Augmented Reality based Smart City Services using Secure IoT Infrastructure
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The document outlines a smart transportation service called BusNet, utilizing augmented reality (AR) to provide travelers with essential information like bus arrival times and air quality in Novi Sad, Serbia. It emphasizes security measures needed to protect sensitive user data and device communications within an Internet of Things (IoT) infrastructure. The project aims to enhance public transport usage while addressing security concerns and is part of the EU-funded Smartie initiative.
Augmented Reality based Smart City Services using Secure IoT Infrastructure
- 1. Augmented Reality based Smart City Services using Secure IoT Infrastructure PITSaC 2014. Dr Boris Pokrić, Dr Srdjan Krčo, Dr Maja Pokrić DunavNET, Serbia May 2014.
- 2. Content • Solution overview • Augmented Reality and examples • busNET solution deployment • Security aspects considered
- 3. Solution Overview • Smart transportation service busNET • Enables travellers to access service information using AR markers (location and image based): – Bus arrival times – Air quality – Planning the routes – Tourist attractions – Multi-modal transportation
- 4. Augmented Reality (AR) • Supplementing real with artificial content • Initially used for military, industrial and medical domains • Now applied in the entertainment and commercial domains • busNET applies it in the smart transport
- 5. AR example (vine catalogue)
- 6. AR example (company logo)
- 8. Test Site and Outlook • Novi Sad, Serbia • Initially covering 1 bus line and 15 bus stops • Including rental bike stations • Promote public transport • Reduce air pollution in the city • Provide incentives to travellers • Provide aggregate services
- 10. Application Look and Feel
- 14. Security Aspects Considered • Sensitive data being handled, need to be protected • User’s locations, routing plans, credentials • Location of busses generated by devices • Need to protect the devices and access of devices to the back-end platform • Need to protect the data on the server • Secure communication between the
- 15. Security Components Deployed • Work in progress, focusing more on IoT devices • HTTPS for web and smartphone • Kerberos authentication for web and smartphone • Attribute-based encryption for access control of devices to the platform (selective access control) • Secure CoAP based on ECC (not DTLS)
- 16. Ackowledgements • Parts of the activities supported by SMARTIE FP7 EU-funded project • Secure and sMArter ciTIes data management, Period: 1st September 2013 - 31st August 2016. • http://www.smartie-project.eu/ • Partners: IHP, NEC, PTIN, GreenWay, INFO, University of Murcia, DunavNET
- 17. Conclusions • Smart transport service using AR UI designed • Aims to increase usage of Public Transport • Addresses security issues within the platform • Provides multi-level service to different stakeholders • Initial pilot set-up, expanding the service
- 18. Thanks Q&A For more information visit www.dunavnet.eu Or send an email to info@dunavnet.eu