Important notice about SecAppDev 2020

Due to the current situation with COVID-19 (Corona), with deep regret, we feel bound to postpone SecAppDev 2020 indefinitely. While there have been no official instructions to postpone events such as ours or reduce travel, both attendees and speakers have informed us that they are unable to attend SecAppDev.

We hope everyone in SecAppDev stays healthy, and wish everyone the best for the coming months.

SecAppDev 2020 Lecture Details

Trusted Execution and how far you can trust it

Jan Tobias Muehlberg
Wednesday March 11, 09:00 - 10:30
Short description

Modern processors provide Trusted Execution Environments that allow you to protect software components even from an untrusted operating system. Learn when and how to use them!


You have developed the perfect piece of secure software. You made your best engineering effort; you used safe programming languages; you tested it thoroughly. Now you want to deploy it, and you realize that you don't trust the client's PC and their software stack to not tamper with your code. How could you possibly protect your software from malicious low-level interactions? In this session, you will learn how to leverage component isolation and software attestation from Trusted Execution Environments (e.g., Intel SGX, ARM TrustZone, Sancus) to build secure distributed applications.

Key takeaway

Learn how and when to rely on technologies such as Intel SGX, and understand what security guarantees these technologies can provide.

Content level


Target audience

Architects, developers, testers, software security and verification engineers


Development and testing experience

SecAppDev is the most immersive application security course you have ever seen

Book your seat now

Jan Tobias Muehlberg

Jan Tobias Muehlberg

Research Manager, imec-DistriNet, KU Leuven

Jan Tobias Muehlberg works as a research manager at imec-DistriNet, KU Leuven (BE). He is active in the fields of software security, formal verification and validation of software systems, specifically for embedded systems and low-level operating system components. Tobias is particularly interested in security architectures for safety-critical embedded systems and for the Internet of Things.

Full speaker profile

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