45 research outputs found

    Ethical Hacking of an IoT-device: Threat Assessment and Penetration Testing : A Survey on Security of a Smart Refrigerator

    No full text
    Internet of things (IoT) devices are becoming more prevalent. Due to a rapidly growing market of these appliances, improper security measures lead to an expanding range of attacks. There is a devoir of testing and securing these devices to contribute to a more sustainable society. This thesis has evaluated the security of an IoT-refrigerator by using ethical hacking, where a threat model was produced to identify vulnerabilities. Penetration tests were performed based on the threat model. The results from the penetration tests did not find any exploitable vulnerabilities. The conclusion from evaluating the security of this Samsung refrigerator can say the product is secure and contributes to a connected, secure, and sustainable society.Internet of Things (IoT) enheter blir mer allmÀnt förekommande. PÄ grund av en snabbt expanderande marknad av dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterat till en mÀngd olika attacker. Det finns ett behov att testa dessa enheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle. Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄp genom att producera en hot modell för att identifiera sÄrbarheter. Penetrationstester har utförts pÄ enheten, baserade pÄ hot modellen. Resultatet av penetrationstesterna hittade inga utnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen av sÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker och bidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle

    Etisk Hackning av en IoT-enhet: Hotbedömning och Penetrationstestning

    No full text
    Abstract Internet of things (IoT) devices are becoming more prevalent.Due to a rapidly growing market of these appliances, impropersecurity measures lead to an expanding range of attacks. There isa devoir of testing and securing these devices to contribute to amore sustainable society. This thesis has evaluated the securityof an IoT-refrigerator by using ethical hacking, where a threatmodel was produced to identify vulnerabilities. Penetration testswere performed based on the threat model. The results from thepenetration tests did not find any exploitable vulnerabilities. Theconclusion from evaluating the security of this Samsungrefrigerator can say the product is secure and contributes to aconnected, secure, and sustainable society. Keywords Internet of things (IoT), device, security, penetration testing,threat assessment, vulnerabilitiesSammanfattningInternet of Things (IoT) enheter blir mer allmÀntförekommande. PÄ grund av en snabbt expanderande marknadav dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterattill en mÀngd olika attacker. Det finns ett behov att testa dessaenheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle.Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄpgenom att producera en hot modell för att identifierasÄrbarheter. Penetrationstester har utförts pÄ enheten, baseradepÄ hot modellen. Resultatet av penetrationstesterna hittade ingautnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen avsÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker ochbidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle.KeywordsInternet of things (IoT), enhet, sÀkerhet, penetrationstester,hotbedömning, sÄrbarhete

    Etisk Hackning av en IoT-enhet: Hotbedömning och Penetrationstestning

    No full text
    Abstract Internet of things (IoT) devices are becoming more prevalent.Due to a rapidly growing market of these appliances, impropersecurity measures lead to an expanding range of attacks. There isa devoir of testing and securing these devices to contribute to amore sustainable society. This thesis has evaluated the securityof an IoT-refrigerator by using ethical hacking, where a threatmodel was produced to identify vulnerabilities. Penetration testswere performed based on the threat model. The results from thepenetration tests did not find any exploitable vulnerabilities. Theconclusion from evaluating the security of this Samsungrefrigerator can say the product is secure and contributes to aconnected, secure, and sustainable society. Keywords Internet of things (IoT), device, security, penetration testing,threat assessment, vulnerabilitiesSammanfattningInternet of Things (IoT) enheter blir mer allmÀntförekommande. PÄ grund av en snabbt expanderande marknadav dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterattill en mÀngd olika attacker. Det finns ett behov att testa dessaenheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle.Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄpgenom att producera en hot modell för att identifierasÄrbarheter. Penetrationstester har utförts pÄ enheten, baseradepÄ hot modellen. Resultatet av penetrationstesterna hittade ingautnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen avsÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker ochbidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle.KeywordsInternet of things (IoT), enhet, sÀkerhet, penetrationstester,hotbedömning, sÄrbarhete

    Etisk Hackning av en IoT-enhet: Hotbedömning och Penetrationstestning

    No full text
    Abstract Internet of things (IoT) devices are becoming more prevalent.Due to a rapidly growing market of these appliances, impropersecurity measures lead to an expanding range of attacks. There isa devoir of testing and securing these devices to contribute to amore sustainable society. This thesis has evaluated the securityof an IoT-refrigerator by using ethical hacking, where a threatmodel was produced to identify vulnerabilities. Penetration testswere performed based on the threat model. The results from thepenetration tests did not find any exploitable vulnerabilities. Theconclusion from evaluating the security of this Samsungrefrigerator can say the product is secure and contributes to aconnected, secure, and sustainable society. Keywords Internet of things (IoT), device, security, penetration testing,threat assessment, vulnerabilitiesSammanfattningInternet of Things (IoT) enheter blir mer allmÀntförekommande. PÄ grund av en snabbt expanderande marknadav dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterattill en mÀngd olika attacker. Det finns ett behov att testa dessaenheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle.Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄpgenom att producera en hot modell för att identifierasÄrbarheter. Penetrationstester har utförts pÄ enheten, baseradepÄ hot modellen. Resultatet av penetrationstesterna hittade ingautnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen avsÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker ochbidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle.KeywordsInternet of things (IoT), enhet, sÀkerhet, penetrationstester,hotbedömning, sÄrbarhete

    Ethical Hacking of an IoT-device: Threat Assessment and Penetration Testing : A Survey on Security of a Smart Refrigerator

    No full text
    Internet of things (IoT) devices are becoming more prevalent. Due to a rapidly growing market of these appliances, improper security measures lead to an expanding range of attacks. There is a devoir of testing and securing these devices to contribute to a more sustainable society. This thesis has evaluated the security of an IoT-refrigerator by using ethical hacking, where a threat model was produced to identify vulnerabilities. Penetration tests were performed based on the threat model. The results from the penetration tests did not find any exploitable vulnerabilities. The conclusion from evaluating the security of this Samsung refrigerator can say the product is secure and contributes to a connected, secure, and sustainable society.Internet of Things (IoT) enheter blir mer allmÀnt förekommande. PÄ grund av en snabbt expanderande marknad av dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterat till en mÀngd olika attacker. Det finns ett behov att testa dessa enheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle. Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄp genom att producera en hot modell för att identifiera sÄrbarheter. Penetrationstester har utförts pÄ enheten, baserade pÄ hot modellen. Resultatet av penetrationstesterna hittade inga utnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen av sÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker och bidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle

    Ethical Hacking of an IoT-device: Threat Assessment and Penetration Testing : A Survey on Security of a Smart Refrigerator

    No full text
    Internet of things (IoT) devices are becoming more prevalent. Due to a rapidly growing market of these appliances, improper security measures lead to an expanding range of attacks. There is a devoir of testing and securing these devices to contribute to a more sustainable society. This thesis has evaluated the security of an IoT-refrigerator by using ethical hacking, where a threat model was produced to identify vulnerabilities. Penetration tests were performed based on the threat model. The results from the penetration tests did not find any exploitable vulnerabilities. The conclusion from evaluating the security of this Samsung refrigerator can say the product is secure and contributes to a connected, secure, and sustainable society.Internet of Things (IoT) enheter blir mer allmÀnt förekommande. PÄ grund av en snabbt expanderande marknad av dessa apparater, har bristfÀlliga sÀkerhetsÄtgÀrder resulterat till en mÀngd olika attacker. Det finns ett behov att testa dessa enheter for att bidra till ett mer sÀkert och hÄllbart samhÀlle. Denna avhandling har utvÀrderat sÀkerheten av ett IoT-kylskÄp genom att producera en hot modell för att identifiera sÄrbarheter. Penetrationstester har utförts pÄ enheten, baserade pÄ hot modellen. Resultatet av penetrationstesterna hittade inga utnyttjningsbara sÄrbarheter. Slutsatsen frÄn utvÀrderingen av sÀkerheten pÄ Samsung-kylskÄpet Àr att produkten Àr sÀker och bidrar till ett uppkopplat, sÀkert, och hÄllbart samhÀlle

    American College of Cardiology 2018

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    Sodium content in Swedish processed food items compared to other countries

    No full text
    Funding Acknowledgements Type of funding sources: None. Background Dietary sodium has a dose-response relationship with cardiovascular disease, and sodium intake in Sweden exceeds national and international recommendations. Two thirds of dietary sodium intake comes from processed foods, and adults in Sweden eat more processed foods than any other European country. We hypothesised that sodium content in Swedish processed foods is higher than other countries due to the high sodium intake in the Swedish population. Purpose To investigate sodium content in Swedish processed food items, and how it differs from Australia, France, Hong Kong, South Africa, the United Kingdom and the United States. Method Data were collected from retailers by trained research staff using standardised methods. Ten food categories were compared using Kruskal-Wallis test of ranks. Results Compared to other countries, Sweden had among the highest sodium content in the ‘dairy’ and ‘convenience foods’ categories, but among the lowest in ‘cereal and grain products’, ‘seafood and seafood products’ and ‘snack foods’ categories. The highest sodium contents in the Swedish data were found in the ‘meat and meat products’ category. Conclusion Contrary to our hypothesis, Swedish processed foods had overall lower sodium content than most other included countries. Sodium content differed substantially between countries in all food categories. Swedish foods had higher sodium content than other countries in increasingly consumed food categories
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