It is intended to foster state-of-the-art research in the area of cryptography, security and its applications for Future Computer Science FCS. The FCS represents an interdisciplinary field with roots in mathematics and engineering with applications in future computing environments including ubiquitous, pervasive, grid, and P2P computing. It aims to solve the various problems of advanced computing and communication services using mathematics and computer science in future computing environments.
The reliable security solutions that rely on in depth cryptography are required as a countermeasure, such as data confidentiality, data integrity, authentication, non-repudiation, and access control services. As a follow-up to the workshop, we plan to publish high quality papers, covering the various theories and practical applications related to multimedia and intelligent computing. We invite new and original submissions addressing theoretical and practical topics in information technology and intelligent computing fields. In addition, the FGC has emerged rapidly an exciting new paradigm to provide reliable and comfortable life services.
Furthermore, the benefits of FGC will only be realized if security issues can be appropriately addressed. Specially, forensics for FGC is very important in the security fields. This workshop is intended to foster state-of-the-art research forensics in the area of FGC including information and communication technologies, law, social sciences and business administration. High performance, carefully-controlled execution, and physical isolation are just a few of the advantages that hardware brings over software.
At the same time, new challenges appear, such as the protection of intellectual property in a reconfigurable fabric, and the protection of soft-hardware against malicious tampering. This special track seeks the latest innovations in reconfigurable computing for security and cryptography. The conference provides an international forum for scientists, engineers, and users to exchange and share their experiences, new ideas, and latest research results on all aspects of parallel and distributed systems.
Papers should present techniques or applications with practical experience. Papers are encouraged on technologies and methods that have been demonstrated to improve information systems security and that address lessons from actual application. We are especially interested in papers that address the application of security technology, the implementation of systems, and lessons learned. Our aspiration is to create a venue for knowledge exchange that encompasses a broad range of disciplines and facilitates the exchange of ideas between various disparate communities that constitute information security.
By so doing, we hope that researchers will identify new opportunities for collaboration across disciplines and gain new perspectives.
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Client-server applications, grids, peer-to-peer networks and event-based systems are examples of architectures that are used by a large share of the present software base. These paradigms expose applications to numerous, ever-growing security threats. However, many areas of security are still only partially addressed w. Examples are identity management, privacy and anonymity, accountability, application protection, and so on. While more conventional research results in the above-mentioned areas of middleware security are appreciated, this year the MidSec workshop will particularly welcome papers in the area of security measures for lightweight composition.
Papers are sought after from two complementary angles: middleware platforms and software architectures. Mashup editors provide an easy-to-use facility that brings the power of software composition at the fingertips of any Internet-connected user. The mashup model is catching the enterprise world as well; it all started with situational applications and it is currently spreading further. Ready or not, here it comes. We are about to face times where application composition will be less and less rigid and hence will more and more resemble organized chaos. Enforcing sound security principles in such a muddled environment is an interesting research challenge for both the middleware and the software architecture communities.
On one hand, software architectures modeling techniques must provide suitable abstractions to represent and address the above and many other security concerns. On the other hand, middleware platforms should support such abstractions in a natural, usable way. Steganographic techniques arise and evolve with the development of network protocols and mechanisms, and are expected to used in secret communication or information sharing. Now, it becomes a hot topic due to the wide spread of information networks, e.
The workshop is dedicated to capture such areas of research as steganography, steganalysis, and digital forensics in the meaning of network covert channels, investigate the potential applications, and discuss the future research topics. The paper may focus on architecture construction, algorithm designing or hardware implementation. Both review paper and technical paper are expected. How exactly they will look like tomorrow is still for the markets to decide, yet one thing is certain: clouds bring with them new untested deployment and associated adversarial models and vulnerabilities.
It is essential that our community becomes involved at this early stage.
The CCSW workshop aims to bring together researchers and practitioners in all security aspects of cloud-centric and outsourced computing, including: - secure cloud resource virtualization mechanisms - secure data management outsourcing - practical privacy and integrity mechanisms for outsourcing - foundations of cloud-centric threat models - secure computation outsourcing - remote attestation mechanisms in clouds - sandboxing and VM-based enforcements - trust and policy management in clouds - secure identity management mechanisms - new cloud-aware web service security paradigms and mechanisms - cloud-centric regulatory compliance issues and mechanisms - business and security risk models and clouds - cost and usability models and their interaction with security in clouds - scalability of security in global-size clouds - trusted computing technology and clouds - binary analysis of software for remote attestation and cloud protection - network security DOS, IDS etc.
The goals include but go beyond traditional vulnerability and usability critiques to include evaluations of use of security technologies in homes and in health care. SPIMACS pronounced spy-max seeks to bring together the people and expertise that will be required to address the challenges of securing the intimate digital spaces of the most vulnerable.
Therefore the scope of this workshop includes but is not uniquely limited to: - usable security - usable privacy technologies, particularly for the physically or cognitively impaired - home-based wireless network security - security in specialized application for the home, e. While these building blocks are now firmly in place, a number of challenges are still to be met for Web services and GRID nodes to be fully secured and trusted, providing for secure communications between cross-platform and cross-language Web services.
Also, the current trend toward representing Web services orchestration and choreography via advanced business process metadata is fostering a further evolution of current security models and languages, whose key issues include setting and managing security policies, inter-organizational trusted partner security issues and the implementation of high level business policies in a Web services environment. The SWS workshop explores these challenges, ranging from the advancement and best practices of building block technologies such as XML and Web services security protocols to higher level issues such as advanced metadata, general security policies, trust establishment, risk management, and service assurance.
The workshop provides a forum for presenting research results, practical experiences, and innovative ideas in web services security. The workshop is intended to serve as a forum for researchers as well as practitioners to disseminate and discuss recent advances and emerging issues. November 11, Emerging collaborative environments need to provide efficient support for seamless integration of heterogeneous technologies such as mobile devices and infrastructures, web services, grid computing systems, online social networks, various operating environments, and diverse COTS products.
Such heterogeneity introduces, however, significant security and privacy challenges for distributed collaborative applications. Balancing the competing goals of collaboration and security is difficult because interaction in collaborative systems is targeted towards making people, information, and resources available to all who need it whereas information security seeks to ensure the availability, confidentiality, and integrity of these elements while providing it only to those with proper trustworthiness.
The key goal of this workshop is to foster active interactions among diverse researchers and practitioners, and generate added momentum towards research in finding viable solutions to the security and privacy challenges faced by the current and future collaborative systems and infrastructures. The conference will draw participants from academia and industry in Europe and beyond to discuss hot topics in applied network and systems security.
EC2ND invites submissions presenting novel ideas at an early stage with the intention to act as a discussion forum and feedback channel for promising, innovative security research. While our goal is to solicit ideas that are not completely worked out, and might have challenging and interesting open questions, we expect submissions to be supported by some evidence of feasibility or preliminary quantitative results. These must be logically integrated into a security architecture satisfying security goals at and across multiple networks.
Logical integration is accomplished by consistently setting thousands of configuration variables and rules on the devices.
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The configuration must be constantly adapted to optimize protection and block prospective attacks. The configuration must be tuned to balance security with usability. These challenges are compounded by the deployment of mobile devices and ad hoc networks. The resulting security configuration complexity places a heavy burden on both regular users and experienced administrators and dramatically reduces overall network assurability and usability.
For example, a December report from Center for Strategic and International Studies "Securing Cyberspace for the 44th Presidency" states that "inappropriate or incorrect security configurations? Securing Cyberspace for the 44th Presidency? What is Behind Network Downtime?? This workshop will bring together academic as well as industry researchers to exchange experiences, discuss challenges and propose solutions for offering assurable and usable security. The conference seeks submissions from academia, government, and industry presenting novel research on all practical and theoretical aspects of computer and communications security, as well as case studies and implementation experiences.
Papers should have relevance to the construction, evaluation, application, or operation of secure systems. Theoretical papers must make a convincing argument for the practical significance of the results.
All topic areas related to computer and communications security are of interest and in scope. As computing and network infrastructures become increasingly pervasive, and as they carry increasing economic activity, society needs well matched security and trust mechanisms. These interactions increasingly span several enterprises and involve loosely structured communities of individuals. Participants in these activities must control interactions with their partners based on trust policies and business logic.
Trust-based decisions effectively determine the security goals for shared information and for access to sensitive or valuable resources. FAST focuses on the formal models of security and trust that are needed to state goals and policies for these interactions. We also seek new and innovative techniques for establishing consequences of these formal models. Implementation approaches for such techniques are also welcome. The symposium will provide a forum where researchers shall be able to present recent research results and describe emerging technologies and new research problems and directions related to them.
The symposium seeks contributions presenting novel research in all aspects of information security. Bringing together theory and practice is an important goal of the LISA conference, and practicing system administrators as well as academic researchers all have valuable contributions to make. Topics of interest include, but are not limited to the following: - Authentication and authorization: "Single sign-on" technologies, identity management - Autonomic computing: Self-repairing systems, zero administration systems, fail-safe design - Configuration management: Specification languages, configuration deployment - Data center design: Modern methods, upgrading old centers - Data management: DBMS management systems, deployment architectures and methods, real world performance - Email: Mail infrastructures, spam prevention - Grid computing: Management of grid fabrics and infrastructure - Hardware: Multicore processor ramifications - Mobile computing: Supporting and managing laptops and remote communications - Multiple platforms: Integrating and supporting multiple platforms e.
The variety of these topics: secret key agreement, public-key and secret-key encryption schemes, secure multi-party computation, information-theoretic cryptographic schemes, complexity reductions and provable security, composability of cryptographic primitives, cryptanalysis, cryptographic side-channels, security evaluation and certification of cryptographic implementations, network security, deployment and management of security infrastructures, etc However, some exagerate claims of "unconditionnal quantum supporters", not well informed about cryptography, has lead to misunderstandings and in particular to the false belief that quantum cryptography could replace classical cryptography, while in fact the scientific results indicate that cryptography in a quantum world would still be largely classical.
The purpose of this workshop is to bring together researchers with different backgrounds who however work on converging problems in classical or quantum information security in order to foster discussions and exchanges among these communities.nttsystem.xsrv.jp/libraries/89/se-blaue-haken.php
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We believe that promising advances both in fundamental cryptographic research and in practical network security can result from a closer cooperation of classical and quantum information security communities. Addressing the denial-of-service problem is proving to be an ongoing challenge and further advances are needed in: the design and analysis of denial of service resistant protocols and architectures; effective tools and techniques for detecting and responding to attacks; forensic attribution of attacks; and the application of trust and reputation schemes in formulating attack responses.
We will focus our program on issues related to Network and System Security, such as authentication, access control, availability, integrity, privacy, confidentiality, dependability and sustainability of computer networks and systems. The aim of this conference is to provide a leading edge forum to foster interaction between researchers and developers with the network and system security communities, and to give attendees an opportunity to interact with experts in academia, industry and governments.
The conference focuses on applied IT security and is intended to encourage interaction between academic and industrial research. Although some security metrics exist, they are rarely adequate.
The engineering importance of metrics is intuitive: you cannot consistently improve what you cannot measure. Economics is an additional drive for security metrics: customers should be enabled to quantify which of two IT products is more appropriate. The goals of this workshop are to showcase and foster research into security measurements and metrics and to keep building the community of individuals interested in this area.
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This year, the new co-location with ESEM is an opportunity for the security metrics folks to meet the metrics community at large. The organizers solicit original submissions from industry and academic experts on the development and application of repeatable, meaningful measurements in the fields of software and system security. This year our focus is on advancing Visualization for Cyber Security as a scientific discipline.