June 08, 2022
Completed 0 of 6 milestones
The Monero community could benefit from a fork of seedsigner to supports Monero. Seedsigner uses an air-gapped Raspberry Pi Zero to sign for Bitcoin transactions. The project aims to make it easy for anybody to make a dedicated offline signing device out of low-cost commodity computer components (raspberry pi zero). This helps in reducing the need to trust hardware verndors. The most private hardware wallet, is the only only you know about.
Seedsigner is focused only on Bitcoin, because of this, the UI/UX and features are not very helpful to Monero users.
Supplychain poses a significant attack vector to hardware manufacturers, this threat is exacerbated when dealing with cryptocurrency devices. Monerosigner offers a DIY hardware wallet built out of easy* to source over the counter general hobbyist parts. This makes it easier for users to self custody their keys on their own devices.
I plan on creating a Monero specific fork of seedsigner called Monerosigner. Monerosigner is an offline signing hardware wallet built around the raspberry pi zero SBC. The hardware comes with a companion desktop application called Monerosigner Companion. With the companion application users are able to send unsigned transactions via QR codes to Monerosigner.
HackerIndustrial, I recently created some Monero themed decorative circuit board meant to be hung as Christmas ornaments. I have done work in the web3 space and noticed a lack of self custody hardware devices.
A Monero centric version of "seedsigner". I am forking the codebase and removing the bitcoin compnents and replacing them with Monero/Privacy specific features.
Monerosigner companion application (Desktop):
Monerosigner self custody Documentations:
I forked the seedsigner emulator from https://github.com/enteropositivo/seedsigner-emulator. I did a simple audit of the code and hosted my version at following location: https://github.com/Monero-HackerIndustrial/monerosigner-emulator
The emulator should help development and testers be able to use monerosigner without needing hardware.
I created a monerosigner core libraries. These libraries are then used on the device for all monero related function. Having the libraries as a separate project helps with portability of the code base. Many of the functions on the library will be used for the companion application
https://github.com/Monero-HackerIndustrial/PortableMoneroQR The portable QR standard is a compression/pagination standard for data frames for offline data transfer. There has been a lot of different projects through the years but they didn't deal with the smaller device constraints. (Smaller devices contain smaller screens and cheap/lowres cameras). This is a research project with 2 deliverables after research:
I will have created a beta version with all the Monerosigner features listed above. This version can be made available as an image build for flashing to sd cards. The source code will be available on github but requires some technical knowledge to setup and troubleshoot. This is considered an early alpha build for testing.
I will create a very barebone desktop application that allows the generating of unsinged transactions into QR codes. The application will also be able to get signed transactions from the Monerosigner device via QR codes and a webcam.
I will create scripts to make it easier for less technical users to be able to build their own images without having to rely on my prebuilt images. The scripts come with documentation for helping users get started.
#### Milestone 4 - USB gadgetmode
I will integrate usb gadgetmode which will help signing of large messages and will not require a webcam.~~
I am saving the usb gadget mode for future proposals. This is not included in this proposal
Code will be published on github. Any of the code I contribute can be of the preferred community license. Any code forked will be a fork of the original license. (Someone more experienced with different license types can chime in).
View community discussion, comments, and proposal updates on GitLab
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