Rezultaty
This deliverable relies on the output of Tasks 4.3, 4.4 & 4.5, and provides complementary functionality of the risk assessment framework delivered in D4.2. More specifically, it handles the unacceptable calculated risks by inferring (using backward-chaining techniques) the optimal mitigation actions (i.e., properties that have to be reactively attested) that have to be applied.
Runtime Risk Assessment, Resilience and Mitigation PlanningThis deliverable relies on the output of Tasks 4.3, 4.4 & 4.5, and provides complementary functionality of the risk assessment framework delivered in D4.4.
Update of Deliverable D2.2. Additionally, the deliverable includes the final recommendation on which algorithms should be implemented by a future TPM and the full specification of these algorithms.
Second Report on Security Models for the TPMFinal version of the report describing and outlining security models for the TPM.
Project quality planThe project quality plan (the project handbook) constitutes a set of project templates, explanations on the project management process, review process, quality checks, meeting organisation, which is communicated to all partners.
Second Report on the Security of the TPMReport outlining security proofs for the integrated TPM functionality.
Security Risks in QR DeploymentsDocumentation of the security problems and risks that classical protocols, to be employed in the three envisioned use cases, might face in the presence of quantum adversaries.
First Report on the Security of the TPMInitial report outlining security arguments for the integrated TPM functionality.
Report on implementationsFinal report on QR TSS, SW based QR TPM, VM based QR TPM and HW based QR TPM.
FutureTPM Reference ArchitectureThis deliverable will provide the specification of the FutureTPM reference architecture, the functional components and interfaces between them. It will provide an analysis and point of reference for the FutureTPM in relation to the three specific use cases, including an analysis of relevant classical protocols and the use cases themselves in terms of FutureTPM functionality.
Final Demonstrators Implementation ReportDocumentation of the implementation of the final release of the demonstrators’ prototypes (Tasks 6.3, 6.4 & 6.5). The deliverable will contain a public report on the evaluation and a confidential annex on the setup of the demonstrator, and a confidential demonstrator.
Final Report on the Design and Security of the QR TPMThe final report describing fully our security models for core, extended and full TPM interfaces in various scenarios, as well as our quantum-resistant TPM design, and its provable security. The report will also include a holistic security analysis of the current TPM design, and consolidate contributions from WP2 and WP3 into a single deliverable.
First Report on New QR Cryptographic PrimitivesThis deliverable reports on the work done by all tasks, including the surveys, the newly developed algorithms, and the full specification of the candidate algorithms (TPM and TSS) that are to be implemented and evaluated by WP5.
Demonstrators Implementation Report – First ReleaseDocumentation of the implementation of the first release of the demonstrators’ prototypes (Tasks 6.3, 6.4 & 6.5). This deliverable will also provide a rigorous evaluation of the results gathered from the execution of the first demonstrator’s phase. The deliverable will contain a public report on the evaluation and a confidential annex on the setup of the demonstrator, and a confidential demonstrator.
First Report on Security Models for the TPMInitial report describing and outlining security models for various implementations of TPM.
Risk Assessment PlanThe risk assessment plan shows how potential risks are assessed and mitigated in order to avoid any negative influence on the [ACRONYM] project objectives. The interrelated risk assessment plan – risk identification, handling and monitoring – will be established.
FutureTPM Use Cases and System RequirementsThis deliverable will define the three use cases the FutureTPM will address. It will provide a detailed view of FutureTPM’s reference scenarios and describe a number of use cases within the reference scenarios. It will then derive the technical requirements for the FutureTPM project, including an analysis of how present-day TPM functionality can be implemented using QR cryptography.
Threat Modelling & Risk Assessment MethodologyThis deliverable provides the normative specification of a meta-model which will be used by security analysts in order to capture the cartography of a QR TPM supported environment and the non-normative specification of a multi-step RA methodology that has to be applied prior to the risk quantification. It also provides the approach for integrating multiple levels of risk analysis and dependencies such as safety.
Validation Results, Performance Evaluation and Adoption GuidelinesThe deliverable will document the evaluation results gathered from the execution of the demonstrators; the project/framework impact assessment; and the methodology and adoption guidelines. It will also include a critical appraisal of the QR algorithms developed and tested and how they can be generalized to secure hardware solutions other than TPM environments. Any information with regards to the technical details of the TPM implementation (e.g., benchmarking) will be added as a confidential appendix.
Second Report on New QR Cryptographic PrimitivesUpdate of D2.1.
The external IT communication infrastructure constitutes a guideline for communication of the FutureTPM project to external target groups including conferences, marketing measures and communication channels. Furthermore this deliverable constitutes the launch of the internal communication infrastructure including the establishment of mailing lists or a subversion server, and the FutureTPM website.
First version of SW based QR TSS and QR TPM.
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