A security authorization scheme for smart home Internet of Things devices

Chifor, Bogdan-Cosmin; Bica, Ion; Patriciu, Victor Valeriu; Pop, Florin

doi:10.1016/j.future.2017.05.048

Cited by 112 publications

(67 citation statements)

References 9 publications

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“…www.ijacsa.thesai.org Smart Home: Smart Home is a term utilized to depict a home that contains a communication network that interfaces with various devices and enables them to be remotely controlled, observed, and got to by utilizing your smartphone applications, PC, and tablets [10]. It allows us to control our home appliances from a remote distance anytime and anywhere with Internet access [7]. The IoT smart home services are growing step by step, the technologies can viably communicate with one another using Internet Protocol (IP) addresses.…”

Section: B Iot Applications Involved In Security Issuesmentioning

confidence: 99%

“…It has restricted adaptability in design and security and it isn't perfect for organizations or clients who utilize sensitive information [6]. In this manner, we require secure verification protocol for cloud-driven IoT-based applications in which a genuine client and an IoT sensor can commonly validate each other for secure communication yet in a recently published paper by Bogdan-Cosmin Chifor et.al [7] proposed a theft safe security scheme utilizing a keep-alive protocol that is executed intermittently and each time the client request a Fido verification via cloud platform. The Fido UAF model gives focal points over traditional verification mechanisms, such as strong authentication and a simplified registration and authentication method [8].…”

Section: Introductionmentioning

confidence: 99%

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A Review and Development Methodology of a LightWeight Security Model for IoT-based Smart Devices

Gurunathan

Mahmoud²

2020

IJACSA

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Internet of Things (IoT) turns into another time of the Internet, which contains connected smart objects over the Internet. IoT has numerous applications, for example, smart city, smart home, smart grid and healthcare. In common, the IoT system comprises of heterogeneous devices that deliver then trade endless sums of safety-critical information, also as privacysensitive information. Nevertheless, connected devices can give your business a genuine lift, yet anything that is connected to the Internet can be vulnerable to cyberattacks. Most present IoT arrangements rely upon centralized architecture by associating with cloud servers through the Internet. The public cloud is described as computing services publicized by third-party suppliers over the Internet, making them accessible to anybody who needs to use or buy them. This solution gives magnificent flexible calculation and information the executives capacities, as IoT systems are developing increasingly mind-boggling; nonetheless, despite everything, it faces different of security issues. One of the weaknesses is that your information moving in IoT devices by means of public cloud could be in danger, despite the fact that the hacker was not explicitly focusing on you and with the public cloud you have insignificant authority over how rapidly you can grow the cloud. In this case, a secured protocol in IoT is vital to ensure optimum security to the information being traded between connected devices. To overcome the limitation, in this paper, we conduct a comprehensive review on existing security protocols and propose a development methodology of a blockchain-based lightweight security model that provides end to end security. By utilizing lightweight, an authenticated client can get to the information of IoT sensors remotely. The presentation investigation shows that lightweight offers better security, less overheads, and low communication.

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Section: B Iot Applications Involved In Security Issuesmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

A Review and Development Methodology of a LightWeight Security Model for IoT-based Smart Devices

Gurunathan

Mahmoud²

2020

IJACSA

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“…IoT omtales ofte som at de fysiske grensene mellom Cyber Space og den virkelige verden brytes ned, noe som leder til at vi får et såkalt cyberfysisk samfunn, der hverdagen er integrert med digitale enheter på nett (de Bruijn & Janssen, 2017;Kobara, 2016). Det gjelder for individer som omgir seg med såkalt smarte enheter, for eksempel smarte hus, selvkjørende biler, smarte TV-er, smarte klokker (Shackelford et al, 2017;Chifor, Bica, Patriciu & Pop, 2018;Devi, Rohini & Suganya, 2016). Men det gjelder også for virksomheter (Wu et al, 2018) og handel (Razzaq et al, 2017), og på samfunnsnivå innen transport, helse og smarte byer (Razzaq et al, 2017;Chifor, Bica & Patriciu, 2017).…”

Section: Tidligere Studierunclassified

Leaving the windows open – økt mangel på IKT-sikkerhetskompetanse i Norge

Mark¹,

Tømte²,

Næss³

et al. 2019

NOST

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NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning cathrine.tomte@nifu.no Terje NaessFagkonsulent NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning terje.nass@nifu.no Trude RøsdalForsker II NIFU -Nordisk institutt for studier av innovasjon, forskning og utdanning trude.rosdal@nifu.no SAMMENDRAG IKT-sikkerhet berører enkeltindivider, naeringsliv, offentlig sektor, nasjonal infrastruktur og samfunnssikkerhet generelt. IKT-sikkerhet defineres vanligvis som evnen til å forebygge, oppdage og håndtere tre typer hendelser: brudd på konfidensialitet, det vil si at uvedkommende får innsyn i beskyttelsesverdig informasjon, brudd på integritet, det vil si at informasjon og/eller systemer endres, skades eller slettes på uautoriserte eller utilsiktede måter, og brudd på tilgjengelighet, det vil si at informasjon og/eller systemer går tapt eller er utilgjengelige når behovet er der (UNINETT, 2017). De siste årene har vi vaert vitne til mange slike hendelser der IKT-sikkerheten har vaert utfordret, og det er grunn til å tro at omfanget av slike utfordringer øker. I tillegg ser vi at utfordringer knyttet til IKT-sikkerhet This article is downloaded from www.idunn.no. VITENSKAPELIG PUBLIKASJON ved utbredelse av Internet of Things (IoT) øker, og trolig vil kreve styrking av kompetansen innen IKT-sikkerhet.Selv om myndighetene har iverksatt tiltak for å styrke kompetanse-og kunnskapsnivået innen IKT-sikkerhet i Norge, er det grunn til å spørre om det gjøres nok: er innsatsen ambisiøs nok, og er mengden ressurser til å styrke kompetanse-og kunnskapsnivået tilstrekkelig? Utdanner vi kandidater med adekvat kompetanse?Formålet med studien er å frambringe oppdatert kunnskap om tilgangen på IKT-sikkerhetskompetanse, høyere utdanning/spesialistkompetanse, sett i forhold til arbeidslivets framtidige behov. Studien bygger på en kvantitativ framskrivning og kvalitative intervjuer med ulike aktører knyttet til feltet IKT-sikkerhet.Et hovedfunn er at det i årene framover vil utdannes for få med adekvat kompetanse innen IKT-sikkerhet, og at vi får et økende gap mellom tilgang på og behov for personer med IKT-sikkerhetskompetanse, med en underdekning på 4100 personer med IKT-sikkerhetskompetanse (i 2030). Bekymringen for mangelfull adekvat IKT-sikkerhetskompetanse nå og i framtiden blir også bekreftet gjennom intervjuene.Nøkkelord IKT-sikkerhet, kompetansebehov, digitalisering av samfunnet, Tingenes internett ABSTRACT Cybersecurity affects society at all levels. It affects individuals, businesses, the public sector, infrastructure and national security. The purpose of this paper is to assess whether Norway now and, in the future, has enough persons with an adequate level of cyber security skills. To illustrate the future increasing demand for cyber security skills, this paper investigates existing research on the IoT and cyber security, showing a much stronger focus on future positive possibilities and a lack of focus on cyber security challenges. By deploying dynamic simulation models developed by ...

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“…this is a major challenge in designing software for Smarthome. [9] And another study entitled Design of Smart Home Security System using Object Recognition and PIR Sensor states that the security monitoring system based on Internet of Things technology uses Raspberry Pi 3, Arduino, PIR sensor, web camera and buzzer technology and incorporates human detection capabilities with HoG and SVM. [10] From the review that has been discussed, there are several researchers who discuss smart home by using several arduino, raspberry and other technologies.…”

Section: Related Workmentioning

confidence: 99%

Smart Room System Model Using a Microcontroller for the Efficiency of Campus Operational Costs

Endra¹,

Cucus²,

Afandi³

2018

Proceedings of the the 1st International Conference on Computer Science and Engineering Technology Universitas Muria Kudus

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Internet of Things (IoT) is a concept that adopts an automatic control system or control that is done through a gadget. Currently the concept of IoT helps a lot in everyday activities. We sometimes forget to deactivate the electronic devices that have been used and the equipment is unwittingly active for 24 hours. That kind of conditions gives an impact on the cost of electricity bills that are increasing. It also disposes the resources of electric power. In this study it discusses how to make a smart room model using Arduino as a microcontroller. By adopting IoT concept, electronic device control is done automatically without a user having to press on / off button on an electronic device.

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A security authorization scheme for smart home Internet of Things devices

Cited by 112 publications

References 9 publications

A Review and Development Methodology of a LightWeight Security Model for IoT-based Smart Devices

A Review and Development Methodology of a LightWeight Security Model for IoT-based Smart Devices

Leaving the windows open – økt mangel på IKT-sikkerhetskompetanse i Norge

Smart Room System Model Using a Microcontroller for the Efficiency of Campus Operational Costs

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