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检索条件"主题词=Trusted Platform Module"

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Security in Container-based Virtualization through vTPM 16

Security in Container-based Virtualization through vTPM

引用

9th IEEE/ACM International Conference on Utility and Cloud Computing (UCC)

作者： Hosseinzadeh, Shohreh Lauren, Samuel Leppanen, Ville Univ Turku Dept Informat Technol Turku Finland

ISBN: (纸本)9781450346160

Cloud computing is a wide-spread technology that enables the enterprises to provide services to their customers with a lower cost, higher performance, better availability and scal-ability. However, privacy and security in cloud computing has always been a major challenge to service providers and a concern to its users. trusted computing has led its way in securing the cloud computing and virtualized environment, during the past decades. In this paper, first we study virtualized trusted platform modules and integration of vTPM in hypervisor-based virtualization. Then we propose two architectural solutions for integrating the vTPM in container-based virtualization model.

关键词： cloud computing security trusted computing trusted platform module TPM vTPM

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Concept of Smart Building Cyber-physical Systems Including Tamper Resistant Endpoints

Concept of Smart Building Cyber-physical Systems Including T...

引用

IEEE International Conference and Workshop in Obuda on Electrical and Power Engineering (CANDO-EPE)

作者： Puesche, Andreas Bothe, David Niemeyer, Marco Sachweh, Sabine Pohlmann, Norbert Kunold, Ingo Univ Appl Sci & Arts Dortmund IDiAL Dortmund Germany Univ Appl Sci Gelsenkirchen Inst Internet Secur Gelsenkirchen Germany Univ Appl Sci & Arts Dortmund Inst Commun Technol Dortmund Germany

ISBN: (纸本)9781728111544

Cyber-physical systems (CPS) and their Internet of things (loT) components are repeatedly subject to various attacks targeting weaknesses in their firmware. For that reason emerges an imminent demand for secure update mechanisms that not only include specific systems but cover all parts of the critical infrastructure. In this paper we introduce a theoretical concept for a secure CPS device update and verification mechanism and provide information on handling hardware-based security incorporating trusted platform modules (TPM) on those CPS devices. We will describe secure communication channels by state of the art technology and also integrity measurement mechanisms to ensure the system is in a known state. In addition, a multi-level fail-over concept is presented, ensuring continuous patching to minimize the necessity of restarting those systems.

关键词： Internet of Things Cyber-physical Systems Computer Science IT-Security trusted platform module OAuth2.0 TLS 1.3

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On Design of a trusted Software Base with Support of TPCM

On Design of a Trusted Software Base with Support of TPCM

引用

1st International Conference on trusted Systems (INTRUST 2009)

作者： Shi, Wenchang Minist Educ Key Lab Data Engn & Knowledge Engn Beijing 100872 Peoples R China

ISBN: (纸本)9783642145964

Building trusted computing systems has been continuous endeavors for a long time. However, an increasing amount of trust problems remain unsolved in real-world applications. One of the most important reasons is that insufficient applicable software is available to handle the situation. Although the TCG tries to help building trusted software with TSS, the TSS essentially only states how to use a TPM but not what kind of software to build with the TPM. This paper proposes an answer to the latter question. With considerations to the Chinese counterpart of a TPM, i.e. a TPCM, the paper argues that a trusted Software Base (TSB) is significant to build trusted applications. It defines a TSB as the totality of trust support mechanisms for system software on a computing platform, which monitors trustworthiness of software on the platform. The concept of TSB is presented and the approaches to designing it are discussed.

关键词： trusted Software Base System Software Operating System trusted platform module trusted platform Control module

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Securing transmissions between nodes of WSN using TPM

Securing transmissions between nodes of WSN using TPM

引用

3rd International Conference on Innovative Network Systems and Applications (iNetSApp) held in conjunction with Federated Conference on Computer Science and Information Systems (FedCSIS)

作者： Furtak, Janusz Chudzikiewicz, Jan Mil Univ Technol Ul Kaliskiego 2 PL-00908 Warsaw Poland

ISBN: (纸本)9788360810668

Nowadays, Wireless Sensors Networks (WSN) are the most important components in the booming Internet of Things (IoT). Given the use of WSN in systems that are part of the critical infrastructure of a country, the primary task is continuous authentication of WSN nodes. This paper describes how to use the trusted platform module (TPM) to authenticate sensors which create a sensors' domain in WSN. A model of wireless sensor network as well as operations associated with authentication in the sensors domain are presented. Additionally, an implementation of selected operations in the sensors domain is described;this includes: the master node initialization, slave nodes registration, and data transfer between them. Testing environment including the construction of nodes equipped with the TPM is described. The solution developed by the authors of the paper is only a partial realization of a broader concept of authentication in WSNs supported by the TPM.

关键词： Internet of Things wireless sensor networks TPM WSN nodes continuous authentication data transfer master node initialization securing transmissions slave nodes registration trusted platform module wireless sensors networks Authentication Cryptography Nonvolatile memory Sensor phenomena and characterization Wireless sensor networks

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SSL Client Authentication with TPM

SSL Client Authentication with TPM

引用

15th International Conference on Cyberworlds

作者： Kakei, Shohei Mohri, Masami Shiraishi, Yoshiaki Morii, Masakatu Kobe Univ Kobe Hyogo 6578501 Japan Gifu Univ Gifu 5011193 Japan

TPM-embedded devices can be used as authentication tokens by issuing certificates to signing keys generated by TPM. TPM generates Attestation Identity Key (AIK) and Binding Key (BK) that are RSA keys. AIK is used to identify TPM. BK is used to encrypt data so that specific TPM can decrypt it. TPM can use for device authentication by linking a SSL client certificate to TPM. This paper proposes a method of an AIK certificate issuance with OpenID and a method of the SSL client certificate issuance to specific TPM using AIK and BK. In addition, the paper shows how to implement device authentication system using the SSL client certificate related to TPM.

关键词： trusted platform module public key certificate OpenID SSL client certificate

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trusted Tamper-Evident Data Provenance 14

Trusted Tamper-Evident Data Provenance

引用

Joint 14th IEEE Int Conf on Trust, Secur and Privacy in Comp and Commun / 13th IEEE Int Symposium on Parallel and Distributed Proc with Applications / 9th IEEE Int Conf on Big Data Science and Engineering (IEEE TrustCom-ISPA-BigDataSE)

作者： Taha, Mohammad M. Bany Chaisiri, Sivadon Ko, Ryan K. L. Univ Waikato Cyber Secur Lab Hamilton New Zealand

ISBN: (纸本)9781467379526

Data provenance, the origin and derivation history of data, is commonly used for security auditing, forensics and data analysis. While provenance loggers provide evidence of data changes, the integrity of the provenance logs is also critical for the integrity of the forensics process. However, to our best knowledge, few solutions are able to fully satisfy this trust requirement. In this paper, we propose a framework to enable tamper-evidence and preserve the confidentiality and integrity of data provenance using the trusted platform module (TPM). Our framework also stores provenance logs in trusted and backup servers to guarantee the availability of data provenance. Tampered provenance logs can be discovered and consequently recovered by retrieving the original logs from the servers. Leveraging on TPM's technical capability, our framework guarantees data provenance collected to be admissible, complete, and confidential. More importantly, this framework can be applied to capture tampering evidence in large-scale cloud environments at system, network, and application granularities. We applied our framework to provide tamper-evidence for Progger, a cloud-based, kernel-space logger. Our results demonstrate the ability to conduct remote attestation of Progger logs' integrity, and uphold the completeness, confidential and admissible requirements.

关键词： trusted Computing Accountability in Cloud Computing Data Security trusted platform module Data Provenance Remote Attestation Tamper Evidence Cloud Computing

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An In-Out-VM Measurement Architecture Against Dynamic Attacks in Clouds

An In-Out-VM Measurement Architecture Against Dynamic Attack...

引用

14th IEEE International Conference on Communication Technology (ICCT)

作者： Wang, Yao Mao, Yaqiang Luo, Yuan Shanghai Jiao Tong Univ Comp Sci & Engn Dept Shanghai 200030 Peoples R China

ISBN: (纸本)9781467321013

As we know, the biggest challenge for SaaS (software as a service) cloud computing systems is guaranteeing user-level security. For this end, some approaches and systems have been proposed for virtual machine in cloud platform. However, the integrity measurement methods used in virtual machine, cannot detect dynamic attacks, such as measuring applications periodically or statically (measuring before execution). This paper first presents an In-Out-VM dynamic measurement architecture (IODMA) especially for Xen virtual machine (VM), which aims at user's running applications rather than static executable files. By comparison, it has advantages in three aspects. Firstly, it detects dynamic attacks and has a better performance than the static ones. Secondly, the measurements are done at any time on demand rather than at specific time. Thirdly, it supports fine-grained protection such as measuring the code segment and the argument segment separately. In addition, it is implemented by a hybrid of In-VM method and Out-of-VM method. The In-VM part of the hybrid effectively reduces the switching overheads between privileged virtual machine and guest virtual machines, while the Out-of-VM part improves the security. Finally, an implementation of IODMA is given equipped with the trusted platform module (TPM), which achieves above goals with good performance.

关键词： dynamic integrity measurement virtual machine In-VM monitoring Out-of-VM monitoring trusted platform module

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New Results for Timing-Based Attestation

New Results for Timing-Based Attestation

引用

33rd IEEE Symposium on Security and Privacy (SP)

作者： Kovah, Xeno Kallenberg, Corey Weathers, Chris Herzog, Amy Albin, Matthew Butterworth, John Mitre Corp Bedford MA 01730 USA

ISBN: (纸本)9780769546810

In this paper we present a comprehensive timing-based attestation system suitable for typical enterprise use, and evidence of that system's performance. This system, similar to Pioneer [20] but built with relaxed assumptions, successfully detects attacks on code integrity over 10 links of an enterprise network, despite an average of just 1.7% time overhead for the attacker. We also present the first implementation and evaluation of a trusted platform module (TPM) hardware timing-based attestation protocol. We describe the design and results of a set of experiments showing the effectiveness of our timing-based system, thereby providing further evidence of the practicality of timing-based attestation in real-world settings. While system measurement itself is a worthwhile goal, and timing-based attestation systems can provide measurements that are equally as trustworthy as hardware-based attestation systems, we feel that Time Of Check, Time Of Use (TOCTOU) attacks have not received appropriate attention in the literature. To address this topic, we present the three conditions required to execute such an attack, and how past attacks and defenses relate to these conditions.

关键词： remote attestation software-based attestation timing-based attestation trusted platform module TOCTOU attack

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Secure and trusted Execution: Past, Present and Future - A Critical Review in the Context of the Internet of Things and Cyber-Physical Systems 15

Secure and Trusted Execution: Past, Present and Future - A C...

引用

15th IEEE Int Conf on Trust, Security and Privacy in Comp and Commun / 10th IEEE Int Conf on Big Data Science and Engineering / 14th IEEE Int Symposium on Parallel and Distributed Proc with Applicat (IEEE Trustcom/BigDataSE/ISPA)

作者： Shepherd, Carlton Arfaoui, Ghada Gurulian, Iakovos Lee, Robert P. Markantonakis, Konstantinos Akram, Raja Naeem Sauveron, Damien Conchon, Emmanuel Royal Holloway Univ London ISG SCC Egham Surrey England Univ Limoges Dept Math Informat CNRS XLIMUMR 7252 Limoges France Univ Bordeaux CNRS UMR 5800 LaBRI Talence France Orange Labs Chatillon France

ISBN: (纸本)9781509032051

Notions like security, trust, and privacy are crucial in the digital environment and in the future, with the advent of technologies like the Internet of Things (IoT) and Cyber-Physical Systems (CPS), their importance is only going to increase. Trust has different definitions;some situations rely on real-world relationships between entities while others depend on robust technologies to gain trust after deployment. In this paper we focus on these robust technologies, their evolution in past decades and their scope in the near future. The evolution of robust trust technologies has involved diverse approaches;as a consequence trust is defined, understood and ascertained differently across heterogeneous domains and technologies. In this paper we look at digital trust technologies from the point of view of security and examine how they are making secure computing an attainable reality. The paper also revisits and analyses the trusted platform module (TPM), Secure Elements (SE), Hypervisors and Virtualisation, Intel TXT, trusted Execution Environments (TEE) like Globalplatform TEE, Intel SGX, along with Host Card Emulation, and Encrypted Execution Environment (E3). In our analysis we focus on these technologies and their application to the emerging domains of the IoT and CPS.

关键词： Trust Trustworthiness trusted Computing trusted platform module trusted Execution Environment Globalplatform Java Card Intel SGX Host Card Emulation Encrypted Execution Environment Internet of Things Cyber-Physical System

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Towards a firmware TPM on RISC-V

Towards a firmware TPM on RISC-V

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Design, Automation and Test in Europe Conference and Exhibition (DATE)

作者： Boubakri, Marouene Chiatante, Fausto Zouari, Belhassen NXP Syst Engn Sophia Antipolis France Univ Carthage SupCom Mediatron Lab Tunis Tunisia

ISBN: (纸本)9783981926354

To develop the next generation of Internet of Things, Edge devices and systems which leverage progress in enabling technologies such as 5G, distributed computing and artificial intelligence (AI), several requirements need to be developed and put in place to make the devices smarter. A major requirement for all the above applications is the long-term security and trust computing infrastructure. trusted Computing requires the introduction inside of the platform of a trusted platform module (TPM). Traditionally, a TPM was a discrete and dedicated module plugged into the platform to give TPM capabilities. Recently, processors manufacturers started integrating trusted computing features into their processors. A significant drawback of this approach is the need for a permanent modification of the processor microarchitecture. In this context, we suggest an analysis and a design of a software-only TPM for RISC-V processors based on seL4 microkernel and OP-TEE.

关键词： RISC-V Security fTPM trusted platform module Edge Processing Edge Security Processor IoT Security Automotive Security

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