correctly into other systems and a robust production set-up has been established. 31-08-2016

IoT system components RF IP ID RF Digital Device management Rule based engine Analog Device security Event Sensor Actuator Trigger Api Analytics Storage App Thing

IoT system demo 20 31-08-2016

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

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 Machine- to-Machine (M2M) communications represents the baseline communication that enables the interactions between Things and applications in the cloud. – IEEE Communication society

IoT-A Reference Architecture Source: IoT-A D1.5 Final reference architectural reference model for the IoT v3.0

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 Wireless club • 35 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 open for booking from November

Partnerships IC Foundries IC Design Assembly

Secure solutions and high availability

ASICs for Scalability and Big Data

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

Nordic IoT Centre at DELTA Anders P. Mynster - APM@DELTA.dk Anders P. Mynster, apm@delta.dk Senior Consultant EMC & Wireless March 2016