PeerTube de WeKeys

Marius Trappe

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-OpenSensSystem-compressed.pdf

We’re building a universal sensor system for district heating. And because it’s universal, there is not a single microcontroller that does it all. We ended up using RIOT and, if you’re curious about what works and what doesn’t, this talk is for you. Join us on our journey developing the OpenSensSystem!

This talk provides feedback to the RIOT developers from the perspective of people prototyping and building a real product with RIOT. We’ll focus on low-power devices, support for different microcontrollers, drivers, LoRaWAN (the biggest challenge we encountered with RIOT), and other obstacles we stumbled upon.

Marius Trappe is a TU Dresden Masters student by day, and a maker by night. Starting with Arduino, he worked with several microcontrollers and their IDEs for a variety of projects.

https://summit.riot-os.org/2026

Gregory Guche

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-XIPFS-riot-summit-2026.pdf

Post-issuance software deployment provides numerous advantages for manufacturers, retailers, and consumers. It allows for the execution of single-shot software, enables software personalization, opens up support for third-party software, and facilitates software provisioning.

This step by step demonstration will start by building executables on workstations,

Next, we will go through examples of post-issuance software deployment and XiPFS mountpoint management. At last, we will showcase software runtime execution, with or without hardware memory protection, either by code or through shell commands.

Gregory Guche is a software engineer with interests in embedded systems and cybersecurity. He has contributed to various French and European projects and related software (JITS, SMEWS, Pip-MPU, etc…).

https://summit.riot-os.org/2026

Bastien Buil

Software containerization technologies for resource-limited devices enable multi-tenant microcontrollers, which allow running multiple applications with different permission levels. However, most solutions lack runtime fine-grained container permissions and container scheduling.

Bastien Buil is a research engineer and PhD candidate at Orange Innovation, working on topics around secure DevOps and small embedded software runtimes.

https://summit.riot-os.org/2026

Michel Rottleuthner

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-power_aware_clock_conf_riot_summit_26.pdf

This talk is about completed and ongoing work on dynamic clock configuration on constrained devices and how it unlocks energy efficiency beyond duty-cycled “sleepy nodes”. It covers new concepts and implementations of a clock configuration abstraction layer, methods to formalize the configuration-dependent power consumption of a device, and experimental results for multiple RIOT targets.

Michel is a research associate at the Internet Technologies group at Hamburg University of Applied Sciences. Michel is working on energy-aware embedded systems, self-adaptive IoT devices, and networked urban sensing applications.

https://summit.riot-os.org/2026

Paul Pinault

You turn on a light bulb, and it lights up. Simple, right?

And yet, behind that light lies a fascinating — and incredibly complex — world. Starting with a simple everyday object, this talk takes you on a reverse-engineering journey into a consumer smart light bulb. The goal: to understand how the industry has transformed a tiny piece of code that makes an LED light up into a digital fortress packed with security mechanisms. From secrets buried deep in silicon to embedded architectures and regulatory requirements such as RED and the CRA, we’ll discover that the “S” in IoT really does exist: it stands for Security — and it accounts for most of the code written by developers.

A tech enthusiast specializing in IoT and Crypto-IoT ecosystems, Paul Pinault has been blogging since around 2000; more recently, he has been a YouTuber, community manager, and developer relations specialist, working in the Internet of Things for several years across various technologies and in particular LoRaWAN (The Things Network, Helium, LoRa Alliance), and to create numerous commercial and open-source products and services in these fields.

https://summit.riot-os.org/2026

Marc Sanchez

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-Marc-SANCHEZ.pdf

In this talk I describe how I used RIOT OS as the target platform for implementing the constrained device side of DNSSEC for zero-touch provisioning. I will describe how a RIOT-based device can retrieve authenticated DNS data, validate DNSSEC chains locally, and use this information to securely enroll to a local Public Key Infrastructure using DNS-over-CoAP and EST-coaps.

Marc Sanchez pursues a PhD at Université Grenoble Alpes / LiG. His research explores mechanism for zero-touch provisioning and enrollment of IoT devices.

https://summit.riot-os.org/2026

Aditya Shidhaye

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-Haskell_summit_talk.pdf

Haskell offers static typing, algebraic data types, and a strong separation between pure computation and effects. These properties are useful for embedded software, but the standard GHC execution model is too large for many constrained microcontrollers because it requires a runtime system, heap allocation, and garbage collection. The talk looks at a few of the various ways that Haskell is currently being used in the embedded domain.

Aditya is a Information Technology Master student of the Electrical Engineering department at the Frankfurt University of Applied Sciences. Aditya has long been interested in the open-source world and various Linux distro. He is also very interested in functional programming languages.

https://summit.riot-os.org/2026

Muhammad Usama Sardar

Slides: http://summit.riot-os.org/2026/wp-content/uploads/sites/21/2026/09/Day2-Sardar.pdf

In this talk, we will present a comprehensive security analysis of attested TLS and attested EDHOC. We aim to provide technical details of CVE-2026-33697 and EUVD-2026-16488, which provide substantial technical evidence of how intra-handshake attestation fails in practice, even without physical access. Moreover, since continuous attestation is required, intra-handshake attestation adds unnecessary complexity. The results for attested TLS are backed by research work and the ProVerif artifacts under the Apache-2.0 license for reproducibility, and have been acknowledged by the relevant stakeholders, which include Meta’s AI, Cocos AI, Edgeless Systems Contrast, CCC Attestation SIG, and Privasys.

Muhammad Usama Sardar has been working at TU Dresden since October 2017. He also serves as the co-chair of the Trusted Research Environment (TRE) Open Suite in The Global Alliance for Genomics and Health. He led the completed TEE formal specification project and currently leads the Key Broker Service (KBS) formal verification project in Confidential Computing Consortium (CCC) Attestation Special Interest Group (SIG).

He also contributes to various research networks, such as EuroProofNet (WG3), Méthodes formelles pour la sécurité, Internet Research Task Force (IRTF) Usable Formal Methods Research Group (UFMRG), as well as engineering networks, such as Internet Engineering Task Force (IETF) Remote ATtestation procedureS(RATS), Transport Layer Security (TLS), and Workload Identity in Multi System Environments (WIMSE) working groups.

https://summit.riot-os.org/2026

Installing CnC Tiberiam Sun on Linux mint

This is how I installed the game on Linux mint, note I got the filename wrong at first typing cc not cnc but once that was fixed, the tab auto complete worked.

I then went back to ensure it was being run as sudo (or it would not work)

🏁 Willkommen im Cockpit von DreadDriver! 🏁

Hier erlebst du packendes SimRacing, echte Emotionen und den harten Weg zum Erfolg. Als Gründer des Teams Melting Slicks nehme ich euch mit auf die Rennstrecken dieser Welt.

Ob wir in Le Mans Ultimate (LMU) um jede Tausendstel kämpfen oder die neuesten Entwicklungen in Project Motor Racing verfolgen – hier bist du mittendrin statt nur dabei!

📌 Was dich hier erwartet:

👉 Werde Teil der Crew:

🔗 Folge mir auf allen Kanälen:

#SimRacing #DreadDriver #MeltingSlicks #ProjectMotorRacing #LeMansUltimate #LMU #Racing #Motorsport #GamingCommunity #TwitchStreamer