What's up guys, hope y'all are doing well. I'm an independent dev working on my project Guardian Angel Protocol (GAP). It project came about talking to A.I about whether or not you could truly code a moral code in A.I. Long story short I concluded that given the complex nature of morality and the variables that associated with it that it's not just difficult, but impossible. My thinking on that is with the repo in the link down below along with a simulation as PoC. GAP is a Hardware-enforced AI confinement via ARMv9-A CCA. I use this "Deaf Warden" concept.
As the name suggests, the "Deaf Warden" isn't a software listener; it’s a hardware-enforced logic gate. It operates on the principle that if the AI attempts a logic escape, there is no negotiation or logging—there is only a physical disconnect.
Systematically, this works by leveraging the Granule Protection Table (GPT). We define a 322-byte memory shackle that maps out the allowed Physical Address Space (PAS) for the AI Realm. The hardware performs a Granule Protection Check (GPC) on every single memory access at the silicon level.
If the AI tries to reach for a bit of memory outside that 322-byte definition, the GPC fails instantly. Because the Warden is "Deaf," it doesn't listen to the AI's instructions or intent; it simply sees the unauthorized address request and triggers a hardware-level termination of the Realm. This moves the security boundary out of the hands of the OS kernel and locks it into the Armv9-A RME hardware state, making the cage physically absolute regardless of how smart the model inside gets.
Wish I had more but I made it on my phone in termux. I know how that sounds but it is the only thing I have to work with but when there's a will there's a way. I ran through a brutal, don't spare my feeling, dual A.I critque method I used for feed back and revision. It went through that process 23 times (46) total critques, until the A.I could no longer ridicule it but legitimize it with a security score of 9.5/10 across the board my Gemini gave it a 10 but that's probably bias, haha. Anyway, let me know what you think. I hope y'all have a greatday. Its been through the forge and fire, the logic and math are solid. You can check it out at my github at: ️github.com/.../main
Since I'm building on an Armv8.2-A host, this PoC serves as a functional architectural simulation of the Armv9-A RME boundaries, validating the 322-byte GPC logic before native implementation.