how to implement an IoT architecture
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The document outlines the implementation of an IoT architecture focused on reducing operational costs, improving efficiency, and enabling remote management through effective data interoperability, edge computing, and robust security measures. It highlights Eurotech's capabilities in providing integrated IoT solutions, emphasizing their open and modular approach to facilitate connectivity and data management across a variety of industrial applications. Additionally, it discusses the transition from traditional to modern IoT models, aiming to enhance customer value through new service offerings and predictive maintenance.
how to implement an IoT architecture
- 2. Company’s Foundation Catalyst Platinum Award for Embedded Board Vendor 2017 2010 2012 Magic Quadrant IIoT Platforms Best Practices Award IoT 20031993 1992 1995 2004 2005 2008 1995 2015 2018 2013 2014 2016 2009 2019 Eurotech – Timeline Going Public The dawn of the Edge concept DataCenter at the Edge Managing the Edge With un Industrial grade IoT Platform 1999 IoT the beginning EverywareCloud ioT Platform
- 3. from M2M to IoT IoT: a story of a change of perspective from Data Silos to Data Lake
- 4. IoT: It’s about date interoperability through Digital Twins Things Data Lake Business Models Digital twins
- 5. CONFIDENTIAL | INTERNAL USE ONLY Removing the barriers to I-IoT Adoption Everyware IoT strength Best in Class in -Cybersecurity -Data integrity -Standardization -Retrofitting Legacy-base -Low upfront investments
- 6. Today’s IoT Needs Securely connect, authenticate and manage disparate connected devices that speak different protocols Apply analytics at the edge with machine learning and business rules to enable local, low- latency decision making Tools to enable end-to-end data security, compliance, authorization and authentication Device Connectivity & Management Edge Processing End-to-End Security & Compliance Enable integration with enterprise and business applications to bridge the gap between OT and IT and reduce complexity Application Integration & Analytics
- 7. The Promise of Effective IoT • Common Primary Objectives – Reduce Operating Expenses / Improve Efficiency – Improve Customer Service / Shorten Response Time – Manage Assets/Products from remote – Add new services increase products’ value adding new services – Transform the business model from selling products to selling outcomes • Secondary Objectives – After Primary Objectives are Achieved – See operation metrics that are not visible today – Optimize operations by data-driven analytics and decision making – Predict system failures to plan service visits / minimize down-time
- 8. Mapping the IoT Architecture SaaS aPaaS iPaaS Iaas Data Ingestion & Transport Layers Data Consumption Layer IP Network IoT Edge Framework Edge Computers Embedded-Pc & SensorsData Production Layer Platform Tier Enterprise Tier Edge Tier IoT Edge orchestration
- 9. How to connect ‘ things’ Connecting to the Internet is a necessary condition but a sufficient one IoT goes beyond the concept of "What" connected to the Internet It’s about data interoperability from heterogeneous "things"
- 11. Business Application Integration / other IoT Platforms IoT Communication Protocols OT / Field Protocols and Interfaces Everyware Software Framework IoT Edge Gateways Business Applications and Analytics Everyware Cloud • Secure device connectivity and data communication • Remotely manage large IoT deployments • Integrate data and applications • Communications/messaging • Data acquisition • Develop and deploy IoT edge computing applications • Easily connect to industrial devices and IoT cloud services • Visually compose data flows to manage, analyze and route data • Industrial IoT Gateways • Open Hardware • Messaging Standards
- 12. Everyware IoT What they say about us : CRISP Research
- 13. Everyware IoT Positioning Gartner 3 Tiers IoT Architecture • Data acquisition and analysis • Built-in support for industrial field protocols • Connectivity management to IoT Cloud platforms • Visually compose data flows to manage, analyze and route data • Secure device connectivity and data communication • Advanced Provisioning and Device management for large IoT deployments • Integrate data and applications • Industrial IoT Edge Gateways • Industrial Edge Servers • VMware certified • AI-ready
- 14. Everyware IoT Open at the Core powered by powered by IoT EDGE FRAMEWORK IoT INTEGRATION PLATFORM (2)(1) (1) First Code drop of Kura donated by Eurotech to Eclipse in 2014 (2) First Code drop of Kapua donated by Eurotech to Eclipse in 2016
- 15. Open IoT Community Middleware for IoT Gateways Modular IoT Integration Platform Contributed by
- 16. Messaging Standards • Proposed by EUROTECH and IBM in 2010 • Designed as an M2M / OT Messaging Protocol • Low Bandwidth / Low Power • 2-way Communication • Publish and Subscribe • Hierarchical Topic Namespaces • Data Payload Agnostic • Device Initiated Connection • Firewall-friendly • SSL and Authenticated • Large ecosystem, widely adopted Message Queue Telemetry Transport (MQTT) ISO/IEC 20922:2016
- 17. Everyware Software Framework IoT Edge Framework OSGi on Linux Hardware Java SE Embedded Code Code Code • Develop and deploy IoT edge computing applications • Extensive field bus library support to easily connect industrial devices to IoT cloud services • Visually compose data flows to manage, analyze and route data • Built-in digital twin modelling and remote Device Management primitives
- 18. Everyware Software Framework Security Device Abstraction (I/O and Networking) Connectivity andDelivery Linux Hardware Java /OSGi External Applications and Analytics Database Broker API Field Protocols and Digital Twins Data Flows and Analytics Applications Remote Management Admin GUI REST Message JDBC
- 19. Everyware Software Framework IoT Edge Framework Develop IoT Edge Computing Apps Wires Data Flow SQL Database Full Java APIs Connect to Field Devices Industrial Protocols Modular Drivers Connect to IoT Cloud Services Multiple Connections Message Routing Digital Twins RS 232/485 Bluetooth Low Energy USB CAN bus GPS/GNSS GPIO/I2C/PWM Everyware Cloud AWS IoT Azure IoT Eclipse Kapua Other
- 20. Industrial IoT Gateways Everyware Software Framework From Prototype to Production Software portability across HW Platforms Open Hardware
- 21. Business Application Integration / other IoT Platforms IoT Communication Protocols OT / Field Protocols and Interfaces Business Applications and Analytics • Communications/messaging • Data acquisition • Messaging Standards Everyware Software Framework • Develop and deploy IoT edge computing applications • Easily connect to industrial devices and IoT cloud services • Visually compose data flows to manage, analyze and route data IoT Edge Gateways• Industrial IoT Gateways • Open Hardware Everyware Cloud • Secure device connectivity and data communication • Remotely manage large IoT deployments • Integrate data and applications : IoT Cloud Platform
- 22. Everyware Cloud Deployment Options Appliance PublicPrivate and On Premise Software Appliance SaaS EditionOn-premise Appliance IoT Integration PLATFORM
- 23. Application Integration Security Administration Device Management Data Management Device Connectivity Everyware Cloud Dashboards & Business Intelligence Mobile & Enterprise Application @ Alerts & Notifications IoT Integration Platform Cellular Connectivity / SIM Management Platforms Device Management • Connectivity Management • Device Registry • Device Provisioning • Remote Configuration • Software Updates • Remote Access (VPN) Data Management • Data Collection, • Data Storage, • Data Analysis • Historical Data Access • Real-Time Data Access Integration • SIM Mgmt Platforms • BI Integration Platform Management • Web Console • Full API Access • Health Check Monitor
- 24. Application Integration Security Device Management Data Management DeviceConnectivity(A-MQ) Mobile & Enterprise Applications @ Alerts & Notifications JBOSS BRMS MessageRouting(Fuse) Enterprise Integration Patterns JBOSS Fuse Administration Real-Time Analytics Data Dashboards Business Intelligence ETL Hooks Device Registry MQTT Storage Account Management Access Control RESTAPIDeviceMgmtConsole Device Management Protocols Device Provisioning Device Batch Operations IoT Devices and Gateways Everyware Cloud Cellular Connectivity / SIM Management Platforms
- 25. : Security Vulnerability Assessments and Penetration Tests Cloud-level Security ✓ Integrated Certificate Management ✓ Validated Server Identity ✓ Tenant Isolation ✓ Role-based Access Control ✓ 2-factor Authentication Secure Communication Device-level Security ✓ Unique Device Identity and Credentials ✓ Signed ESF/Application Code ✓ Encrypted Configuration and Storage ✓ SSL/TLS Encryption w/ Hostname Verification* ✓ Mutual Authentication ✓ Digitally Signed Messages (*) addresses man-in-the-middle threat
- 26. Business Application Integration / other IoT Platforms IoT Communication Protocols OT / Field Protocols and Interfaces Everyware Software Framework IoT Edge Gateways Business Applications and Analytics Everyware Cloud
- 27. WHAT CAN CUSTOMERS DO WITH OUR IOT TECHNOLOGY? CASE STUDIES 27
- 28. Real Time Assets Monitoring 28 Application: • On board diagnostics • Data collection for optimization and predictive maintenance • Remote access and maintenance • On premise device management and data integration Key Success Factors: • Railway certified hardware • End-to-end security • On-premise IoT Cloud Platform • Data Flow Programming PRIVATE CLOUD
- 29. DB MVB IDL Pilot Architecture DB Server (Data Center) Everyware Cloud MQTT MVB IDL (Field) ESF Linux Java SE OSGi Security Device Connectivity EVERYWARE IOT PLATFORM Device Management Data Cache MVB Bus (read-only) BoltGATE 20-25 MVB Driver MVB Asset Wires Common Services Remote Management MDB IDL Modules Remote Management Message Routing REST MDB IDL On Board Application UI MDB IDL Off Board Application UI
- 30. Remote Maintenance and Services Key Success Factors: • End-to-end security • Open & Standard • Device Provisioning • Remote Access VPN Application: • Connect machines to the internet in a nonintrusive way • Provide nurses with access to machine status • Provide manufacturers access to machine logs • Enable remote maintenance with less field visits ON PREMISES 30
- 31. Connected Products BOILER SOFTWARE GATEWAY IOT APPLICATION IOT PLATFORM CONSUMERS SERVICE CENTER Application: • End users to remote control their own thermo-devices • Field technical assistance and remote diagnostics • Valuable data for R&D, Service, Marketing departments to develop & sell new products and services Key Success Factors: • ESF hardware abstraction • Remote device mgmt. • Real time data • End-to-end security 31 PUBLIC CLOUD
- 32. CONFIDENTIAL | INTERNAL USE ONLY Brown Field vs. Green Field …1 32 1- Real Time Asset Monitoring BROWN FIELD scenario IoT GATEWAY 2- Remote/Predictive Maintenance MEDICAL IOT GATEWAY PUBLIC CLOUD IOT PLATFORM NURSE APPLICATION REMOTE MAINTENANCE AND SUPPORT DATA ANALYTICS GREEN FIELD/ BROWN FIELD scenario DATA ANALYTICS REMOTE MAINTENANCE AND LOGISTS Real Time Control of Cargo Trains through Digital Twins of Locomotors Remote Assistance and Predictive Maintenance of Dialysis Machines
- 33. CONFIDENTIAL | INTERNAL USE ONLY Brown Field vs. Green Field …2. IOT PLATFORM SERVICE CENTER CONSUMER 3- From BROWN FIELD to GREEN FIELD scenario - Fast Time To Market (modular, IoT architecture) - Future Proof (open with no lock-in and based existing standards) - Minimizing Risks ( Edge to Cloud Cyber-Security, interoperable) - Lower Total Cost of Ownership (manageable and scalable) Real Time Control of Boilers for effective assistance and customer engagement IOT PLATFORM SERVICE CENTER CONSUMER from Brown field to Green field BOILERS or HEATERS BOILERS or HEATERS GREEN FIELD New products with embedded Edge functions BROWN FIELD Connecting an existing Products w/o re-engineering