The Anti-Ransomware Project (ARW) developed an intelligent file processing engine that discovers and counteracts ransomware attacks on file systems. The tool applies the ideas of complex file events and file lifecycle analysis to intelligently save backups of files in a protected area and revert any changes performed by a ransomware attack tools.
Professor Amir Tomer and Dr. Michael May developed the document templates here as part of the capstone project in software engineering at Kinneret Academic College. The templates were first developed in 2015 and were used until 2022. Our goal in developing the templates was to introduce uniformity in capstone project documents and ensure that students focus on the technical aspects of the project, not the document formatting. The use of templates forces all students to produce similarly structured and styled reports and avoids errors and omissions caused by forgetfulness. We provide the templates below in English. Hebrew versions are available upon request. Contact us for details.
Complex file events were first proposed by Etamar Laron (CEO, Asparna) in US Patent 9418070B2 as part of a novel system for file monitoring and revision control. Complex file events offer a way for devices to treat files more intelligently. They act as a bridge between the device level events that file systems and operating systems see and the high level user level actions that people perform on files. Complex file events are an Asparna core technology and serve as the foundation for many of its innovations. CEMDA is a system that brings file lifecycle analysis and complex file events to Android.
The CemoMemo project includes an associated mobile app that allows users to document gravestones and search the CemoMemo cemetery and gravestone database.
Web services offer an opportunity to redesign a variety of older systems to exploit the advantages of a flexible, extensible, secure set of standards. WSEmail explores the objective of improving Internet messaging (email) by redesigning it as a family of web services. This promises improvements in integration, security, and flexibility compared to the legacy messaging architecture based on SMTP. Since increased flexibility often mitigates against security and performance, it is necessary to develop strategies for proving security properties and efficiently implementing WSEmail as well as exploring opportunities for its applications.