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Sverres home Introduksjon Eksterne oppgaver: Post-sorteringssystem Vibration data acquisition and analysis for predictive maintenance Ultra low power accelerometer Secure Edge support for end-to-end encrypted sensor to cloud protocol IoT sensor data authenticity and protection ML-analysis on miniature sensors Ultra low power Analog Sensor Interfaces DNV Fuel Fighter - Datavisualisering av telemetridata Ntnu Cyborg (flere oppgaver) SW development projects: Programmeringsprosjekt (Flere oppgaver) 'Big data' analysis of flash-card learning data Procedural Generation: Game Worlds Procedural Generation: Music Programvare design av simulator Dynamic deployment system for real-time tasks Measurement-based real-time system Bibliotek for meldingssending Teoretical projects: Schedulability proof for message passing systems Dynamic deployment system for real-time tasks Bruk av online eksekveringstidsestimater Real-time systems not based on timing requirements Morsomme sensorer og applikasjoner: Døvehørsel Blindesyn |
Secure Edge support for end-to-end encrypted sensor to cloud protocolDisruptive Technologies’ ultra small sensors communicate encrypted from sensor to cloud using SDS, but for some use cases the ability to provide sensor data directly on the customers on premises ethernet may be beneficial both from a security and a reliability perspective. The main objective of the assignment is to enable on-prem without compromising security or user friendliness. The assignment may involve:
protocol design Plan proof of concept implementation in master thesis The candidate will be given access to Disruptive Technologies current protocol stack and experienced supervisors. The SDS protocol uses elliptic key cryptography and is optimized for ultra low power devices. Feel free to make direct contact with the Disruptive Technologies external supervisor under it this sounds interesting. Supervisor: Sigve Tjora, Disruptive Technologies, sigve@disruptive-technologies.com |