Master Seminar: Attestation of Security Properties
Master Seminar: Attestation of Security Properties
| Seminare | 2 SWS / 5 ECTS |
| Veranstalter: | Claudia Eckert |
| Zeit und Ort: |
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| Beginn: |
The lecture is given in english
The slides are available in english
The exam will be in english and german / Die Pruefung ist auf Deutsch und Englisch.
Titel: "Master Seminar: Attestation of Security Properties"
Leiter*in: Frau Prof. Claudia Eckert
Vortragende*r (Mitwirkende*r): Albert Stark, Monika Kamhuber (Fraunhofer AISEC)
Art: Master-Seminar
Semester weekly hours: 2
Unterrichtssprache/n: English (main), German
Leiter*in: Frau Prof. Claudia Eckert
Vortragende*r (Mitwirkende*r): Albert Stark, Monika Kamhuber (Fraunhofer AISEC)
Art: Master-Seminar
Semester weekly hours: 2
Unterrichtssprache/n: English (main), German
Inhalt
Traditional security architectures often are based on controlling access at static, network-based perimeters (e.g. VPN-gateways). Evolving zero trust architectures shift the focus to controlling access based on the resources offered in the network. For that purpose, the component offering a resource shall be enabled to assess the trustworthiness of a device requesting access.
In this seminar, we explore existing technologies to verifiable prove certain security properties of user-end devices.
The format is intended to represent an academic conference including paper writing (based in part on independent practical research), review, rebuttal, revision, presentation, and discussion.
Possible topic areas include:
Traditional security architectures often are based on controlling access at static, network-based perimeters (e.g. VPN-gateways). Evolving zero trust architectures shift the focus to controlling access based on the resources offered in the network. For that purpose, the component offering a resource shall be enabled to assess the trustworthiness of a device requesting access.
In this seminar, we explore existing technologies to verifiable prove certain security properties of user-end devices.
The format is intended to represent an academic conference including paper writing (based in part on independent practical research), review, rebuttal, revision, presentation, and discussion.
Possible topic areas include:
- Confidential Computing Solutions
- Technology Specific Frameworks for Device and Platform Security
Inhaltliche Voraussetzungen
Prior knowledge in the area of IT security, operating systems and computer architecture.
Prior knowledge in the area of IT security, operating systems and computer architecture.
Ziel
The slides are available in English. The report and slides need to be in English. The presentation can be held in English or German, depending on the group.
- Preparing and writing a scientific paper in LaTeX (English, 9-10 pages IEEE)
- Gaining practical experience with the technology addressed in the paper
- Presenting a scientific topic (German/English): 30 minutes + 15 minutes discussion
- Review of papers from other course members
- Active participation
The slides are available in English. The report and slides need to be in English. The presentation can be held in English or German, depending on the group.
Teilnahmekriterien und Anmeldung
Please register via the matching tool. It is possible to sign off the course until 24.04.2023.
All interested students need to send an e-mail to the organizers (monika.kamhuber@aisec.fraunhofer.de, albert.stark@aisec.fraunhofer.de) until 14.2.2023 23:59 informing them about their wish to join the seminar, about their up to 3 favorite topics from the topic list and at least for one of these topics a short explanation how they intend to gain a practical insight for the technology.
All interested students need to send an e-mail to the organizers (monika.kamhuber@aisec.fraunhofer.de, albert.stark@aisec.fraunhofer.de) until 14.2.2023 23:59 informing them about their wish to join the seminar, about their up to 3 favorite topics from the topic list and at least for one of these topics a short explanation how they intend to gain a practical insight for the technology.