About: ONVIF is a research topic. Over the lifetime, 85 publications have been published within this topic receiving 168 citations. The topic is also known as: Open Network Video Interface Forum.
TL;DR: An extensive investigation of IP cameras’ vulnerabilities is undertaken and their effect on users’ security and privacy is demonstrated through the use of the Kali Linux penetration testing platform and its tools.
Abstract: While the Internet of Things (IoT) applications and devices expanded rapidly, security and privacy of the IoT devices emerged as a major problem Current studies reveal that there are significant weaknesses detected in several types of IoT devices moreover in several situations there are no security mechanisms to protect these devices The IoT devices’ users utilize the internet for the purpose of control and connect their machines IoT application utilization has risen exponentially over time and our sensitive data is captured by IoT devices continuously, unknowingly or knowingly The motivation behind this paper was the vulnerabilities that exist at the IP cameras In this study, we undertake a more extensive investigation of IP cameras’ vulnerabilities and demonstrate their effect on users’ security and privacy through the use of the Kali Linux penetration testing platform and its tools For this purpose, the paper performs a hands-on test on an IP camera with the name (“Intelligent Onvif YY HD”) to analyzes the security elements of this device The results of this paper show that IP cameras have several security lacks and weaknesses which these flaws have multiple security impacts on users
TL;DR: A decentralized surveillance network composed of IP video cameras, analysis devices and a central node which collects information and displays it in a 3D model of the complete area, therefore providing a comfortable overview of the activity in large environments and offering the user an intuitive way to eventually interact with network devices.
Abstract: In this paper we present a decentralized surveillance network composed of IP video cameras, analysis devices and a central node which collects information and displays it in a 3D model of the complete area. The exchange of information between all components in the surveillance network takes place according to the ONVIF specification, therefore ensuring interoperability between products complying with the specification and flexibility regarding the integration of new devices and services. The collected information is displayed in a 3D model of the surveilled area, therefore providing a comfortable overview of the activity in large environments and offering the user an intuitive way to eventually interact with network devices.
TL;DR: In this paper, a video networking service front-end computer with an interconnected and intercommunicated video management platform is presented, which consists of an analog video capture/conversion module, universal message module, digital video reception/converting module, a video diagnosis module, control protocol gateway, a coding module H.263 and a communication control protocol interface module; and the configuration client can be in information interaction with the video FEP through the video Management platform so as to complete the configuration, operation and maintenance of the FEP.
Abstract: The invention discloses a video networking service front-end computer with an interconnected and intercommunicated video management platform. The video networking service front-end computer comprises a video front-end processor (FEP), a configuration client and a video management platform, wherein the video FEP consists of an analog video capture/conversion module, a universal message module, a digital video reception/conversion module, a video diagnosis module, a control protocol gateway, a coding module H.263 and a communication control protocol interface module; and the configuration client can be in information interaction with the video FEP through the video management platform so as to complete the configuration, operation and maintenance of the FEP. According to the video networking service front-end computer, the output supports ONVIF (Open Network Video Interface Forum) and GB/T28181 standard protocols, and the input supports various heterogeneous system private protocols, so that an extensive media resource support for the interconnection and intercommunication of heterogeneous video systems is provided; and meanwhile, the configuration is flexible and convenient, the network adaptability is strong, and the video data is secure and reliable.
TL;DR: In this article, a device searching module is used for searching for an online camera device in the same network segment and obtaining related information of the camera device; and a simulating testing module used for performing an ONVIF simulating test based on the related information.
Abstract: The invention discloses an ONVIF simulating testing device and method. The device includes: a device searching module used for searching for an online camera device in the same network segment and obtaining related information of the camera device; and a simulating testing module used for performing an ONVIF simulating test based on the related information. The ONVIF simulating test includes: protocol analysis testing, camera function testing, extended-function testing, automatic testing and reversed testing so that technical problems of test-method singularity, complex testing, high test cost and lower test efficiency, existing in the prior ONVIF testing, are solved and a technical effect that the ONVIF test is completed in a simple, efficient and diversified manner at a low cost is realized.
TL;DR: In this article, a video monitoring system and a method for rapidly accessing a web camera is presented, which includes the following steps: obtaining an IP (Internet Protocol) address distributed by a DHCP (Dynamic Host Configuration Protocol) server by an NVR (Network Video Recorder); carrying the self IP address to require a distributable dynamic IP address section to the DHCP server, and receiving a first available dynamic address section distributed by the DHCP servers and a corresponding gateway IP address; sending a query message of an ONVIF (Open Network Video Interface Forum) in a multicasting or
Abstract: The invention discloses a video monitoring system and a method for rapidly accessing a web camera. The method comprises the following steps: obtaining an IP (Internet Protocol) address distributed by a DHCP (Dynamic Host Configuration Protocol) server by an NVR (Network Video Recorder); carrying the self IP address to require a distributable dynamic IP address section to the DHCP server, and receiving a first available dynamic IP address section distributed by the DHCP server and a corresponding gateway IP address; sending a query message of an ONVIF (Open Network Video Interface Forum) in a multicasting or broadcasting manner and receiving a respond message fed back by an IPC; processing according to source IP addresses in the respond message respectively; and automatically modifying the IP address accessed into a third party IPC. The invention further discloses the video monitoring system corresponding to the method. According to the video monitoring system and the method for rapidly accessing to the web camera, the complicated operation of manually modifying the third party IPC is avoided and user experiences are improved.