Guide to IoT Projects and Architectures
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This document provides an overview of IoT project architectures and processes. It discusses common IoT initiatives by function and approval levels. It also summarizes typical project timelines and business objectives. Additionally, it outlines the key components of an IoT solution including device connectivity, analytics, and presentation layers. Finally, it provides examples of how IoT can benefit different industries.
Guide to IoT Projects and Architectures
- 1. Guide to IoT Projects and Architectures
- 2. Highest Level Approval Required for Project 10 15 16 28 0 5 10 15 20 25 30 Other Director/Dept. VP C-Level Board Projects Function driving IoT initiative by segment (Only one applies)* 3% 8% 5% 5% 8% 3% 3% Other C-level/Board Operations BD/Digital Strategy IT Engineering/R&D EnterpriseManaged Service Provider 58% 29% 13% 3% 18% 29% 16% 58% 18% Services/ Customer Support
- 3. IoT Project Time to Completion 9% 27% 33% 21% 9% <6 months 7-12 months 13-24 months 25-36 months <37 months Business objectives for IoT initiatives 15 65 82 Business transformation insights Increase revenues Reduce costs
- 4. Microsoft IT – Cloud migration strategy Retire it, right-size, eliminate environments Use or convert to a SaaS (1st or 3rd party) solution Expose functionality in existing SaaS/ PaaS solution Convert to Azure PaaS solution Optimize for and move to Azure IaaS VM No change lift ‘n shift to IaaS Remain s on- prem Azure IT Roadmap First to move → Basic Web Apps → Advanced Portals → Any New solutions → Any re-architected solutions Next to move → High I/O OLTP → Regulatory & High business impact Hard or costly to Move → HVA Systems → PKI Systems → Legacy Source Control How to move from on premise to Microsoft Cloud …To → Office365 → SharePoint Online → CRM Online → VSO → ADL + PowerBI → Best 3rd Party SaaS From…. Office Servers Portals and SPS Any relationship mgmt Active Source Control & WIT Data Warehouses Industry Std verticals
- 5. Business Case 4-12 months • Developed by cross-functional team; goes to C- level or board; may involve assistance by SI Vendor Selection 1-9 months • Evaluate Build vs Buy; IT sometimes gets involved in vendor evaluation Proof of Concept 2-18 months • POC validates technology selection for scalability and latency Pilot 6-12 months • Staged rollout of IoT solution for specific product lines, geographies or beta customers Production Rollout 3+ months • Rollout of IoT solution across all geos and customers
- 7. Three parts of an IoT solution 1 Device connectivity & management 2 Analytics & operationalized insights 3 Presentation & business connectivity Easy to provision, use and manage Pay as you go, scale as you need Global reach, hyper scale End to end security & privacy Azure IoT
- 8. Field Gateway Device Connectivity & Management Devices RTOS,Linux,Windows,Android,iOS Cloud Gateway Event Hubs Field Gateway Protocol Adaptation
- 9. Field Gateway Device Connectivity & Management Devices RTOS,Linux,Windows,Android,iOS Cloud Gateway Event Hubs Field Gateway Protocol Adaptation
- 10. Field Gateway Device Connectivity & Management Devices RTOS,Linux,Windows,Android,iOS Protocol Adaptation Cloud Gateway Event Hubs & IoT Hub Field Gateway Protocol Adaptation
- 11. Field Gateway Device Connectivity & Management Devices RTOS,Linux,Windows,Android,iOS Protocol Adaptation Cloud Gateway Event Hubs & IoT Hub Field Gateway Protocol Adaptation Cross Platform C Code OS Abstraction Layer / OS Bindings C API .NET API Java API Javascript API
- 12. Producers Connect Devices Mine Data Take Action Event Hubs (Service Bus) SQL Database Machine Learning Azure Websites Heterogeneous client agents Table/Blob Storage HD Insight Mobile Services External Data Sources DocumentDB Stream Analytics Notification Hubs External Data Sources Cloud Services Power BI External Services { }
- 13. Solution PortalProvisioning API Device Registry Store Stream Event Processor Analytics/ Machine Learning Data Visualization & Presentation Device State Store Gateway Storage IP capable devices Existing IoT devices Low power devices PresentationDevice and Event Processing Data Transport Devices and Data Sources Event Hubs Azure IoT Hub Agent Agent Agent
- 17. Requirements Design & Implementation Verification & Release Response Physical Security, Tamper Detection Hardware & firmware security, secure boot Network, protocol & application security Identity management for devices and users Data Privacy Protection and Controls
- 18. IoT infrastructure: from Devices to Data Visualization through Data Transport + Data & Devices Management
- 19. MANUFACTURING HEALTHCARE FINANCE PUBLIC SECTOR CONSUMER GOODS RETAIL TRANSPORT Respond and recover quickly Expand, change and scale easily Update automatically Analyze efficiently Treat patients more effectively Improve patient- care processes Secure and share patient information Reduce the cost of care Manage ATM infrastructure proactively Offer targeted services by anticipating needs Take action automatically based on social media analysis Monetize by combining data with business partners Remotely manage the infrastructure Drive business insights quickly Predict and take preventive action Reduce the cost of maintenance Capture customer preferences Boost brand loyalty with engaging experiences Maintain product availability for less Improve retail collaboration and execution Track shelf inventory in real time Gain valuable insights into customer behavior Know what’s going on in your store Provide personalized services Optimize toll and fare management Simplify the city parking experience Improve fleet vehicle and asset management Increase the efficiency of your city’s traffic system IP capable devices Existing IoT devices Low power devices Agent Agent Agent Solution PortalProvisioning API Device Registry Store Stream Event Processor Analytics / Machine Learning Device State Store Storage Device and Event Processing Event Hubs Azure IoT Hub Data Visualization & Presentation Presentation Gateway Data TransportDevices and Data Sources
- 20. Advantech IoT Solution Structure LAN (Type 3.0) RS 232/422/485 (Type 2.0) c WIF I Cellul ar Etherne t Etherne t WIF I EKI-1200~ EKI-1300~ Modus Others Private Open Data Closed Data Protocol Hander (Open SDK) WISE Agent Serial Gateway IoT Gateway Data Platform Existing THINGs
- 21. Contact your local Consultant Italy, France, Spain, Portugal, Greece Chiara Geroli chiara.geroli@advantech.it +39 02 9544 96 02 UK, Nordics, Central and Eastern Europe Simon Purslove simon.purslove@advantech.eu +49 (0) 89 12599 1022 Visit http://select.advantech.com/build-your-own-iot_windows-10/