🔍 Abstracting The Hardware: Bridging Renode and Ghidra for Embedded Vulnerability Research with Open Source
Dawid Pietrykowski, inżynier oprogramowania w Antmicro, pokaże jak wykorzystać #Renode i #Ghidra do analizy firmware oraz badania bezpieczeństwa systemów wbudowanych — bez użycia fizycznego sprzętu.
📍 Gdzie? Wydział Matematyki i Informatyki UAM w Poznaniu
📅 Kiedy? 30.05.2026
👉 Sprawdź agendę: https://piwo.sh
🎟️ ODBIERZ BILET: https://app.evenea.pl/event/piwo2026/
.@Antmicro’s open source #Renode embedded systems simulation framework is being used to help transform the development process for complex, multi-node applications in the #automotive industry. Read their #blog to learn more: https://antmicro.com/blog/2023/12/multi-node-development-in-renode-for-automotive-use-cases/?hss_channel=tw-2694452875
Original tweet: https://twitter.com/risc_v/status/1740130690757165202
Curious about CPU RTL co-simulation in #Renode? Read our recent blog to learn more about new possibilities for developing new CPU core IP and combining it with @renodeio’s vast portfolio of peripheral IP for a complete system that is able to run software: https://riscv.org/blog/2023/02/cpu-rtl-co-simulation-in-renode/
Original tweet : https://twitter.com/risc_v/status/1627790698899447808
I'm currently in a rage fit.
Long story short, I try to emulate a #firmwate I wrote in #renode
When I simply run the image, everything runs smoothly.
But as soon as I attach GDB and start to run the image, I'm getting BusFault errors (i.e. the exception handler is called).
Maybe this even comes from VScode trying to access some memory automatically?
Let's start this thing with the latest webinar we made for #ZephyrIoT : https://hubs.la/Q01rQ70x0
We talk about #Renode, our open source simulation framework for embedded systems and #Renodepedia, a database of contemporary hardware almost fully autogenerated from Zephyr data.
RT from Calista Redmond (@Calista_Redmond)
.@Antmicro’s Renodepedia uses #Renode, the #opensource modular hardware simulator, and structured hardware description data to automatically generate a database of contemporary hardware that you can also experience immediately in simulation. Learn more: https://bit.ly/3LfseDc
Original tweet : https://twitter.com/Calista_Redmond/status/1571890860890812416
The abundance and diversity of hardware platforms brought about by the growth of ARM, RISC-V and the open software ecosystem presents unprecedented opportunities to product makers and developers. With a...
.@Antmicro’s Renodepedia uses #Renode, the #opensource modular hardware simulator, and structured hardware description data to automatically generate a database of contemporary hardware that you can also experience immediately in simulation. Learn more: https://hubs.la/Q01mn-GW0
Original tweet : https://twitter.com/risc_v/status/1571922341315153921
The abundance and diversity of hardware platforms brought about by the growth of ARM, RISC-V and the open software ecosystem presents unprecedented opportunities to product makers and developers. With a...
.@Antmicro wrote about its project with @Google Research to develop a #RISCV based ML accelerator with a HW/SW co-design flow. Read about this project, which takes advantage of the flexible RISC-V Vector extensions to innovate. https://hubs.la/Q01hn4DR0 #Renode #RISCVeverywhere
Original tweet : https://twitter.com/risc_v/status/1550588493117677568
Recently Antmicro teamed up with Google AI to create an open source ML development flow based on Renode.io and IREE, with RISC-V vector instructions. Read more to learn about the demo showing one core running the AmbiML Springbok payload & another one running Zephyr RTOS.
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