| Location | Trieste |
| Website | https://andrea.bio |
I added a UEFI target to kanzashi, which uses TamaGo to bridge LLM libraries with bare metal execution for security vulnerability exploration.
As TamaGo unikernels run pretty much anywhere, it makes it for a quite interesting "smart" fuzzer.
Next up: AMD SEV-SNP target.
We ported TamaGo to the Microchip LAN969x SoC.
A collaboration with Novarq to support the Tactical 1000 network switch.
Having bare metal Go on a network switch is an exciting context which opens up many development opportunities!
Check their blog post:
https://novarq.com/blogs/insights/beyond-linux-bare-metal-go-on-tactical-1000-with-tamago
📢 New Essay:
"What if the exhaustion everybody feels isn't a moral failure but the completely rational response to being made responsible for an ecosystem of objects that never stop asking?"
I am happy to announce that I'll be speaking at GopherCon Europe this June.
I will showcase the latest TamaGo developments and its security benefits from embedded to cloud!
TamaGo was created to prove that layers often assumed far away can coexist seamlessly.
The kanzashi project runs Claude/Gemini SDKs on bare metal and performs, without any OS interference, agentic investigation of the architectural attack surface.
TamaGo is now ported to https://aifoundry.org Erbium processor!
The erbium_emu demo is live at:
https://github.com/usbarmory/kotama
I so look forward to expand support for this platform with a meaningful workload API, taking advantage of bare metal Go!
RE: https://infosec.exchange/@lcars/116178781267627001
I called this project kanzashi and I will publish it next week, stay tuned.
Terry Godier
