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In this paper we present the capabilities and characteristics of the 3DHOP framework, using different examples based on concrete projects.

3DHOP is written in JavaScript and it is based on the SpiderGL library, which employs the WebGL subset of HTML5, implementing plugin-free 3D rendering on many web browsers. This allows people with different background to always obtain the required power and flexibility from the framework. Thanks to its modular nature and a declarative-like setup, it is easy to learn, configure, and customize at different levels, depending on the programming skills of the user. In its design and development, we paid particular attention to three factors: easiness of use, smooth learning curve and performances.

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By using multiresolution encoding, it is able to efficiently stream high-resolution 3D models (such as the sampled models usually employed in CH applications) it provides a series of ready-to-use templates and examples tailored for the presentation of CH artifacts it interconnects the 3D visualization with the rest of the webpage DOM, making it possible to create integrated presentations schemes (3D + multimedia). 3DHOP has been designed to cope with the specific needs of the Cultural Heritage (CH) field. Given the magnitude of the discovered abuse, we engineer features that characterize FLIS pages and build a classifier to identify FLIS pages with high accuracy and low false positives, in an effort to help human analysts identify malicious services and, whenever appropriate, initiate content-takedown requests.ģD Heritage Online Presenter (3DHOP) is a framework for the creation of advanced web-based visual presentations of high-resolution 3D content.

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At the same time, we encounter substandard advertisement setups by the FLIS parties, along with potential trademark infringements through the abuse of domain names and logos of popular TV channels. On the other hand, we find that FLIS parties are often reported for copyright violations and host their infrastructure predominantly in Europe and Belize. On the one hand, our analysis reveals that users of FLIS websites are generally exposed to deceptive advertisements, malware, malicious browser extensions, and fraudulent scams. We develop an infrastructure that enables us to perform more than 850,000 visits by identifying 5,685 free live streaming domains, and analyze more than 1 Terabyte of traffic to map the parties that constitute the FLIS ecosystem. This paper presents a comprehensive analysis of the FLIS ecosystem by mapping all parties involved in the anonymous broadcast of live streams, discovering their modus operandi, and quantifying the consequences for common Internet users who utilize these services.

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Despite the immense popularity of these services, little is known about the parties that facilitate it and maintain webpages to index links for free viewership. Free live streaming (FLIS) services attract millions of viewers and make heavy use of deceptive advertisements. Recent years have seen extensive growth of services enabling free broadcasts of live streams on the Web. The selected studies were compared according to the different technological solutions they implemented and were used to elaborate a XBI detection framework which can organize and classify the state-of-the-art techniques and may be used to guide future research activities about this topic. This paper has the goal of identifying techniques for automatic XBI detection, conducting a Systematic Literature Review (SLR) with focus on studies which report XBI automatic detection strategies.

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These manual inspections are error-prone and increase the cost of the Web engineering process. In order to detect Cross-Browser Incompatibilities-XBIs, Web developers rely on manual inspection of every web page of their applications, rendering them in various configuration environments (considering multiple OS platforms and browser versions). The term Cross Browser Incompatibilities (XBI) stands for compatibility issues which can be observed while rendering a web application in different browsers, such as: Microsoft Edge, Mozilla Firefox, Google Chrome, among others.

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