embedded systems

In this project we explore the idea of using a thin hypervisor to achieve verifiable security within an otherwise large trusted execution environment (TEE)....

PROSPER is a collaboration between SICS and the Theoretical Computer Science group at KTH aiming to build the next generation framework for fully verified, secure hypervisors for embedded systems. The following components constitute the core of the project:...

"Den svenska inbyggnadsbranschen samlades igår i Kista för att söka svaret på frågan om hur mobiloperativsystemet Android kan utnyttjas utanför mobilen.
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Background

Embedded systems are spreading more and more and can be found nearly everywhere in our modern life, not only but especially in mobile phones. However, security issues are often not the first addressed...

The SICSlowpan project develops the next-generation protocol stacks for the Internet of Things. We leverage the uIP IP stack and the Contiki operating system together with the recent 6lowpan standardization...

NES participates in CONET,  the Cooperating Objects Network of Excellence. CONET is a EU-funded project under ICT, Framework 7.  The CONET Consortium is working on building a strong Community in the area of Cooperating Objects including research, public sector and industry partners from the areas of embedded systems, pervasive computing and wireless sensor networks.

"I en tid då alla datorprogram blir allt större och mer resurskrävande har Adam Dunkels arbetat i motsatt riktning. ”Less is more” är något av hans motto, och för det har han nu belönats med Microsofts europeiska forskarpris."

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Some exciting Contiki-based research we've beeing doing at SICS lately: we increase the 802.15.4 multi-hop throughput with 900%, increase the lifetime of ZigBee...

The Contiki team has just released version 2.1 of the open source Contiki operating system for low-power, wireless, memory-constrained networked embedded devices....